B Corp certification is a third-party, audited verification from B Lab that your company meets defined social, environmental and governance standards. You achieve it through the B Impact Assessment against the B Lab Standards V2.1. It demands legal and operational changes, plus a documented evidence trail an independent auditor can check. Key Takeaways B Corp certification is a rigorous, validated process that assesses a company’s social, environmental, and governance performance, demanding legal changes and continuous improvement. Point Details Certification process Companies must complete a thorough assessment, legal amendments, and undergo third-party audits to become certified. Legal requirement Amendments to governance documents are necessary to ensure directors consider social and environmental factors alongside shareholders. Ongoing compliance Certification is valid for five years with regular recertification, surveillance audits, and improvement milestones. Preparation checklist Assemble a cross-functional team, gather evidence early, and plan for legal adjustments and audit readiness. Exereco’s support We provide advisory and training services to help businesses in Europe and Africa prepare for certification and recertification. What do the B Lab Standards V2.1 actually assess? B Lab’s materials explain that certification starts with Foundation Requirements, then the B Impact Assessment, then a legal requirement. The whole package is independently verified and audited by a third party to ISO 17021-1 where applicable. That audit step is what separates B Corp from a badge you can award yourself. The assessment looks at five long-standing pillars, and the newer standards go further: Governance: how your company’s mission, ethics and transparency are built into decision-making. Workers: pay, benefits, training, health and safety, and job quality. Community: supply chain practices, local impact, diversity and civic engagement. Environment: energy, emissions, water, waste and resource use. Customers: the value and honesty of what you sell. These five pillars come from a systematic review of the assessment, which also notes that the system relies largely on self-reported data with a limited risk-based verification sample. V2.1 tightens this. B Lab reports that the framework now requires minimum performance across seven Impact Topics and mandates improvement milestones. B Lab’s guidance also asks firms affected by the EU Empowering Consumers for the Green Transition (ECGT) Directive to self-identify during certification. We cover the wider context in our piece on B Lab’s next-generation standards. Who is eligible, and what legal change do you need? Most for-profit companies can begin the process. B Lab says that companies in certain excluded industries, or with particular risk profiles, may be ineligible or face extra due diligence. In practice, you should expect to have been trading for a meaningful period, and you should check your sector against B Lab’s exclusions before spending any time on evidence. The legal requirement is the part that surprises leadership teams most. It usually means amending your articles of association, or an equivalent governing document, so that directors must consider the interests of workers, communities and the environment alongside shareholders. You also sign the Declaration of Interdependence. The exact wording depends on the jurisdiction where you operate, so involve your legal adviser early. Three practical points shape the scope of your application: Jurisdiction: the legal route differs by country, and some countries offer a dedicated benefit-company form while others rely on amended articles. Group structure: complex groups with several entities need a scoping decision about which parts of the business are covered. Large enterprises: B Lab’s recertification guidance describes scoping for large enterprises, so expect extra discussion if you run multiple subsidiaries or brands. B Lab’s Certification Guide links to the Scope and Process Requirements documents. Read both before you commit a budget. How do you get certified, step by step? Treat certification as a project with an owner, a timeline and an evidence folder. B Lab’s certification hub lays out the stages: assessment setup, foundation requirements, risk profile, self-assessment and submission for audit. In practice they unfold like this: Register and set up. Create your account on B Impact, choose your track, and name an assessment team with a clear lead. Complete the B Impact Assessment. Answer each question and gather evidence as you go: policies, payroll records, procurement files and supplier contracts. Sign the B Corp Agreement and submit. Once your assessment is complete, you submit it for third-party assurance. Go through the audit. The audit itself typically takes 1 to 10 days depending on company size. The auditor issues a report and classifies any nonconformities as minor or major. Resolve corrective actions. You agree a plan and timeline to close each finding. Once these are resolved, B Lab issues your five-year certificate. Pro Tip: Build your evidence folder while you answer the assessment, not after. Saving each document next to the question it supports can save weeks when the auditor asks for proof. How long does certification take, and what does it cost? Timing has become more predictable. Under V2.1, B Lab estimates the process takes between 2 and 6 months from submission to certification, depending largely on how long it takes to resolve any major nonconformities. Audits are typically scheduled within about 50 days of submission, which you can confirm in B Lab’s recertification guidance. Submission to certification: 2 to 6 months under V2.1, driven mainly by how quickly major nonconformities are resolved. Preparation before submission is separate and still takes real effort. B Lab’s older process guidance advised allowing at least 12 months overall, and while V2.1 is faster after submission, evidence collection and legal changes remain the slow part. Costs follow B Lab’s pricing guidance. The main drivers are: Annual certification fees, tiered by gross revenue. Third-party verification costs, passed through to the company. Scoping fees for larger or more complex organisations. Additional verification work, which can create extra fees if the auditor needs more evidence. Submit early to secure an audit slot. Expect real variation by company size and complexity. What does recertification and ongoing compliance look like? Certification is not a one-off award. The certificate runs for five years, with milestones at Year 0, Year 3 and Year 5, as set out in B Lab’s recertification guidance. Leaders should plan for it as a standing commitment rather than a project that ends on audit day. Surveillance audits: B Lab introduced surveillance audits during the five-year term, so the auditor may check back in before your term ends. Frequency and any site reviews depend on your size and sector. Updated assessment: at recertification you refresh your answers and evidence against the standards current at that time. Scoping for large groups: complex enterprises may face a fresh scoping discussion. Improvement commitments: the V2.1 framework mandates improvement milestones, so standing still is not an option. Assign a named owner for this cycle, and diarise the Year 3 checkpoint on the day you certify. What does the research say about B Corp’s business impact? The evidence is balanced, and worth reading before you present a business case. Management studies find that B Corp certification reduces information asymmetry and signals ethical commitment, but commercial returns vary by market and are not automatic. The same work advises treating it as a long-term strategic commitment, because internal re-tooling can temporarily affect profitability. Panel-data research finds that certifying as a B Corp can reduce financial performance in the short term, but the negative effects tend to fall away after two years. That finding comes from a panel data analysis of financial performance. A separate multi-country study points the same way: certification can lift short-term sales through legitimacy effects while imposing early costs that depress accounting performance. Short-term accounting dip, fading after two years, according to panel-data research. In Europe, research on climate change and consumer trust finds B Corp can build trust in climate-conscious markets, though higher scores are not consistently linked to higher sales. Observers at SOAS also warn of a disconnect when firms display the logo without disclosing the underlying assessment data. If you certify, publish your score context so the claim stands up to scrutiny. What should your readiness checklist include? Most delays come from missing evidence and unclear ownership, not from the assessment itself. Work through this list: Assemble a cross-functional team. Include legal, HR, procurement, facilities and a senior sponsor. Run a diagnostic assessment and the Risk Tool. This shows which additional sub-requirements apply to your sector and footprint. Collect your evidence. Gather policies, payroll data and supplier contracts, and confirm that your legal amendments are drafted. Prepare for audit interviews. Brief the people the auditor will speak to, so answers match your documents. Submit early and budget for the tail. Plan for corrective-action windows and verification fees. Pro Tip: Ask your finance lead to estimate verification and annual fees before the board meets. Surprises on cost are the quickest way to stall internal approval. Our corporate social responsibilities training is one option if your team needs a shared grounding before it starts. Which European and African companies have already certified? The B Corp movement is global, and regional context shapes what certification means in practice. We do not present unsourced company case studies here, because a claim about a named business should be checked against its public B Corp profile before you rely on it. The B Lab directory lists certified companies by country and sector, and it is the right place to find peers in your market. When you study a peer, look at four things: Sector fit: pick companies with a similar operating model, so their evidence is relevant to yours. Published score and pillar breakdown: this shows where the company is strong and where it has room to improve. Legal route: note how it handled the governance change in its home jurisdiction. Recertification history: a company that has renewed shows how the commitment holds over time. B Lab reported that an early cohort certified under the new global standards in June 2026, so many of the most useful comparisons are only now appearing. Contact those companies directly. Sustainability leads usually share lessons about audit preparation if you ask politely. What challenges and opportunities do European and African businesses face? The challenges differ by region, though the audit standard does not. In Europe, regulation drives much of the interest. Firms affected by the ECGT Directive are asked to self-identify in B Lab’s process, and climate-conscious customers can reward credible proof. The risk is that the certification becomes a marketing line without disclosure of scores, which invites greenwashing criticism. In African markets, the most common practical hurdles are the legal route, access to local verification capacity and the cost of evidence collection for smaller firms. Fees are tiered by revenue, which helps smaller companies, but verification pass-through costs still need budgeting. The opportunity is that a credible, audited signal can open doors with international buyers and investors who ask hard questions about supply chains. Across both regions, a few themes repeat: Supply chain evidence: suppliers often lack formal documentation, so start requesting it early. Legal advice: governing documents vary by country, so budget for local counsel. Time: preparation takes longer than submission to certification, as B Lab’s process guidance indicates. Differentiation: research shows that commercial returns vary by market, so test the demand in your own customer base. Our SDG 8 page on decent work and economic growth is a useful companion when you assess worker-related topics. How does B Corp fit with other sustainability frameworks? B Corp does not replace regulatory or reporting frameworks, and it works best alongside them. The standard is an audited performance certification, while reporting frameworks tell stakeholders what you measure and disclose. The Global Reporting Initiative is one widely used example of the latter. Here is how the pieces usually relate: EU rules on green claims: the ECGT Directive restricts misleading environmental claims, and B Lab asks affected firms to self-identify. Independent verification can strengthen how you substantiate what you say. EU taxonomy and similar classification systems: these classify activities, whereas B Corp assesses the whole company. Evidence you gather for one can often support the other, but check each framework’s own criteria before reusing it. Sustainable Development Goals: the assessment’s worker, community and environment topics overlap with goals such as decent work and sustainable communities. Mapping your results to the SDGs gives stakeholders a familiar language. Our pages on SDG 11 and SDG 3 show how we approach that mapping. Voluntary reporting: a GRI-style report records what you measure, and B Corp tests whether you meet minimum performance levels. The practical advice is to build one evidence base and reuse it. A single well-organised data set lets your team answer the assessment, a regulator and an investor without repeating the work. How do circular economy principles support certification? Circular economy work and B Corp certification pull in the same direction, particularly on the Environment and Community topics. The overlap is practical: if you redesign how materials, water and products flow through your business, you generate the kind of evidence an auditor wants to see. Four areas are worth connecting: Design: products built for reuse and repair reduce waste and strengthen your story for customers. Our course on Circular by Design covers innovation, strategy and resource flows. Business models: moving to leasing, refill or take-back models changes your revenue and your footprint. See Circular Business Models. Procurement: purchasing decisions shape your supply chain impact, which is covered in Circular Supply Chains. Water: closing loops on water use reduces both cost and risk, as explored in Circular Water Management. When you plan, link each circular initiative to a specific assessment topic and record the baseline before you start. An improvement you cannot show on paper will not count in an audit, and the V2.1 framework requires improvement milestones over time. How do you build internal buy-in and culture change? Certification asks for more than a project team. The legal change, the evidence requests and the recertification cycle all touch people who may not see why it matters. Treat buy-in as part of the project plan. Start with the business case, and be honest about it. Academic work describes B Corp as a long-term strategic commitment that may temporarily affect profitability, and a systematic literature review finds that motivations such as stakeholder alignment and market differentiation produce mixed, context-dependent outcomes. Leaders who hear realistic expectations tend to support the work for longer than those sold on guaranteed returns. Then make it concrete for each function: Board and directors: explain the legal amendment and what it changes about their duties. HR: show how worker topics connect to existing pay, wellbeing and training work. Procurement: agree what supplier evidence you will request and by when. Frontline teams: share what the audit interviews involve, so nobody feels ambushed. Name a visible sponsor and a day-to-day lead, and report progress at a regular meeting. Celebrate closed corrective actions, since they are real improvements rather than paperwork. Training helps too: our corporate social responsibilities course gives teams a shared vocabulary. How do you maintain and use B Corp status after certification? Certification day is the start of the next phase. Your certificate runs five years, with Year 3 and Year 5 milestones and surveillance audits along the way, so the real work is keeping your evidence and performance current. Build a simple operating rhythm: Quarterly review: check progress against the improvement milestones the standards require. Evidence refresh: update policies, payroll data and supplier files as they change, rather than rebuilding them before recertification. Named owners: give each impact topic an owner with a target. Year 3 checkpoint: schedule it on the day you certify. Use the status carefully. SOAS commentary warns about using the logo without disclosing underlying scores, so publish your score context and your improvement plan alongside any claim. That openness protects credibility, and B Lab describes the certification as a way to reduce greenwashing risk and demonstrate credible sustainability claims. Finally, feed the results back into strategy. Use audit findings to choose which circular, climate or workforce projects to fund next, and report progress in the same language your stakeholders already use. How can we help you prepare for B Corp certification? We run advisory, ESG reporting software and training for businesses in Europe and Africa, and each maps to the work in this guide. Our advisers help you gather evidence, plan governance changes and prepare for audit interviews, while our courses and events build the in-house skills that make recertification easier. Visit our Business Sustainability page or contact our team to book a readiness conversation. FAQ How do you get B Corp certification? You register on B Impact, complete the B Impact Assessment, meet the legal requirement and submit for a third-party audit. After the audit you resolve any nonconformities and receive a five-year certificate. B Lab estimates 2 to 6 months from submission under V2.1. How many certified B Corporations are there? The number changes as companies certify and recertify, and we do not quote a count that could be out of date. B Lab publishes a searchable directory of certified companies by country and sector. Check it directly for the current figure in your market. How do you know if a company is B Corp certified? Search for the company in B Lab’s public directory, which lists certified businesses. A company using the logo should also be willing to share its score context. Commentary from SOAS notes that logos without disclosed assessment data weaken credibility. What is a B-certified company? It is a business that has met B Lab’s standards, been independently verified and agreed to ongoing improvement. B Lab describes the certification as an integrated assessment verified by a third party. It covers governance, workers, community, environment and customers. Recommended B Lab Unveils Next-Generation B Corp Standards to Tackle Global Challenges ERM’s 2024 Sustainability Report: Stepping Up for a Sustainable Future Greif’s 2024 Sustainability Report: A Testament to Innovation and Circularity Electrolux Group’s 2025 Sustainability Journey: Accelerating the Transition to a Responsible and Circular Future Made with the help of BabyLoveGrowth

Most conversations about corporate decarbonisation begin and end with a single number: total emissions, up or down. It is the figure investors screen for and the one regulators write into rules. But for a growing industrial business, total emissions can be a blunt instrument, and the more revealing story often sits in the relationship between what a company emits and what it does. Loram's first ESG report, published in 2026, is a compact case study in exactly that tension. The privately held rail infrastructure company reports that its operations emitted roughly 76,000 metric tons of CO2e in both 2023 and 2024, essentially flat, while the amount of track it serviced rose by about 8 percent and its carbon intensity fell by a similar margin. In the report's own plain words, the business grew while emissions fell. This article takes that single claim and pulls it apart. It looks at how Loram measures intensity, what the regional numbers say, why the headline figure hides very different stories in North America, Australia, Brazil and the United Kingdom, and what the report does not yet say. Every figure below is attributed to Loram's 2026 ESG Report, which is the company's first. Who Loram is, and why its first report matters Loram describes itself as a global rail infrastructure company that designs, builds, operates and maintains the systems that keep rail networks running. Its work centres on extending the life of rail, preventing failures and improving network performance. The company is privately held and owned by Coril Holdings, and its parent traces its roots to 1898, when it was building railway grade on the Canadian Pacific Railroad. Headquarters moved to Minnesota in 1954, and today the business is based in Hamel, Minnesota. It operates seven offices across the United States, Brazil, the United Kingdom, Finland, India and Australia, has equipment working in 27 countries, and fields around 250 machines. Roughly 1,700 people work for it worldwide, about 1,100 of them in the United States. None of that would normally put Loram in front of a sustainability audience. Privately held industrial contractors are not obliged to publish emissions inventories, and most do not. What makes the 2026 report notable is that Loram chose to. The document states that the company voluntarily aligns with public company governance standards, with a nine-member board that has a majority of independent, non-executive directors, separate chair and chief executive roles, an external financial audit and annual board evaluations. The report also notes ISO 9001, 14001 and 45001 certifications covering quality, environmental management and occupational health and safety. In other words, the emissions disclosure arrives inside a governance framework that deliberately mimics a listed company's. How the footprint was measured The emissions inventory follows the GHG Protocol Corporate Standard, and the report also references the SASB Rail Transportation Standard. The boundary uses the operational control approach and covers all operations in North America, Australia, Brazil, the United Kingdom and India. Scope 1 covers fossil fuels burned in manufacturing operations and company vehicles. Scope 2 covers electricity used in offices and factories. Loram does not report Scope 3 figures. The report says only the United Kingdom entity has a calculated Scope 3 inventory, and it gives no values for it. Track activity in India is classified as Scope 3 because it falls outside the company's operational control, which is why India is excluded from the intensity calculation. The resulting totals are strikingly stable. In 2023, Scope 1 emissions were 74,867.1 metric tons CO2e and Scope 2 emissions were 1,373.3, for a combined 76,240.3 metric tons. In 2024, Scope 1 was 74,469.5 and Scope 2 was 1,473.8, for a combined 75,943.3. That is a change of less than half of one percent, which is why the report describes the footprint as roughly 76,000 metric tons a year. Scope 1 dominates in both years, accounting for around 98 percent of the total, because the company's footprint is overwhelmingly about fuel burned in machines and vehicles rather than electricity drawn from the grid. The denominator: track miles serviced To turn a flat absolute number into a story about efficiency, Loram needs a denominator, and it chooses track miles serviced. The report gives the figures by region. In 2023, the company serviced 286,226 track miles, equivalent to 460,537 kilometres, across the regions inside its boundary. In 2024 that figure rose to 308,479 track miles, or 496,343 kilometres, an increase of about 8 percent. Dividing the group's emissions by the group's track miles gives a rough sense of the shift. Using the report's own totals, 2023 works out to around 266 kilograms of CO2e per track mile and 2024 to around 246, a fall of about 7.6 percent. That is our own arithmetic on the report's published totals, and it lines up with the report's statement that carbon intensity fell about 8 percent while track miles serviced rose about 8 percent. The regional intensity tables, which the report calculates on the same basis, provide the finer detail and show that the group figure is an average of very different regional experiences. North America: the footprint that decides the total North America is where the numbers are decided. The region accounted for 68,467.6 metric tons of CO2e in 2023, or about 90 percent of the group total, and 65,539.1 metric tons in 2024, or about 86 percent. Scope 1 emissions fell from 67,597.2 to 64,577.3 metric tons, while Scope 2 rose slightly from 870.5 to 961.8. At the same time, North American track miles serviced rose from 216,658 to 226,067, an increase of roughly 4 percent. Absolute emissions in the region fell by roughly 4 percent, and the report calculates intensity falling from 316.0 to 291.4 kilograms per track mile, a decline of 7.78 percent. This is the cleanest version of the headline claim. More track was serviced and fewer tons were emitted. Because the region represents such a large share of the total, it is also the main reason the group's absolute emissions held flat even as other regions grew. The report does not attribute the North American improvement to a single cause, but it does describe a set of operational levers that bear on it. Between 2020 and 2025, Loram says it retired more than 255 aging vehicles and replaced them with lighter-duty options, including Ford F150s, and moved some crew hauling to vans. The company estimates this fleet modernisation will cut tailpipe emissions by about 550 metric tons of CO2 a year. It has also deployed more than 100 Tier 4 and Stage V engines since 2017, which it says deliver about 85 percent lower particulate matter, about 45 percent lower nitrogen oxides and about 5 percent better fuel efficiency, with savings of up to 45 metric tons of CO2 per engine per year depending on size and duty cycle. These are Loram's own estimates, and the report does not break down how much of the 2024 intensity improvement each one explains. Australia and Brazil: intensity falls, absolute emissions rise The most interesting contrast sits in the smaller regions. Australia shows the largest improvement in carbon intensity among the regions with comparable data, which the report puts at a fall from 725.5 to 483.5 kilograms per track mile, or about 33 percent. Brazil follows with a fall from 900.4 to 668.1, about 26 percent. Yet in both countries, absolute emissions went up. Australia's emissions rose from 5,631.0 to 6,793.5 metric tons of CO2e, an increase of around 21 percent, lifting its share of the group total from 8 to 9 percent. Its track miles serviced, however, jumped from 7,761 to 14,051, an increase of more than 80 percent. Brazil's emissions rose from 1,042.0 to 2,640.2 metric tons, more than doubling and lifting its share from 1 to 3 percent, while its track miles serviced rose from 1,157 to 3,952, more than tripling. In both cases, activity grew far faster than emissions, which is what a falling intensity looks like arithmetically. This is the pattern that makes intensity metrics both useful and treacherous. A newly scaled-up operation spreads fixed fuel use across more output, so intensity improves quickly even as the absolute footprint grows. Intensity can be a sign of genuine efficiency, but it can also be a sign of scale effects, utilisation changes or a shift in the mix of work. The report does not say which explains the Australian and Brazilian figures, and the data alone cannot settle it. What the numbers do show is that the group's flat total masks absolute growth in two regions that was offset by absolute declines elsewhere, chiefly in North America and the United Kingdom. The United Kingdom and India The United Kingdom is the lowest-intensity region by a wide margin. Its emissions fell from 888.0 to 740.9 metric tons of CO2e, a decline of about 17 percent, while track miles serviced rose from 60,649 to 64,410, an increase of roughly 6 percent. Reported intensity dropped from 14.6 to 11.5 kilograms per track mile, about 21 percent. The magnitude is very different from North America's, which hints at a different kind of work, with fewer large diesel-powered machines per mile of track serviced, though the report does not explain the gap. India is the awkward entry. Its Scope 2 emissions are reported at 211.6 metric tons in 2023 and 229.6 in 2024, and it has no Scope 1 figure. Its track activity is out of scope for the calculation because it is classified as Scope 3, and the intensity values the report lists for India do not follow the same unit pattern as the other regions. Any reader comparing India with the others should treat that line with caution, and the exclusion illustrates a general point about intensity metrics, which is that they are only as comparable as their boundaries. Diesel and machines: where the carbon actually lives If the regional split explains where the emissions are, the energy and activity splits explain what they are made of. By energy source, diesel accounted for 68,451.3 metric tons in 2023 and 68,392.9 in 2024, a steady 90 percent of the total. Gasoline contributed 5,942.7 metric tons in 2023 and 5,247.0 in 2024, or 8 and 7 percent. Electricity, which is the Scope 2 component, made up about 2 percent, and natural gas about 1 percent. Biodiesel and ethanol appear for the first time in 2024, at just 0.2 and 10.6 metric tons respectively, which is effectively a rounding error in a 76,000-ton inventory. By activity, the picture is just as concentrated. Machines were responsible for 63,961.7 metric tons in 2023 and 64,179.4 in 2024, or 84 to 85 percent of the total. Vehicles fell from 10,423.2 to 9,460.6 metric tons, a decline of roughly 9 percent, reflecting the fleet modernisation. Buildings and facilities rose from 1,855.4 to 2,303.3 metric tons, a rise of about 24 percent, though from a very small base, and they remain only about 3 percent of the total. Read together, these tables make clear where the leverage lies. Vehicle rightsizing has already produced a visible reduction, but vehicles are only about 12 percent of the footprint. The 85 percent that sits in operational machines is where a step change would have to happen, and the report acknowledges this directly, identifying a small number of high-impact assets as the main opportunity for reductions. Absolute machine emissions edged up by about 0.3 percent between 2023 and 2024, even as intensity fell, which suggests the efficiency gain came from doing more work with the same machines, not from changing what powers them. The technology pipeline Loram's report points to several technologies that could shift the machine-level numbers, though it is careful not to attach quantified targets to them. Its LM1 rail milling machine uses a hydrogen fuel-cell powertrain with onboard high-pressure storage of about 350 bar, producing zero direct emissions in operation, with water as the only exhaust. The report describes travel speeds of up to 60 kilometres an hour and work speeds of up to 600 metres an hour depending on track conditions, and notes that sourcing renewable hydrogen would further align the machine with ESG goals. The company says it has also added electric, hybrid, fuel-cell and battery-powered rail millers to its fleet, and that it is exploring conversion from diesel to overhead electric power where the infrastructure allows. Lower-carbon fuels such as biodiesel and ethanol are named as opportunities. The avoided-emissions argument Loram also makes a second, larger claim that sits alongside its own footprint. The report estimates that rail grinding, one of the company's core services, roughly doubles the life of rail assets, and that this prevents around 1.0 to 1.5 million tons of CO2 a year across the North American Class I network through avoided steel manufacturing. It also cites independent testing showing that friction management can reduce locomotive fuel consumption by about 7 to 8 percent under controlled conditions, which for U.S. Class I railroads could mean roughly 200 to 250 million gallons of fuel saved annually. The report adds an industry research finding that moving freight by rail instead of truck lowers associated greenhouse gas emissions by up to 75 percent. These figures are an order of magnitude or more larger than Loram's own footprint, and they should be read with the appropriate caution. They are estimates of benefits that accrue to customers and the wider network, not emissions reductions inside Loram's inventory, and the report presents them as such. Avoided-emissions claims are a useful way of describing the value of a service, but they sit outside the GHG Protocol inventory and cannot be netted against the 76,000 tons reported in the tables. The more useful discipline is to hold both numbers at once, the small footprint Loram controls and the large system effect it argues its services enable, without letting either substitute for the other. What the report does not say A first report is also defined by its gaps. Loram sets no quantified emissions reduction targets. The report says the company intends to set targets in the future and to pursue consistent year-over-year reductions in carbon intensity, which is a commitment to a direction rather than a destination. There are no Scope 3 figures beyond the note that the United Kingdom has a calculated inventory. The India intensity data are unclear. And there is no attribution analysis separating how much of the 2024 intensity improvement came from efficiency, how much from utilisation and how much from changes in the mix of work. None of this is unusual for a first-year disclosure, and it would be unfair to measure a debut report against the standard of a mature one. But it does define what a second report would need to show for the intensity story to be convincing. A target would turn a trend into a commitment. A longer time series would test whether 2024 was a signal or a one-year blip. And evidence of machines shifting away from diesel would show whether absolute emissions can eventually fall as well, not just intensity. Why it matters Privately held firms rarely have to publish emissions at all. Loram's first report shows what a non-listed industrial can do: SASB-aligned, GHG Protocol-based, with regional detail. For SMEs in the rail supply chain, it's a template and a signal that Class I customers will ask for the same data. The takeaway Loram's 2026 ESG report makes a deceptively simple claim and, to its credit, supplies the data to test it. Absolute emissions of around 76,000 metric tons CO2e held steady between 2023 and 2024. Track miles serviced rose about 8 percent. Intensity fell about 8 percent. Underneath that tidy sentence lies a messier picture, with North America cutting absolute emissions while serving more track, Australia and Brazil scaling rapidly with falling intensity but rising totals, the United Kingdom improving from a low base, and India sitting awkwardly outside the boundary. The deeper lesson is about the limits of any single metric. Intensity tells you whether a business is getting more efficient at its work, and absolute emissions tell you what the atmosphere receives. A company can be improving on one while standing still on the other, and a first report like this one is most useful when it lets readers see both. With 90 percent of the footprint in diesel and 85 percent in machines, the real work of decarbonising Loram still lies ahead, and the next report will show whether the company moves from describing that work to measuring it.

Implementing ISO 14001 gives you a structured environmental management system that cuts waste, strengthens regulatory compliance, and builds stakeholder trust, and the standard’s 2026 edition sharpens that focus on leadership accountability and measurable results. The practical first move is a gap analysis paired with documented leadership commitment, not a certification booking. Certification itself stays optional and only makes sense once those readiness steps are done. Summary Start with a gap analysis and defined scope, then secure written leadership commitment, budget, and staff time before building registers or contacting a certification body. The 2026 edition extends operational controls to suppliers and outsourced work, so procurement criteria and contract language must address environmental impacts across the value chain. Stage 1 auditors check documented scope and readiness, while Stage 2 examines operating evidence, including training records, monitoring data, audit findings, and closed corrective actions. Small and midsized organizations often need several months, while larger organizations with multiple sites take longer; costs include staff time, training, consulting, and separate audit fees. What ISO 14001 is and what changed in the 2026 edition ISO 14001 is the internationally recognized standard for environmental management systems, giving organizations a repeatable framework for identifying environmental risks, setting objectives, and tracking performance over time. An EMS built on this standard touches everything from supplier selection to waste handling, and it works for a five-person workshop or a multinational manufacturer. The 2026 edition refines rather than replaces the previous framework. Three shifts matter most for implementation planning: Leadership accountability moves from a supporting role to a direct requirement, with top management expected to show active ownership of environmental objectives. Outcome focus replaces some procedural emphasis, meaning auditors increasingly want evidence of results, not just documented processes. Lifecycle and value-chain scope pushes organizations to look beyond their own operations into supplier and product-use impacts. ISO reported that the revised standard builds on a base of more than 670,000 certified organizations worldwide, and the update was framed as making implementation clearer while reinforcing that leadership and measurable outcomes drive certification value. Organizations that implement well tend to see better environmental performance, steadier regulatory compliance, lower waste-related costs, and stronger standing with customers and investors who increasingly screen for sustainability credentials. Key requirements and clauses you must address Every clause in ISO 14001 translates into something concrete you need to produce or demonstrate. Treat the following as your delivery checklist rather than abstract legal language. Leadership, policy, and governance. Top management needs a documented environmental policy, clear roles, and visible involvement in setting direction. Auditors look for evidence that leadership reviews environmental performance, not just a signed policy on a wall. Planning. You need an aspects and impacts register that identifies how your activities affect the environment, a compliance obligations log covering relevant laws and permits, and a risk and opportunity register tied to environmental outcomes. Support and documented information. This covers competence records, defined responsibilities, communication procedures, and controlled documents. Keep this lean: a short, accurate procedure beats a lengthy one nobody follows. Operation and lifecycle considerations. Operational controls need to extend to procurement and outsourced processes, reflecting the lifecycle perspective the 2026 edition emphasizes. This means supplier criteria and contract language, not just internal shop-floor controls. Performance evaluation and improvement. You need measurable KPIs, a schedule for internal audits, a management review process, and a documented corrective action procedure that closes the loop on nonconformities. Each clause produces an artifact: a register, a log, a record, or a report. If you cannot point to the document, the clause is not yet implemented, no matter how good your intentions are. Step-by-step implementation roadmap: gap analysis to certification readiness A workable EMS project follows the plan-do-check-act cycle the standard itself is built on. Here is how that translates into a sequence with clear ownership at each stage. Plan: run a gap analysis and define scope. A sustainability lead or operations manager compares current practices against ISO 14001 clauses, sets project scope and boundaries, and builds a realistic timeline with named stakeholders. Deliverable: a gap report and project charter. Plan: secure leadership commitment. Top management signs off on the environmental policy and allocates budget and staff time. Deliverable: an approved policy statement and resourcing plan. Do: identify aspects and impacts. Operations and environmental staff map processes to environmental effects, from energy use to waste streams. Deliverable: an aspects and impacts register. Do: set objectives and implement controls. Department heads translate significant impacts into measurable objectives and operational procedures. Deliverable: an objectives and targets log with assigned owners. Support: build competence and awareness. HR or training leads schedule role-specific training and communicate the EMS purpose across teams. Deliverable: training logs and awareness records. Support: finalize documented information. The project lead consolidates procedures, records, and responsibility assignments into a controlled set. Deliverable: a document control register. Check: monitor and run internal audits. An internal auditor, ideally independent of the areas being audited, checks conformance against objectives. Deliverable: internal audit reports and findings log. Check: hold management review. Top management reviews performance data, audit results, and compliance status. Deliverable: a management review record with decisions and action items. Act: close corrective actions and prepare for certification. The project lead tracks corrective actions to closure and confirms readiness tasks are complete before contacting a certification body. Deliverable: a corrective action log and audit-readiness checklist. Pro Tip: Stage your deliverables so each one feeds the next; an aspects register built before objectives are set saves weeks of rework later. Assign a single project owner who tracks all nine steps against the timeline, even when individual tasks sit with different departments. Without that single point of accountability, EMS projects tend to stall between the planning and doing stages. Common implementation challenges and pragmatic fixes Most EMS projects stumble in predictable places, and most of those problems have straightforward fixes. Leadership and resourcing gaps. Secure a written commitment from top management early, with specific budget and staff hours attached, not just verbal support. Over-documentation and scope creep. Keep procedures to one page where possible and resist documenting every minor task; auditors reward clarity over volume. Checkbox metrics instead of meaningful ones. Choose a handful of KPIs tied directly to significant environmental impacts rather than tracking everything measurable. Weak regulatory monitoring. Assign one person ownership of the compliance obligations register and set a fixed review cadence, such as quarterly. Fading engagement after the initial push. Build a recurring training cadence and link EMS performance to existing staff review cycles so it stays visible. The common thread across these fixes is ownership. Every weak point in an EMS traces back to a task without a named owner and a review date attached to it. Certification preparation: internal audits, management review, and what auditors look for Certification follows a two-stage audit process once your internal readiness work is done. Stage 1 auditors check that your documentation exists, that scope and boundaries are clearly defined, and that you understand the standard’s requirements well enough to proceed. Stage 2 auditors look for evidence that the system actually operates: records of training, monitoring data, internal audit outcomes, and proof that corrective actions get closed, not just logged. Before an external audit, confirm you have: An approved environmental policy and objectives, signed and dated. A complete aspects, impacts, and compliance obligations register. Internal audit reports with findings tracked to closure. A management review record showing leadership engagement with performance data. Training and competence records for everyone with EMS responsibilities. Document every corrective action with the nonconformity, root cause, fix, and verification date. That trail is what demonstrates continual improvement, which auditors treat as a standing requirement rather than a one-time event. ISO reports that over half a million organizations worldwide hold ISO 14001 certification, a scale that shows the standard functions as both an operational tool and a recognized signal to customers, regulators, and investors. Timelines, resources, and typical costs Realistic scheduling prevents the record gaps that trigger corrective actions during certification. Industry guidance from Smithers suggests small and mid-sized organizations often need several months to implement an EMS, while larger, multi-site enterprises require more time. Timeline drivers include organizational complexity, number of sites, and how much existing documentation you can reuse. Cost drivers include internal staff hours, training spend, consultancy fees if you bring in outside support, and certification body fees charged separately from implementation costs. Resource planning works best as staged milestones tied to deliverables rather than calendar dates alone, since a missed deliverable cascades into every later stage. Compressing the timeline to hit an arbitrary deadline is the most common cause of audit rework, since rushed registers and incomplete training records surface directly in stage 2 findings. Integrating ISO 14001 with business processes and other management systems An EMS delivers more value when it shares infrastructure with your existing governance rather than running as a parallel system. Combine audit cycles where you already hold ISO 9001 or ISO 45001 certification, since a shared internal audit schedule and a single management review cut duplicate work and audit fatigue, a point reinforced in ISO’s own transition guidance. Extend procurement criteria to reflect lifecycle thinking, so supplier contracts carry environmental expectations rather than leaving them to a separate policy document. Link EMS objectives to executive KPIs so environmental performance shows up in the same reporting cycle leadership already reviews. Treat integration as the engine for continual improvement, since shared data collection makes it easier to spot trends across environmental, quality, and safety performance at once. Transition guidance from management-system assurance providers frames the 2026 revision as evolutionary: build on what you already have rather than starting over. Exereco perspective, resources, and a signpost worth reading We cover ISO 14001 implementation as part of our broader work tracking sustainability practice across Europe and Africa, and a few of our resources speak directly to the work outlined above. Our Carbon Footprint Reduction course supports the objective-setting and operational-control steps in your roadmap. Our Emissions and Greenhouse Gas Accounting training supports the monitoring and KPI work auditors expect to see documented. Our ESG Integration resources help connect EMS objectives to broader ESG reporting. For a real-world look at measurement and disclosure in practice, our case study on Worthington Enterprises’ first Scope 3 disclosure shows how one industrial manufacturer traced its actual carbon footprint across its value chain. Readers planning a transition toward ISO 14001:2026 can use these resources to build out the training and reporting pieces of their roadmap alongside the clause-by-clause work above. FAQ What are the benefits of ISO 14001? Organizations that implement ISO 14001 typically see improved environmental performance, steadier regulatory compliance, and reduced waste-related costs. Peer-reviewed research links certification to reduced carbon intensity, with effects on profitability varying by firm size and country context. What is the current version of ISO 14001? The current edition is ISO 14001:2026, which refines the framework around leadership accountability, measurable outcomes, and a lifecycle perspective on environmental impacts. It builds on the prior edition rather than replacing its core structure. How long does ISO 14001 certification last? Certification bodies typically issue certificates valid for a three-year cycle, with surveillance audits conducted annually to confirm the system still conforms. ISO’s own guidance also notes that organizations must use the full designation, such as “certified to ISO 14001:2026,” when referencing their certification. What is ISO 14001 environmental management? ISO 14001 environmental management refers to a structured system for identifying environmental risks, setting measurable objectives, and tracking performance against them, as defined by the EPA’s guidance on EMS. An EMS built on this standard covers everything from aspects and impacts identification to monitoring, internal audits, and continual improvement. How much does ISO 14001 implementation typically cost? Costs vary widely based on organizational size, complexity, and whether you bring in outside consultancy support, covering internal staff hours, training, and separate certification body fees. For a tailored estimate, our Strategy and Advisory service scopes implementation projects based on your specific starting point.

Find sustainability networking events on organizational calendars, specialist aggregators, university program pages, and LinkedIn event listings. Prioritize events with interactive agendas, organizers that follow recognized sustainability standards, and an attendee mix that matches your goals. We curate and host several gatherings, including conferences and webinars built around conversation rather than one-way presentations. TL;DR: Choose workshops or roundtables for deeper conversations; summits offer broad exposure to hundreds or thousands, while webinars help test organizers before travel. Prefer published metrics over generic green claims; ACE25 earned EIC Platinum after an audit and raised waste diversion from 21% to 43% year over year. Before attending, shortlist five to ten people and set a measurable goal; send each new contact a specific message within 48 hours afterward. Virtual events widen access but rarely match live conversations; use webinars to identify people for direct messages, not as a replacement for deeper networking. Table of Contents Types of Sustainability Networking Events and Where to Find Them How to Choose Which Sustainability Events to Attend How to Network Effectively at Sustainability Events What Sustainability Standards and Trust Signals to Look for in Event Organizers Practical Calendars, Tools, and Resources to Discover Sustainability Networking Events Our Perspective on Hosting and Curating Sustainability Networking Events Quick Reflection and Recommended Next Steps How We Can Help With Events, Training, and Advisory FAQ Sources Types of Sustainability Networking Events and Where to Find Them The format you choose determines who you meet and how deep those connections go. A large summit gets you broad exposure to hundreds of professionals across a sector; a small roundtable gets you three or four conversations you might actually remember next year. Here is how the main formats break down: Conferences and summits bring together hundreds to thousands of attendees for keynotes, panels, and exhibition halls, best for scanning a sector and meeting people from across it. Workshops and roundtables limit the group size deliberately, trading reach for depth and giving you real conversation time with each person in the room. Meetups are informal, often recurring, and work well for local or regional connections without the cost of a conference ticket. Webinars remove the travel barrier entirely and suit people testing a topic or organizer before committing to an in-person event. Career networking events focus on hiring and mentorship rather than business development, useful if you are job hunting or looking for talent. For deep, lasting connections, workshops and roundtables consistently outperform large conferences. Scholarly and practitioner analysis of conference design notes that leaving deliberate “negative space,” unstructured time, embodied activities, and relationship-focused programming increases the likelihood of spontaneous, high-value networking in a way that packed agendas rarely do, according to a relational sustainability research review of academic conference design. If broad exposure is the goal instead, a summit or large conference still wins on sheer attendee volume. Where you look depends on the format. Organizational calendars (NGOs, trade bodies, regional sustainability hubs) tend to list the full range from summits to meetups, and university sustainability pages often carry workshop and career networking listings alongside academic lectures, as seen on NYU’s sustainability programs page. Regional hubs and sector associations are frequently the first place a new summit or workshop gets announced, well before it reaches a general aggregator. For virtual and hybrid events, check whether the organizer keeps recorded sessions available afterward and whether the agenda includes breakout rooms or structured discussion blocks rather than just a livestream of a stage. How to Choose Which Sustainability Events to Attend Not every event earns a spot on your calendar, and a clear filter saves you from a year of travel with little to show for it. Start with what you actually want out of the event, then work backward. Define your networking goal first. Decide whether you need new clients, potential collaborators, hiring leads, or just a sharper read on where your sector is heading, since each goal points to a different event type. Scan the agenda for interactivity. Favor events that list roundtables, workshops, or facilitated sessions over those built around back-to-back keynote slots. Check who else is attending. A published attendee list or past-year recap tells you whether the room matches your goal; a vague “professionals from across industries” description usually means it does not. Verify sustainability credentials before registering. Look for certifications or published disclosures from the organizer rather than taking “eco-friendly” branding at face value. Map the costs and the calendar. Early-bird pricing, travel, and accommodation add up fast, so weigh them against a remote-participation option if the organizer offers one. Pro Tip: Register for one event where the sessions are explicitly labeled “workshop” or “facilitated” rather than “presentation.” Practitioner guidance on hosting sustainable events finds these formats produce stronger networking outcomes than lecture-style sessions. Budgeting deserves a second look beyond the ticket price. Early registration windows typically shave a meaningful amount off the standard rate, and many organizers now offer a remote or hybrid tier at a lower cost for people who cannot justify the travel. If an event does not publish its pricing tiers or refund policy clearly, treat that as a minor warning sign about how organized the rest of the event will be. How to Network Effectively at Sustainability Events Showing up is the easy part. The difference between a wasted day and a genuinely useful one comes down to preparation, behavior in the room, and what you do in the following week. Before the event: Research who is attending through the published speaker list, exhibitor directory, or event app, and shortlist five to ten people worth a direct conversation. Prepare a short pitch tied to a specific goal, for example framing your work around SDG 11 if your focus is urban sustainability, so your introduction lands with context instead of generic small talk. Set one measurable goal, such as three solid conversations or one follow-up meeting booked, rather than a vague intention to “network.” During the event, prioritize sessions labeled as workshops or facilitated discussions over passive presentations, since these formats are built for conversation rather than listening. Make use of unstructured time between sessions instead of rushing to the next talk; the breaks and hallway gaps are often where the most useful introductions happen, a pattern that research on relational conference design describes as the value of deliberate “negative space” in an event’s schedule. If the event includes community-led projects or local initiatives, treat them with the same respect you would a formal session rather than as a side attraction. Pro Tip: Schedule one or two follow-up calls within 48 hours of the event, while the conversation is still fresh for both sides. After the event, send a short follow-up message referencing the specific conversation you had, not a generic “great meeting you” note. Track who you spoke with and what you agreed to do next, even if it is just a spreadsheet with three columns: name, topic, and next step. Without that record, most contacts fade within a month. Remote and hybrid networking require a slightly different approach. Join breakout rooms early rather than waiting for them to fill, and use the chat function to flag that you want a follow-up rather than hoping someone notices you on video. Virtual components widen access significantly, but they rarely replace the depth of an in-person conversation, so treat a webinar as a way to identify people worth a direct message afterward rather than the networking itself. What Sustainability Standards and Trust Signals to Look for in Event Organizers Not every event that calls itself “green” has done the work to back it up. A handful of standards and disclosures separate organizers who treat sustainability as a checklist item from those who build it into how the event actually runs. ISO 20121 is the global framework for event sustainability management, and its 2024 update strengthened the focus on social legacy and inclusivity while allowing organizers to demonstrate conformity through methods ranging from self-declaration to full third-party certification. Events Industry Council (EIC) certification, including the Platinum tier, requires an audit across specific performance areas such as climate action, water management, materials and circularity, supply chain, and accessibility. The Vision for Sustainable Events’ Green Events Code of Practice lays out concrete actions organizers can commit to, including a published target to reduce fossil-fuel use in site vehicles by 2030. Published metrics, such as a waste diversion rate or a carbon-offset dashboard, matter more than a sustainability statement with no numbers behind it. AWWA’s ACE25 conference earned Events Industry Council Platinum certification after a third-party audit and raised its waste diversion rate from 21% to 43% year over year, a concrete example of what a verified sustainability claim looks like in practice rather than a marketing line. When you are deciding whether an event’s sustainability claims hold up, the method of conformity matters as much as the claim itself. Self-declaration under ISO 20121 is a valid starting point, but a third-party audit, like the one behind ACE25’s certification, carries more weight. Look for specifics: a stated waste diversion percentage, a named carbon accounting method, or a published procurement policy, rather than language like “committed to sustainability” with nothing measurable attached. Practical Calendars, Tools, and Resources to Discover Sustainability Networking Events Finding the right event consistently, rather than stumbling onto one by chance, comes down to setting up a few reliable channels and checking them on a schedule. Set saved searches and alerts on event aggregators using keywords tied to your sector (ESG, circular economy, climate finance) so new listings reach you automatically instead of requiring a manual search each week. Bookmark university and NGO sustainability pages, which often post workshops and career networking events weeks before they reach a general aggregator, and are especially useful for academic or early-career audiences. Follow regional sustainability hubs and sector associations, which tend to be the first to announce summits and roundtables in a specific geography or industry. Subscribe to LinkedIn event pages and organizer newsletters for early-access registration windows, which often come with lower pricing than general release. Check our Exereco event pages and mailing list for Europe and Africa focused gatherings, including upcoming conferences and webinars we curate directly. A short weekly routine, checking two or three saved searches and skimming one or two newsletters, covers most of what a general web search misses, especially for regionally focused events that do not always rank well in broad searches. Our Perspective on Hosting and Curating Sustainability Networking Events Our aim is to become the go-to source for sustainability news with a focus on Europe and Africa, and that mission shapes how we approach events, not just coverage. We host gatherings like our Sustainability Crossroads ESG Conference and our Can Construction Be Sustainable? webinar with the same filter we recommend to readers: sessions built for conversation, not just a stage and an audience. We design our agendas around facilitated discussion blocks and keep virtual sessions accessible afterward so attendees who could not join live still get the content. If you are evaluating or proposing an event yourself, the same checklist applies: look for structured interaction, a clear attendee mix, and organizers willing to publish what they actually measure. Quick Reflection and Recommended Next Steps The event-finding part of this is straightforward: calendars, aggregators, and newsletters will surface more options than you can attend. The harder part is picking well and showing up prepared. Three things worth doing in the next 90 days: scan a curated calendar and shortlist two or three events that match a specific goal, register for at least one event built around workshops or facilitated discussion rather than keynote panels, and write a two-sentence pitch tied to a specific SDG or project so you are not improvising introductions on the spot. Prioritize organizers who publish real metrics over those who just use the word “sustainable” in their marketing. The events that deliver the best connections are usually the ones that put the same rigor into their own operations that they ask of attendees. FAQ What is the best way to find sustainability networking events? Check organizational calendars, specialist event aggregators, university sustainability program pages, and LinkedIn event listings regularly, and set alerts using keywords specific to your sector. Regional hubs and sector associations are often the first to announce new events, sometimes before they reach a general aggregator. What should I check before registering for a sustainability event? Look at the agenda for interactive formats like workshops or roundtables rather than back-to-back presentations, and check whether the organizer publishes sustainability metrics or holds a certification such as ISO 20121 or Events Industry Council Platinum status. A clear attendee list or past-year recap also helps confirm the event matches your networking goal. How do I network effectively at a sustainability conference? Prepare a short, specific pitch before the event, prioritize facilitated sessions and unstructured breaks over passive talks, and follow up with new contacts within 48 hours while the conversation is still fresh. Tracking who you met and what you agreed to do next makes the difference between a contact and a connection. Are virtual sustainability networking events worth attending? Virtual and hybrid events widen access and work well for testing a topic or organizer before committing to travel, but they rarely replace the depth of in-person conversation. Treat a webinar as a way to identify people worth a direct follow-up message rather than the full networking experience itself. What certifications indicate a sustainability event organizer is credible? Look for ISO 20121 conformity, Events Industry Council certification (including the Platinum tier), or adherence to the Vision for Sustainable Events’ Green Events Code of Practice. Organizers who publish specific metrics, such as a waste diversion rate or carbon-offset dashboard, back their claims with evidence rather than general sustainability language.

When governments talk about the ocean economy, they usually look at ports, fisheries and tourism. At the 12th Conference of the Parties to the Nairobi Convention, held in Dar es Salaam from 6 to 9 October, a scientist from the farming side of government made a different case: the health of Tanzania's seas is decided largely on dry land. Dr Thomas Bwana, Director General of the Tanzania Agricultural Research Institute (TARI), spoke at a side event on the margins of the meeting, which this year marks four decades of regional cooperation to protect the Western Indian Ocean. His core message, as reported by The Citizen and Daily News, was that marine conservation cannot succeed if what happens inland is ignored. In his framing, the seascape depends on the landscape. He pointed to a concrete symptom. Prawn catches along the Tanzanian coast have been falling, and while overfishing is the usual suspect, Bwana suggested land-based causes may be just as important. Mangrove clearance, soil erosion and agricultural runoff all damage the coastal nurseries where fish and crustaceans grow up. Disturb the mangroves, he explained, and the biomass, density and diversity of marine life follow them down. The farming practices behind that pressure are often well-meant. Many rice farmers, Bwana noted, over-irrigate, believing the crop needs up to twenty centimetres of water when it needs closer to two. The excess carries soil, fertiliser and pesticide residues downstream and eventually to the coast. Cutting water and chemical use would therefore help both the farmer's costs and the ocean. The stakes are national as well as ecological. Bwana said agriculture is expected to contribute 30 to 40 per cent of Tanzania's GDP and to supply 80 to 90 per cent of the raw materials for local industry, besides employing a large share of the population. A sector that central cannot simply be asked to shrink its footprint; it has to change how it works. TARI says it is already doing that. Its researchers are developing climate-resilient and pest-resistant crop varieties, biopesticides to replace harsher chemicals, better soil and nutrient management, efficient irrigation, and digital and precision-farming tools. The institute is also exploring alternative livelihoods for communities that depend on stressed coastal resources. Bwana's wider appeal was institutional. He urged agricultural researchers and blue economy stakeholders to collaborate more closely and asked that land-based activities receive more attention in future blue economy discussions, tying the request to Tanzania's Vision 2050 goals. The setting gives the message weight. The Nairobi Convention brings together ten Western Indian Ocean countries, including Kenya, Mozambique, Madagascar, Mauritius, Seychelles, South Africa and Tanzania, and this year's agenda includes source-to-sea pollution, mangrove and seagrass restoration, marine spatial planning and financing for a sustainable blue economy. Bwana's intervention is a reminder that the largest lever for cleaner seas may sit in a rice paddy rather than a harbour. Why it matters Ocean policy is usually written by people who never visit a farm, yet this story shows the sea is downstream of every field. If Tanzania can align agriculture and marine planning, it protects fisheries, food supply and coastal jobs with the same set of measures.

Zambia's power sector has changed shape in just two years. Installed generation capacity has climbed from 3,777 MW in 2024 to 4,722.3 MW today, an increase of roughly 945 MW, according to figures presented at the 2026 Energy Forum for Africa in Lusaka and reported by the Lusaka Times on 7 October. Almost all of that growth came from the sun. Installed solar capacity rose from 178 MW in 2024 to 1,027.5 MW, an addition of about 850 MW that has already surpassed the 1,000 MW target set for 2026. For a country that has long relied heavily on hydropower, and has felt the strain when rainfall falls short, the result is a visibly more diversified generation mix. President Hakainde Hichilema's speech, read at the forum by Vice President Mutale Nalumango, credited the result to policy direction, private investment, project development, financing and implementation all working together. In his words, the increase "demonstrates the scale and speed of solar expansion." The Energy Forum for Africa (EFFA) platform, said its chief executive Hope Chanda, has actualised 700 MW of solar projects towards a 1,000 MW target, while 600 MW of thermal projects have also materialised since the last conference. The pipeline is large. The Zambezi River Authority has initiatives with more than 5,000 MW of renewable potential. They include the 2,400 MW Batoka Gorge Hydro-electric Scheme, now at the procurement preparedness and market engagement stages, and a 1,000 MW Kariba Floating Solar project, where pre-feasibility studies are complete and suitable lake locations have been identified. Batoka project coordinator Patrick Sipatela described the scheme as "more than a hydro power project," pointing to regional integration, climate resilience and growth. Government's headline ambition is 10,000 MW of generation by 2031, in support of the Grow Zambia Agenda. Yet the president used the same speech to flag the next bottleneck. Transmission and distribution infrastructure, he said, is a weak link, and he called for more investment in it, including through platforms such as EFFA. New megawatts only help households and businesses if the wires, substations and distribution networks can carry them to where electricity is needed. The president also reaffirmed Zambia's commitment to a borderless energy future in which power flows across national borders, a theme reflected in the forum's title, "Driving a Borderless Future for Africa." Chanda said this year's conference will allow six regional power utilities to benchmark one another to improve regional energy integration. Taken together, the figures show a country that has proved it can build clean generation quickly when policy, private capital and project delivery line up. The harder task now is to match that pace on the grid side, so the capacity on paper becomes reliable supply in practice, and so surplus power can be traded across the region rather than stranded. WHY IT MATTERS Zambia has shown that clean generation can be built in months rather than decades, with solar growing almost sixfold in two years. But electricity that cannot be transmitted is not energy access. The country's next test is whether grid investment can match the speed of solar delivery, because that is what turns 1,027.5 MW of panels into lights, clinics and factories.

Research Desk is Exereco's strand for analysing studies from public-interest bodies rather than companies. This week's subject is the United Nations' flagship progress check on the world's shared development agenda, The Sustainable Development Goals Report 2026, produced by the UN Department of Economic and Social Affairs and published in July 2026. It is a long report that covers every one of the 17 goals. We have not tried to summarise all of it. Instead we go deep on one thread that runs through its opening chapters and that, in our view, deserves more attention than it usually gets: the scorecard of how the 139 best-measured targets are performing, and the squeeze on the money and the data that make that scorecard possible. The report opens, as UN reports tend to, with a foreword from the Secretary-General, António Guterres, who begins by looking back to the moment, a little over a decade ago, when the world embarked on a bold effort to fulfil the 2030 Agenda for Sustainable Development. The introduction that follows is balanced in a way that is worth noticing. It lists real gains and it lists real failures, and it does not pretend that one cancels the other. Reading the two lists side by side is the quickest way to understand where the agenda stands with four years to go. On the gains side, the report says electricity now reaches 92% of the world's population, with a third of that supply powered by renewable sources. Internet access has risen from 40% to 74%. New HIV infections and AIDS-related deaths have each fallen by roughly a third. Fifty-nine countries have eliminated at least one neglected tropical disease, and 134 countries have met the target for reducing child mortality. Social protection now covers over half of the global population for the first time, and disaster-related deaths have fallen by 65% compared with the previous decade. These are not small numbers. They describe the kind of change in ordinary lives that the goals were designed to produce, and the report is right to put them first. The other list is harder to read. According to the report, one in ten people still lives in extreme poverty, and food insecurity affects 2.3 billion people. About 2.1 billion people, roughly one in four, lack safely managed drinking water. More than 150 million children are stunted. Maternal mortality is nearly three times the global target, and everyday discrimination is still felt by one in five people. In 2025, global temperatures reached 1.43°C above preindustrial levels. Violent conflict has forcibly displaced 118 million people. And, in the sentence that frames the rest of this article, official development assistance collapsed by a record 23% in 2025, while the annual SDG financing gap in developing countries is around $4 trillion. The report card on 139 targets The most useful single piece of analysis in the introduction is the scorecard. The report looks at the 139 targets for which there are reliable historical trends, which is a subset of the full framework of 17 goals, 169 targets and more than 230 indicators, and sorts them by how they are moving. The headline is that 36% are on track or making moderate progress. Forty-nine percent are moving too slowly. And 15% have slipped below their 2015 baselines, meaning the world is further from those targets today than it was when the goals were adopted. The chapter on monitoring breaks the picture down more finely, and the finer breakdown is where the story sits. Fifteen percent of the 139 targets are on track. A further 21% show moderate progress. Thirty-two percent are advancing only marginally, 17% are stagnating, and the final 15% are regressing. The report notes that the marginal and stagnating categories together make up the "nearly half" that the introduction describes as moving too slowly. It is worth dwelling on what these categories mean, because it is easy to read past them. On track is the best outcome, and it describes only about one target in seven. Moderate progress is better than nothing but, by the report's own framing, not enough to say a target will be met. Marginal progress and stagnation are different from regression, but in practical terms they describe the same experience for the people concerned: a target that is not moving fast enough, or at all, towards the finish line. Together those two categories account for 49% of the tracked targets, which makes slow or flat progress the single most common outcome in the whole scorecard. More targets are stuck than are moving, and nearly as many are going backwards as are on track. There is a second point buried in the arithmetic. The scorecard covers 139 targets with sufficient trend data, not all 169. The report is explicit that some areas have trend data covering more than 80% of their indicators, while fewer than a third of indicators have sufficient trend data for gender equality, sustainable cities, climate action, and peace and justice. In other words, the areas where we know least are not a random selection. They include several of the most politically and environmentally urgent goals. A scorecard can only grade the targets it can see, and the targets it cannot see well are not necessarily the ones doing better. A decade of building the measuring stick To appreciate what is at stake in the data, it helps to see how far the measuring system has come. The report describes a decade of monitoring in which the SDG indicator database grew from 115 indicators in 2016 to 233 in 2026. The number of data records rose from about 330,000 to 3.2 million. The introduction frames this as a change from a world in which data were lacking for half of the indicators to one with a global database of 3 million data points covering nearly every indicator. The quality of the foundations improved as well as the quantity. Nearly 40% of indicators initially lacked internationally agreed methodologies. Today every indicator has one. The share of indicators with good country coverage rose from roughly a third to almost 70%. Statistical performance indicator scores rose from 59 to 70 between 2016 and 2023. These are the unglamorous achievements that rarely make headlines, and they matter, because a target without an agreed method of measurement is a target that cannot be held to account. This is the part of the story that makes the scorecard credible. When the report says that 15% of targets are regressing, it is not offering an impression. It is reporting the output of a system that took ten years and a great deal of public money to build. The gains on the scorecard and the gains in the data are connected: it is only because the measuring stick got better that we can now say, with some confidence, which targets are in trouble. The money is moving the wrong way The same chapter then turns to financing, and the numbers here are stark. According to the report, official development assistance fell by 23.1% between 2024 and 2025. That is the largest annual drop on record, and it returned aid to the levels seen at the start of the 2030 Agenda. The report adds that further cuts are expected in 2026. Set against an annual SDG financing gap in developing countries of around $4 trillion, a fall of that size in one year is not a rounding error. Aid is not only a transfer of resources for schools, clinics and power lines. It is also, in many low-income countries, part of the financing for the unglamorous machinery of government statistics. The report draws this connection directly. Surveys by the Inter-Secretariat Working Group on Household Surveys, covering low- and middle-income countries, show funding cuts affecting SDG monitoring, household surveys, administrative data systems and dissemination platforms. Put simply, the same cuts that make development harder also make it harder to see whether development is happening. This is the squeeze at the heart of the report's argument. Development finance is falling just as the scorecard shows that the agenda needs more effort, not less, and the instruments used to assess whether the effort is working are being starved by the same decision. A reader could be forgiven for expecting a fall in aid to show up first in the outcome numbers, such as poverty, hunger or child mortality. Our reading of the report is that it may also show up in a less visible way, in the data systems that would have reported those outcomes. A household survey that is not conducted this year does not produce a bad number. It produces no number at all. Who owns the data The report's treatment of data sovereignty is where the analysis becomes most specific, and it deserves a careful reading. It notes that, in 2025, 135 countries had national statistical plans under implementation, but only 59% of those plans were fully funded. In sub-Saharan Africa, only 15% of countries reported full funding. The report also cites a 2023 analysis finding that only about a third of low- and lower-middle-income countries manage their own microdata repositories. Those two figures matter for different reasons. A statistical plan that is not fully funded is a plan that will be trimmed, delayed or dropped when budgets tighten, and the report suggests budgets are tightening. A country that does not manage its own microdata repository is a country that depends on someone else to store and, in practice, to control access to its own records. That is the sense in which the report uses the word sovereignty: not as a political slogan, but as a description of who holds the data, who pays for it, and who decides what it is used for. The coordination figures reinforce the point. In the 2021 survey on the Cape Town Global Action Plan, only 17% of countries said they were satisfied with their capacity to coordinate the data ecosystem. In low- and lower-middle-income countries, the figure was 8%. In 2024, high community participation in rural drinking-water policy was reported in only 30% of cases. And only 29% of responding countries reported statistical programmes for internally displaced persons, against more than 70% for persons with disabilities and for youth. The people who are hardest to count, such as those displaced by the 118 million-strong wave of conflict the report describes, are the least likely to have a programme designed to count them. There is a quiet strength in the statistical profession's own legal framework that the report also records. A 2023 review found that 93% of the 167 national statistical laws include a confidentiality clause. It is a reminder that official statistics are built on trust between citizens and the state, and that trust is a form of infrastructure that is cheap to maintain and expensive to rebuild. Where artificial intelligence fits, and where it does not The report's chapter is titled "SDG monitoring in the AI era", and it would be a mistake to skip over the technology question, because it is the obvious response to a budget squeeze. If surveys are expensive and funds are short, can machines fill the gap? The report's answer is measured. A meta-analysis of about 1,800 articles confirms that artificial intelligence is already applied across the full survey life cycle. The tools are real and they are in use. But the report does not treat AI as a substitute for funded national systems. Its way forward sets out three priorities: people-centred data systems, AI held to statistical transparency standards, and institutional and financial sovereignty for national statistical offices. The report's closing passage on the subject ends on the point that answers matter even when the system delivering them is no longer the national statistical office itself. We read that as a way of naming the risk. If the answers about development increasingly come from systems that national institutions do not run, fund or fully understand, then the scorecard becomes harder to challenge, and the countries being scored have less say in how they are scored. None of this is an argument against using new tools. It is an argument that tools need institutions around them, and that institutions need money. The report's emphasis on funding national statistical plans and keeping the offices that run them at the centre of the system is consistent with that reading. What the numbers add up to Taken together, the report's figures describe a loop. The scorecard shows that most of the best-measured targets are not moving fast enough, and that a meaningful minority are going backwards. That should argue for more resources and better targeting. Instead, aid has fallen by a record amount, with more cuts expected, and the cuts are already reaching the household surveys, administrative systems and dissemination platforms that tell governments and donors where to target. The poorest countries, where plans are least likely to be fully funded and where data repositories are least likely to be nationally controlled, are the most exposed. It is also worth being clear about what the report does not say. It does not say the goals have failed, and it does not say the progress of the past decade was an illusion. The gains in electricity, connectivity, health and disaster mortality are presented as real. What it says is that the pace of the whole is too slow, that the funding environment has worsened sharply, and that the tools used to observe the whole are themselves at risk. That is a more specific and, in some ways, more useful message than a general call for ambition. WHY IT MATTERS You cannot manage what you cannot measure, and the SDG Report 2026 is a reminder that measurement is not free. Every one of the figures in this article exists because someone funded a survey, trained a statistician, agreed a method and kept the records. When aid falls by a record 23.1% in a single year and the report warns of further cuts, the risk is not only that fewer clinics and classrooms get built. It is that we lose sight of where the agenda is failing, at the exact moment the scorecard says that 15% of targets are going backwards and only 36% are on track or moving moderately. For anyone working in sustainability, ESG, public policy or development finance, that should change how public data is treated. Public statistics are often handled as a free background resource, the stable ground on which reports, investment screens and policy models are built. This report suggests the ground is shifting. With 135 countries running statistical plans and only 59% of them fully funded, and only 15% of sub-Saharan African countries reporting full funding, the baseline that others lean on is thinner than it looks. Protecting the data is not a technical side issue to the goals. It is part of delivering them, because it is what lets us tell the difference between a target that is on track and one that has quietly stalled. With four years left, the measuring stick needs defending as much as the targets themselves.

A suspected oil spill in the Baltic Sea has put Swedish authorities on alert, and the most striking detail is how quickly the evidence disappeared. According to The Local Sweden, European satellite monitoring detected the possible slick in a shipping lane southeast of the island of Gotland in the middle of the week. Swedish Coast Guard aircraft were sent to check, and they confirmed that oil was present in the water. The response was swift. Planes and ships equipped for oil spill response were dispatched, and the Coast Guard's combination vessel KBV 003 Amfitrite was sent to search the area. Yet by Thursday morning, the coast guard said, there was no longer any trace of the spill. No oil has been detected on or near the shoreline, which is good news for Gotland's coast and its wildlife. But the speed with which the slick vanished also means responders had no chance to contain it, and the Coast Guard has opened an investigation with, for now, no suspect. That combination of rapid detection and slow attribution is the heart of the story. Satellites can spot unusual films on the sea surface from orbit, and aircraft can verify them within hours. What is far harder is tracing a thin, shifting slick back to a specific vessel once wind and waves have broken it up. Without a sample, a witness or a ship's position at the right moment, a suspected discharge can end as an unexplained incident, however well it was observed. Sweden's government has said it is following developments closely. Civil Defence Minister Carl-Oskar Bohlin stated that the government is closely monitoring the situation and is receiving continuous updates from the relevant authorities. The Coast Guard has said it will continue to monitor the area from the air. The Baltic deserves that attention. It is a busy, semi-enclosed sea ringed by several countries, with heavy shipping traffic and a water exchange with the open ocean that is slow. Pollution that would disperse quickly elsewhere can linger and accumulate here, putting seabirds, fish and coastal communities at risk. A spill that never reaches the shore is a lucky outcome, not a reason to relax. For sustainability and ESG professionals, the episode is a reminder that marine environmental risk sits inside supply chains. Shipping underpins trade in fuels, goods and commodities, and operators, charterers and cargo owners all carry exposure when a discharge is traced to a vessel in their network. Investors increasingly ask for evidence of vessel monitoring, incident reporting and compliance with discharge rules, and episodes like this one show why those disclosures matter. It also shows the value of public monitoring infrastructure. Satellite surveillance and coast guard patrols are what turned a sea-surface anomaly into a verified incident within a day, and they are what will decide whether responsibility can ever be assigned. Strengthening that chain, from detection to sampling to prosecution, is as important as the cleanup capacity itself. The investigation continues, and it may end without an answer. Even so, Sweden's response offers a template: detect early, verify fast, protect the coastline, and keep the case open. The harder question for the Baltic's neighbours is how to make sure the next vanished slick can be traced to its source. Why it matters: A slick that disappears before it can be sampled is an environmental incident without an owner. This case shows that detection is no longer the weak link in the Baltic; attribution is. Without the ability to trace discharges to vessels, rules on paper do little to protect the sea.

Portugal has taken a concrete step toward turning its Atlantic coastline into a laboratory for clean energy. The government has authorised the Viana do Castelo City Council to obtain surface rights over a 4,632-square-metre plot at Praia Norte, land that belongs to the Polytechnic University of Viana do Castelo, so that a new Technology and Innovation Centre for Ocean Energy and Technologies can be built there. The land will be made available for 30 years. According to The Portugal News, the municipality may choose between paying an annual fee of €21,240 or a single lump sum of €326,500, terms approved by Estamo, the state real estate management company. The wider project represents an investment of €5.1 million. Construction will be funded through the North 2030 Regional Programme, with the Municipality of Viana do Castelo covering additional costs, while the Polytechnic University will invest €123,000 in architectural and technical design services. The centre will be run by the Sustemare Association, which was established in July. Its stated purpose is to drive the sustainable transition in how ocean resources are used, through the integration of science, technology and economics. That framing matters, because it places research, engineering and commercial viability under one roof rather than leaving them as separate conversations. The university rector, Carlos Rodrigues, is set to chair the board, and the city's mayor, Luís Nobre, will be its first board member, which signals that academia and local government intend to steer the project together. On the ground, the facility is expected to host specialised laboratories, an industrial facility and a team of roughly 40 highly qualified professionals by 2030. Its work will centre on blue energy and ocean technologies, supported by complementary services, with an explicit emphasis on minimising the environmental impact of maritime infrastructure. In other words, the people designing devices and systems for the sea are meant to think about the sea itself from the first drawing. The regional ambitions are just as clear. Officials expect the centre to create skilled jobs, attract talent and reposition the region within the emerging ocean-economy value chains, at both national and European level. For a northern coastal city, that is a chance to move from being a place where maritime activity happens to being a place where maritime know-how is produced. For businesses and investors following the energy transition, the announcement is a reminder that clean power is not only about wind turbines and solar parks. Ocean energy is still maturing, and the early institutions that bring researchers, engineers and industry together often determine where the supply chains, patents and jobs eventually settle. A modest, publicly funded centre with clear governance and a defined timeline is the kind of infrastructure that makes later private investment easier to justify. The project also illustrates how the Sustainable Development Goals tend to overlap in practice. Clean energy, innovation capacity and the protection of marine ecosystems are all written into the same plan, rather than traded off against one another. Whether the centre delivers will depend on execution over the coming years, but the foundations, legal, financial and institutional, are now in place. Why it matters The centre is as much about people as about power: skilled jobs, retained talent and a regional foothold in European ocean-economy value chains. For coastal communities that have long depended on the sea, it shows how marine resources can support careers built on science rather than extraction alone.

When a bank tells the market it has mobilised R53.5 billion in sustainable finance in a single year, the number is designed to impress. It is large, it is up on the year before, and it comes with a tidy split between climate and social purposes. But a headline total is the beginning of the story, not the end of it. The more useful questions are what the figure counts, how it is checked, what it is measured against, and what the bank admits it cannot yet measure. Absa Group Limited's Sustainability and Climate Report 2025, covering the year to 31 December 2025 and approved in March 2026, gives enough material to ask all four. This article takes one thread from that report and follows it closely: sustainable finance. It leaves aside the report's chapters on workforce, governance structures and community programmes, and concentrates on the capital Absa says it moved towards climate and social outcomes across its African markets, the new 2030 ambition it set on the back of that result, and the evidence the report offers that the numbers can be trusted. Every figure below is attributed to the report itself, and where we do our own arithmetic we say so. The headline: a record year, and a bigger promise The core result is stated plainly by Group Chief Executive Kenny Fihla in his message to stakeholders: "We mobilised R53.5 billion in sustainable finance during the year, marking our highest contribution to date." That compares with R49.2 billion in 2024, an increase of roughly R4.3 billion, or a little under nine percent. In a period when many banks have grown quieter about their climate commitments, a year-on-year rise at this scale is a notable data point in itself. The report breaks the 2025 total into two components. Climate finance accounts for R37.5 billion, and social finance for R15.9 billion. The two components add to R53.4 billion on the rounded figures printed, a difference of R0.1 billion from the headline that is most plausibly rounding. Climate finance therefore makes up around seventy percent of the total, with social finance supplying the remaining thirty percent. That balance matters, because it shows Absa is not treating sustainable finance as a purely environmental category. It is deliberately folding development outcomes into the same number. The CEO message describes where the climate money went: "These funds were channelled into renewable energy, climate-resilient infrastructure, and transition-aligned sectors." The last phrase is worth pausing on. Renewable energy and resilient infrastructure are uncontroversial labels. "Transition-aligned sectors" is a broader and more discretionary category, covering activity that is not clean today but is judged to be on a credible path to becoming so. Where the line falls is precisely the sort of judgement that a reader should want to see defined, and we return to it below. The new ambition is just as clear. The report records that Absa has "set a new ambition to mobilise between R350 billion and R400 billion in sustainable finance by 2030 from 2021." The 2021 baseline is important. Like the target it replaces, the ambition is measured over a window that began four years before the 2025 result, which means the figure is a running programme total rather than a single-year goal. A target met early The context for the new ambition is that the old one has already been delivered. The report's sustainability journey timeline records that Absa "met sustainable finance target of R100 billion, one year ahead of 2025." In other words, the bank reached its original goal, set against the same 2021 baseline, by the end of 2024, a full year before the deadline. A target met early can be read two ways. The generous reading is that the bank's ability to originate sustainable transactions ran ahead of its own planning, and that raising the bar was the honest response. The sceptical reading is that the first target was not ambitious enough, which is why the second is more than three times larger. Both readings are fair, and the report does not settle between them. What it does show is that the step up is steep: from R100 billion to between R350 billion and R400 billion, over a window that ends in 2030. Here the report leaves a gap that is worth naming. In the sections we were able to read, Absa does not state a cumulative total of sustainable finance mobilised since 2021. It gives annual figures for 2024 and 2025, and it says the R100 billion milestone was crossed in 2024, but it does not add the years up. That matters because the 2030 ambition is measured from the 2021 baseline, so progress against it depends on the running total. It is possible to sketch the arithmetic, with the clear caveat that this is our calculation and not the bank's. If the R100 billion was reached at about the end of 2024, and 2025 added R53.5 billion, the programme total at the end of 2025 would be somewhere around R153 billion. Against a 2030 range of R350 billion to R400 billion, that would leave roughly R197 billion to R247 billion to mobilise over the five years from 2026 to 2030, or about R39 billion to R49 billion a year. That is below the R53.5 billion achieved in 2025. If that reading is right, the new ambition would be met by broadly sustaining the current pace rather than by accelerating sharply. It would also mean the ambition looks demanding mainly because of the large number attached to it, and less because of the rate of effort it requires. The bank could clarify this easily by publishing the cumulative total each year, and we think it should. What the money is for: from wind and batteries to housing and small business The report gives few quantified project examples in the pages we read, but the ones it names are instructive. On the climate side, it highlights the Red Sands battery energy storage system, which was awarded Environmental Project or Investment of the Year. Storage is one of the harder and more valuable pieces of the energy transition in markets where grids are under strain, because it allows variable renewable generation to be used when it is needed rather than when the wind blows or the sun shines. It is a good illustration of what "renewable energy" now means in practice: not only generation capacity, but the supporting infrastructure that makes it dependable. On the social side, the report is candid about how hard the work is. On affordable housing, it says: "Housing access: Affordable housing remained a focus. Affordability constraints influenced origination volumes." That second sentence is more revealing than most of what appears in sustainability reports, because it concedes that demand for finance can be limited by what customers can afford to borrow, whatever the bank's appetite to lend. Social finance is not simply a matter of deciding to do more of it. For small and medium enterprises, the report says that "ESG-aligned SME solutions continued linking capability support with access to funding." The idea here is that money alone does not help a small business transition or grow; it also needs the know-how to use the money well. The report does not quantify this part of the programme in the pages we read, so it is impossible to say from the document how much of the R15.9 billion of social finance flowed to small businesses and how much to housing or other purposes. The report also frames the commercial logic across the whole of Absa's footprint. The group operates in 12 African countries plus four international locations, and the Africa Regions span markets including South Africa, Nigeria, Kenya, Ghana, Tanzania, Uganda, Zambia, Botswana, Namibia, Mozambique, Mauritius and Seychelles. Its own description of the environment is blunt: "Climate vulnerability, adaptation gaps and development constraints persist, as well as potential for renewable energy, sustainable agriculture, regional trade, and digitally enabled growth." That sentence captures why a single bank's sustainable finance programme matters on a continent where both the exposure to climate risk and the need for new infrastructure are high. The report does not publish a country-by-country split of the R53.5 billion in the sections we read, so how much of it landed outside South Africa is not something the document lets a reader work out. How the numbers are checked Credibility is the real subject of any sustainable finance disclosure, and the report offers several layers of it. The first is external assurance. Deloitte and Touche conducted limited assurance on selected information in the report, in accordance with the International Standards on Assurance Engagements: ISAE 3000 (Revised) for general assurance engagements and ISAE 3410 for the greenhouse gas statement. Limited assurance is a meaningful step, but it is a lower level of comfort than the reasonable assurance applied to audited financial statements, and the phrase "selected information" means it does not necessarily cover every figure in the report. Readers who want to know whether the R53.5 billion itself falls within the assured scope should check the assurance statement, as the pages we reviewed do not make that explicit. The second layer is internal governance of data. The report describes a group-wide ESG data programme, which it says focuses on "data centralisation and automation for reporting and decision-making," with continued work on "standardising definitions, improving data collection processes." The emphasis on definitions is telling. A sustainable finance figure is only as comparable from year to year as the rules that decide what counts, and the report itself notes that it "continued to strengthen the quality, consistency, and governance of ESG data." The word "continued" is an honest signal that the work is not finished. The third layer is policy. Absa published a Sustainable Finance Issuance Framework, which the report's timeline dates to 2024, and it has a greenwashing policy in place. The report ties the two together, indicating that claims about climate and social finance are meant to be tested against the framework. We could not see, in the pages we read, a second-party opinion on the framework, nor a published definition of climate finance as distinct from social finance, and the document says that no formal definitions of the two categories are given. For a reader trying to compare Absa with another bank, that is a limitation: without shared definitions, two banks can report very different totals for similar activity. The regulatory backdrop is tightening around exactly these questions. The report cites the Companies Act and the Banks Act, the JSE's sustainability and climate disclosure guidance, King V corporate governance standards and the UN Global Compact principles. It also points to South Africa's Climate Change Act of 2024, which it says "introduced binding carbon budgets and emissions limits, raising expectations for transparency, governance, and transition readiness across sectors," and to Prudential Authority guidance requiring banks to integrate climate-related risks into governance and risk management. On international standards, the report says the group "considers" IFRS S1 and S2, which is a softer verb than "adopts" or "complies with." As disclosure rules harden, the room for loosely defined sustainable finance totals will narrow. The data gap behind the finance The most interesting passages in the report for a sceptical reader are the ones where Absa explains what it has not been able to do. Sustainable finance is the visible, positive half of a bank's climate story. The other half is the emissions the bank enables through its lending, known as financed emissions, and those are far harder to count. The report is clear that Absa has set a net zero target covering scopes 1, 2 and 3, including financed and own operations, by 2050. Its own operational emissions are down 45 percent against a 2018 baseline, compared with a restated 43.6 percent for 2024, and the report sets a 51 percent reduction target for 2030 on the same baseline. Those operational numbers are, relatively speaking, within the bank's control. Financed emissions are not, and on those the report is candid. It says: "We were unable to initiate interim targets for the transport sector as planned, due to limitations in emissions data availability, industry-wide data challenges, and the absence of clear regulatory guidance." For agriculture, it says that methodology development progressed but that "data constraints prevented completing emissions calculations." It also acknowledges more broadly that "we continue to acknowledge data quality gaps where emissions are indirect and outside the Group's control, while improving our methodologies over time." Baseline work for road transport and real estate advanced during the year, and for oil and gas the bank updated its approach using refined methodologies, while coal sits under a policy framework monitored through a fossil fuel scorecard. The connection to sustainable finance is direct. A bank can mobilise a large amount of capital towards labelled sustainable activity while the carbon intensity of the rest of its loan book remains incompletely measured. The two numbers answer different questions. One tells you how much money has been directed towards climate and social purposes. The other tells you what the whole balance sheet does to the climate. Absa's report is open that it is working harder on the first than it can yet demonstrate on the second, particularly in sectors such as transport and agriculture that are central to African economies. That candour deserves credit, and it should also shape how the headline figure is read. The R53.5 billion is evidence of effort and of delivery against a stated target. It is not, on its own, evidence that the bank's overall lending is on a net zero path. Why it matters: the accountability test Targets are easy to set and hard to hold anyone to. Absa has met its first sustainable finance goal a year early, it has set a much bigger one, and it has published a record annual result. Yet the same report concedes that data gaps stalled its transport targets and that agriculture's emissions could not be completed. For readers, customers and investors, the right way to judge sustainable finance is not by the size of the headline total. It is by what gets measured, verified and disclosed behind it. That means a published cumulative total against the 2030 goal, clear definitions of what counts as climate and social finance, an explicit statement of which figures sit inside the assurance scope, and steady progress on closing the financed emissions gaps. These are the tests that turn a large number into a credible one, and this report gives the public what it needs to start applying them. What to watch next The report sets out how Absa sees the next few years. For 2026, it describes a foundation-building focus: reinforcing core capabilities, exploring customer-centric climate and social solutions, and enhancing digital and ESG data capabilities for transparency and decision-making. It then anticipates "a period where delivery can scale more meaningfully" from 2027 to 2030, with expanded sustainability-linked offerings and stronger impact measurement enabled by digital platforms. The CEO's message adds that "decarbonisation remains a priority, with a focus on customer-led transition delivery." Taken together, that points to a sensible sequence: fix the data, then scale the delivery. The risk is that the sequence slips, and the data fixes arrive after the large volumes have already been booked. The first test comes in the next report. If Absa publishes a cumulative figure, shows the split of its sustainable finance by country and sector, and reports an interim target for transport, it will have gone a long way towards answering the questions this article has raised. If those items are missing again, readers should ask why. For a bank serving 13.1 million customers across a continent where climate vulnerability and development gaps sit side by side, the stakes are not abstract. Sustainable finance can fund the batteries, the housing and the small businesses that a more resilient African economy needs. Whether it does so convincingly will depend less on the next record headline and more on the quality of the evidence that sits behind it.

A group of prominent Polish entrepreneurs has put 500 million zloty (about €114 million) into Synthos Green Energy, the small modular reactor company led by billionaire Michał Sołowow, according to Notes from Poland. The investors include InPost founder Rafał Brzoska, ElevenLabs chief executive Mati Staniszewski, Oshee co-founder Dariusz Gałęzewski, Maspex chief executive Krzysztof Pawiński, Michał Brański of Wirtualna Polska and Michał Wypychewicz of ZPUE. The money arrives alongside 1.35 billion zloty from foreign investors. Together, the two pools secure the company's financing for the next two years, a notable milestone for a technology that is still waiting for its first commercial reactor to come online. Synthos Green Energy plans to deploy BWRX-300 units, which are 300-megawatt, water-cooled reactors, across several locations. In July the company announced plans to build 14 reactors at three sites in the United Kingdom, with a combined capacity of 4.2 gigawatts, enough to potentially meet 11 per cent of that country's demand. In Poland, the company could see as many as 26 reactors across six locations. The first BWRX-300 under construction, in Canada, is expected to reach commercial operation in 2030, which means the design has yet to prove itself at scale. Brzoska described the investment as an investment in Poland's future, arguing that affordable energy is essential for further growth in industry, data centres and artificial intelligence. Sołowow said the investors believed in the concept and the solution. The framing is as much about economic competitiveness as about emissions, and it reflects a broader argument that cheap, reliable power is becoming a strategic asset for any country that wants to host energy-hungry digital industries. The funding does not remove every obstacle. Notes from Poland reports that disagreements between Synthos Green Energy and the state energy giant Orlen have delayed their partnership, and those delays have stalled Poland's small modular reactor deployment plans. In other words, private capital is now ready, but the arrangements needed to turn it into reactors on Polish soil are still unresolved. The company's early emphasis on the UK, where its plans are already specific, suggests that projects abroad may move ahead of those at home unless the dispute is settled. For a country whose power system has long leaned heavily on coal, the question is what replaces it, and how quickly. Small modular reactors are pitched as a firm, low-carbon source that can be built in repeatable units rather than as one-off megaprojects. Whether they deliver on that promise depends on delivery milestones such as the Canadian unit in 2030, on regulatory approval and on the commercial terms of partnerships like the one with Orlen. The investment is a vote of confidence from Polish business, but it is not yet proof that the technology can be built to time and budget. The coming months will show whether the new capital helps resolve the standoff with Orlen or simply funds expansion elsewhere. Either way, the backers have placed a sizeable bet that nuclear power will be part of Poland's energy future. Why it matters The stalled partnership with Orlen shows that money alone does not build an energy system. Two years of secured funding gives Synthos Green Energy room to wait, but Poland's coal-dependent grid cannot wait indefinitely, and the gap between willing investors and a settled national plan is where the country's low-carbon timeline will be won or lost.

Spain has extended its summer wildfire campaign by a month, keeping emergency crews on alert until 31 October after one of the most punishing fire seasons in recent memory. The decision was taken on Tuesday by the Integrated Operational Coordination Centre, the national body that coordinates the response to forest fires, meeting under the Interior Ministry's civil protection directorate. The figures explain why. Since 1 January, Spain has recorded 8,122 forest fires that have burned 275,209 hectares, some 151 per cent above the average of the past decade. Forty-five of those blazes qualified as major fires, the third-highest count in ten years, and together they account for more than 221,000 hectares, around 80 per cent of the total area burned. Twenty-one people have died, compared with eight last year, and 70 have been injured. More than 118,000 people were evacuated as a precaution. The human toll was concentrated in a handful of events. Fifteen people died in the Los Gallardos fire in Almería in July, and a soldier of the military emergencies unit, Sergeant Javier García Sancho, was killed while fighting a blaze in Huesca. On 23 July, fires in Burgohondo in Ávila and Villa del Prado and San Martín de Valdeiglesias in Madrid led Spain to activate, for the first time ever, the highest national emergency level for forest fires, known as Operational Situation 3. That episode alone led to the preventive evacuation of more than 63,000 residents. The response has been large and international. The government deployed some 1,300 members of the military emergencies unit, along with thousands of Civil Guard and National Police officers and dozens of aerial and ground units. Help also arrived from abroad: Greece, Italy, Serbia and Turkey sent aircraft, firefighters and specialised vehicles, Portugal contributed 121 firefighters, and Qatar provided 60 forest agents under bilateral agreements. Virginia Barcones, Spain's Secretary General for Civil Protection, described the season as one of the most demanding in recent years and said the resources would stay in place until the risk falls significantly. She added that the lessons learned would help the national civil protection system face future emergencies with greater experience. The Spanish figures sit within a wider European picture. Satellite data from the European Forest Fire Information System, cited by Spanish media last week, put the country's burned area at close to 300,000 hectares by late September, around 44 per cent of the EU total, with Galicia's fragmented, eucalyptus-dominated forests again at the centre of the debate over prevention. Last year, Spain's burned area was the worst since 1994, which means 2026 is the second consecutive year in which fire has stretched the country's capacity. Why It Matters Spain's decision to keep crews on duty until 31 October shows that the fire season is stretching beyond its traditional calendar, and with it the cost of adaptation. A fire year that burns 151 per cent above the decade average, in a country that had its worst season since 1994 only twelve months ago, is a signal that climate risk is no longer an occasional shock but a recurring planning assumption. For businesses and public bodies alike, resilience spending is becoming a core part of climate action, not an optional extra.