What Is ESG for Business: An Engineering Guide to Double Materiality, CSRD/ESRS Non-Financial Reporting, and Accredited ISO Standards

When a plant director or export manager asks what ESG for business actually means on the ground, the trigger is almost always commercial. An international buyer drops a forty-page supplier questionnaire into your inbox, or a bank adds an environmental and social risk schedule to your credit renewal. ESG stands for the three operational dimensions used to evaluate a company's non-financial performance and risk profile: Environmental (climate impact, emissions, resource efficiency, and biodiversity), Social (occupational health and safety, labor conditions, supply chain rights, and product safety), and Governance (corporate management controls, business ethics, traceability, and data integrity).

The acronym first appeared in 2004 in "Who Cares Wins," a financial industry report backed by the Ten Principles of the UN Global Compact. Back then, portfolio analysts on stock exchanges were the primary audience. Fast forward to 2026, and the European Green Deal, the Corporate Sustainability Reporting Directive (CSRD), and the Carbon Border Adjustment Mechanism (CBAM) have turned ESG into a strict engineering and supply-chain discipline. If you manufacture metal components, process oilseeds, run grain elevators, produce packaging, or operate logistics fleets for European clients, you're already inside this regulatory perimeter.

Here's the thing most introductory guides won't tell you. There's no such thing as a single "ESG certificate," and glossy slides about planting trees or sponsoring local events won't pass an EU procurement audit. European compliance officers and bank risk engineers don't audit intentions; they audit management systems, primary meter readings, calibration records, and corrective action logs. Every number you put into a sustainability questionnaire needs a documented trail back to a source record.

In practice, industrial companies build their ESG compliance architecture on accredited international management standards. You use ISO 14001, ISO 50001, and ISCC to run the Environmental pillar; ISO 45001 and FSSC 22000 to control the Social pillar; and ISO 9001, ISO 37001, ISO/IEC 27001, and ISO/IEC 17025 to lock down Governance and measurement reliability. At Ekontrol, we help Ukrainian exporters and B2B suppliers translate high-level European sustainability mandates into working shop-floor procedures that pass third-party verification.

Writing standalone sustainability policies that sit in a drawer until the next customer audit wastes both time and budget. Instead, experienced quality and environmental engineers map each ESG pillar directly to clauses in ISO management system standards (which share a unified Harmonized Structure) and the European Sustainability Reporting Standards (ESRS). Once your plant runs an integrated management system, roughly 70% to 80% of the primary evidence required for ESRS disclosures or EcoVadis assessments is generated automatically during routine operations.

Under the European reporting architecture, the environmental dimension is divided into five topical standards: ESRS E1 (Climate Change), ESRS E2 (Pollution of air, water, and soil), ESRS E3 (Water and Marine Resources), ESRS E4 (Biodiversity and Ecosystems), and ESRS E5 (Resource Use and Circular Economy). For a manufacturing facility, an environmental management system certified to ISO 14001 is the primary control mechanism for these five topics.

Clause 6.1.2 of ISO 14001 requires your engineering team to identify all environmental aspects of your activities, products, and services across their life cycle, and to score their significance using objective criteria (severity, frequency, legal thresholds, and stakeholder sensitivity). Your Environmental Aspects Register feeds directly into ESRS E2, E3, and E5 disclosures: it tracks point-source air emissions permits, water withdrawal limits, chemical oxygen demand (COD) and biological oxygen demand (BOD) in wastewater discharges, and hazardous waste transfers by national waste classification codes.

For ESRS E1 (Climate Change), auditors expect systematic energy tracking and greenhouse gas inventories. ISO 50001 provides the organizational structure for energy baselines, Energy Performance Indicators (EnPIs), and sub-metering of high-consumption equipment, while carbon accounting follows the GHG Protocol Corporate Standard across Scope 1 (direct fuel and refrigerant emissions), Scope 2 (purchased electricity, steam, and heat), and Scope 3 (upstream and downstream value chain emissions).

If you operate in agribusiness, grain trading, oilseed crushing, biomethane, wood pellets, or chemical and plastic recycling, your E-pillar compliance also depends on EU Renewable Energy Directive (RED III) sustainability schemes. Certification under ISCC (ISCC EU for biofuel and bioenergy supply chains entering the EU, and ISCC PLUS for bio-based and circular plastics, chemicals, and food ingredients), REDcert, KZR INiG, or 2BSvs enforces strict mass-balance traceability back to the exact farm plot (verified via GPS polygons). Auditors verify that no raw material originates from land deforested or drained from peatlands after January 1, 2008 (directly satisfying ESRS E4 biodiversity rules) and check lot-specific greenhouse gas intensity calculations expressed in grams of CO2 equivalent per megajoule ($g\text{ CO}_2\text{eq/MJ}$). For primary crop and fruit/vegetable producers, soil health, integrated pest management, and water stewardship are audited under GLOBALG.A.P..

The ESRS social framework covers four distinct groups: ESRS S1 (Own Workforce), ESRS S2 (Workers in the Value Chain), ESRS S3 (Affected Communities), and ESRS S4 (Consumers and End-Users). When international buyers or development banks evaluate your factory under ESRS S1 and S2, occupational health and safety takes center stage. That's where an occupational health and safety management system certified to ISO 45001 provides verifiable proof.

Clause 6.1.2 of ISO 45001 mandates ongoing hazard identification across all routine and non-routine operations (mechanical, electrical, chemical, thermal, noise, vibration, and psychosocial hazards) paired with the strict hierarchy of controls in Clause 8.1.2: elimination, substitution, engineering controls (interlocks, machine guarding, local exhaust ventilation), administrative controls (lockout/tagout LOTO permits, shift rotation), and personal protective equipment (PPE). Just as important, Clause 5.4 of ISO 45001 requires documented consultation and participation of non-managerial workers in risk assessments and incident investigations (Clause 10.2). Those worker committee minutes and near-miss logs give you audit-ready evidence for ESRS S1 social dialogue disclosures, along with standardized injury metrics like Lost Time Injury Frequency Rate (LTIFR) and Total Recordable Incident Rate (TRIR).

Worth noting: the Social pillar doesn't stop at the factory gate. Under ESRS S4, manufacturers must prove that their products won't harm consumers or end-users. In food processing, edible oil refining, packaging manufacture, and animal feed production, you prove consumer protection through accredited food and feed safety systems: ISO 22000, the GFSI-benchmarked FSSC 22000 scheme (which adds rigorous ISO/TS 22002-1 prerequisite programs, Food Defense threat assessment PAS 96, and Food Fraud vulnerability control), or GMP+ Feed Safety Assurance (FSA). Validated HACCP plans, Critical Control Point (CCP) monitoring logs, and mock product recall drills within a 4-hour window turn ESRS S4 consumer safety from a slogan into a measurable engineering process.

ESRS G1 (Business Conduct) evaluates how a company governs decision-making, manages operational risks, prevents corruption, protects whistleblowers, and vets its suppliers. On an industrial site, your quality management system under ISO 9001 forms the backbone of Governance.

ISO 9001 establishes process ownership and interaction mapping (Clause 4.4), clear organizational roles and authorities (Clause 5.3), risk-based thinking (Clause 6.1), and documented control of externally provided processes, products, and services (Clause 8.4). When a corporate buyer asks how you conduct supply-chain due diligence, your ISO 9001 Clause 8.4 Approved Vendor List (AVL) procedure, upgraded with environmental and labor screening criteria and combined with lot traceability under Clause 8.5.2, provides the exact mechanism auditors want to see. For anti-bribery and business ethics under ESRS G1, companies integrate ISO 37001 (Anti-bribery management systems), which mandates beneficial ownership (UBO) due diligence, gift and hospitality registers, conflict-of-interest declarations, and confidential whistleblowing channels.

Two additional standards complete the Governance architecture: information security and metrological data integrity. Implementing ISO/IEC 27001 protects employee personal data, customer intellectual property, and ERP/SCADA records from cyberattacks or unauthorized tampering. Meanwhile, every physical and chemical figure reported in your ESG disclosures (fuel calorific values, sulfur content, grain moisture, wastewater pollutant concentrations, stack emissions) depends on testing and calibration laboratories operating under ISO/IEC 17025. Without unbroken metrological traceability and documented measurement uncertainty per ISO/IEC 17025, an external assurance auditor can't validate your environmental or carbon numbers.

The methodological foundation of European sustainability reporting under ESRS 1 and ESRS 2 is the Double Materiality Assessment (DMA). Traditional financial accounting only cares about events that affect a company's own balance sheet and income statement. Under the CSRD, however, you must evaluate every sustainability topic across two distinct axes at the same time and consolidate the findings into an IRO Matrix (Impacts, Risks, and Opportunities).

The first axis is Impact Materiality, often called the "inside-out" perspective. Here, your team evaluates the actual and potential, positive and negative impacts of your operations and your upstream/downstream value chain on people and the environment across short-, medium-, and long-term horizons. For negative impacts, severity is scored across three engineering parameters: scale (how grave the impact is, such as toxic effluent discharge or a severe workplace injury), scope (how widespread the damage is, such as the affected river basin area or number of workers exposed), and irremediable character (whether the harm can be reversed through technical remediation). For potential negative impacts, you multiply severity by likelihood, except in human rights and life-safety cases where severity always overrides low probability.

The second axis is Financial Materiality, or the "outside-in" perspective. This assesses how environmental, climate, or social factors create financial risks and commercial opportunities that affect your company's cash flows, cost of capital, asset valuation, or market access. That includes physical climate risks (droughts cutting sunflower yields in southern regions, flooding, or grid blackouts damaging equipment) and transition risks (CBAM carbon border costs on steel, aluminum, cement, or fertilizers exported to the EU; rising fossil fuel tariffs; or losing EU buyers because your facility lacks ISCC or ISO 14001 certification).

A sustainability topic becomes material and requires mandatory disclosure if it crosses the significance threshold on Impact Materiality, Financial Materiality, or both. Here's why companies with functioning ISO 9001, ISO 14001, and ISO 45001 systems have a massive head start: Clause 4.1 (Understanding the organization and its context), Clause 4.2 (Understanding the needs and expectations of interested parties), and Clause 6.1 (Actions to address risks and opportunities) already require you to maintain these exact registries. By merging your ISO 14001 environmental aspects, your ISO 45001 occupational hazard matrices, and your ISO 9001 strategic risk register into one scored matrix with financial impact bands, you build an audit-proof Double Materiality Assessment.

Once your Double Materiality Assessment is complete, you need to select the right reporting standard for your external audience. There isn't a single global rulebook, and picking the wrong framework wastes months of engineering time. In 2026, Ukrainian exporters and industrial producers interact with four primary reporting frameworks.

The GRI Standards (Global Reporting Initiative) remain the most widely recognized voluntary framework for impact reporting worldwide. GRI uses a three-part modular design: Universal Standards (GRI 1 establishes reporting principles, GRI 2 covers general governance and workforce disclosures, and GRI 3 governs material topics), Sector Standards (such as Agriculture, Aquaculture and Fishing), and Topic Standards across the 200 series (Economic, including GRI 205 Anti-corruption), 300 series (Environmental: GRI 302 Energy, GRI 303 Water and Effluents, GRI 305 Emissions, GRI 306 Waste), and 400 series (Social: GRI 403 Occupational Health and Safety). When an international customer or tender board asks for a standalone "Sustainability Report" without specifying EU statutory formats, GRI is your best choice.

The European Union's regulatory framework pairs the Corporate Sustainability Reporting Directive (CSRD) with the European Sustainability Reporting Standards (ESRS). In early 2026, the EU Omnibus I simplification package updated the direct statutory threshold: mandatory CSRD reporting in the EU now applies to large undertakings with more than 1,000 employees and net annual turnover exceeding EUR 450 million. To protect smaller companies in the supply chain from excessive data demands, EFRAG introduced the Voluntary Standard for non-listed Micro, Small, and Medium Enterprises (VSME), which acts as a "value-chain cap" on what CSRD-regulated corporations can legally demand from their suppliers. Even so, large European buyers still have to report Scope 3 emissions and value-chain due diligence, meaning Ukrainian B2B suppliers must be ready to deliver verified data matching the VSME Basic and Comprehensive modules as well as EcoVadis and CDP questionnaires.

Alongside GRI and ESRS, joining the Ten Principles of the UN Global Compact gives a company an internationally recognized public commitment covering human rights, labor standards, environmental protection, and anti-corruption, verified annually through a digital Communication on Progress (CoP). And regardless of whether you report under GRI, ESRS, VSME, or CDP, your underlying greenhouse gas math relies on the GHG Protocol Corporate Standard and ISO 14064-1.

While Ukrainian domestic law doesn't fine a private mid-sized factory for lacking a public sustainability report, the market penalties for ignoring ESG in 2026 are immediate and quantifiable. Pressure arrives through three commercial channels where missing data directly costs you contracts or raises your borrowing rates.

First, global procurement platforms such as EcoVadis, Sedex (SMETA 4-pillar audits), and CDP Supply Chain act as gatekeepers for European tenders. Multinational buyers in food processing, retail packaging, chemicals, automotive components, and pharmaceuticals tie their procurement managers' bonuses to the average ESG score of their supplier base. In an EcoVadis assessment, uploading an unsigned policy document yields minimal points. By contrast, uploading a valid ISO 14001 or ISO 45001 certificate issued by a certification body accredited under the European co-operation for Accreditation (EA) or the National Accreditation Agency of Ukraine (NAAU) automatically secures maximum credit in the management systems and verification modules.

Second, European border regulations have turned carbon and origin tracking into customs requirements. Under the EU Carbon Border Adjustment Mechanism (CBAM), importers of iron, steel, aluminum, cement, fertilizers, and electricity must surrender CBAM certificates matching the embedded emissions of imported goods. If a Ukrainian producer can't supply verified installation-level emissions data, the EU importer is forced to apply punitive default values and will quickly switch to a supplier with verified numbers. Likewise, in agricultural and biofuel exports, lacking an active ISCC or REDcert certificate locks Ukrainian corn, rapeseed, sunflower oil, and pellets out of the premium EU industrial and energy markets.

Third, international financial institutions and commercial banks now price ESG risk into every loan. The European Bank for Reconstruction and Development (EBRD) and the International Finance Corporation (IFC) evaluate every capex project against strict Environmental and Social Performance Requirements (EBRD PR1 to PR10 and IFC PS1 to PS8). Ukrainian partner banks distributing EBRD, World Bank, and EIB credit lines and risk-sharing guarantees must run Environmental and Social Due Diligence (ESDD) on corporate borrowers. When your plant already maintains an ISO 14001 environmental aspects register, tracks ISO 45001 safety metrics, and monitors energy baselines, negotiating your Environmental and Social Action Plan (ESAP) is straightforward, unlocking lower interest rates and investment grants for solar arrays, biomass boilers, and equipment upgrades.

Because environmental and climate metrics make up the largest and most technical part of any customer questionnaire, building your E-pillar on ISO 14001 and the GHG Protocol Corporate Standard delivers the fastest return on effort.

Setting up an audit-ready greenhouse gas inventory requires defining your organizational boundary (operational control or financial control approach) and mapping emission sources across all three scopes:

• Scope 1 (Direct GHG Emissions): stationary combustion of natural gas, coal, diesel, or biomass in boilers, furnaces, kilns, and grain dryers; mobile combustion of diesel, petrol, and LPG in company-owned trucks, forklifts, and agricultural machinery; direct process emissions (such as calcination of carbonates in cement, lime, or glass production); and fugitive emissions of hydrofluorocarbon (HFC) refrigerants (R404A, R410A, R134a) leaking from industrial chillers, cold storage, and air conditioning units. Because synthetic refrigerants have Global Warming Potentials (GWP) thousands of times higher than CO2, even a 10-kilogram refrigerant top-up recorded in a maintenance log adds dozens of tons of CO2 equivalent ($t\text{ CO}_2\text{e}$) to your balance.
• Scope 2 (Indirect Emissions from Purchased Energy): emissions generated off-site to produce the electricity, steam, heating, or cooling your facility buys. Both the GHG Protocol Scope 2 Guidance and ESRS E1 require dual reporting: the location-based method (multiplying megawatt-hours consumed by the average grid emission factor of Ukraine's unified power system) and the market-based method (reflecting supplier-specific emission factors, power purchase agreements, or retired Guarantees of Origin for renewable electricity).
• Scope 3 (Other Indirect Value-Chain Emissions): 15 upstream and downstream categories outside your facility boundary. For manufacturing and agribusiness companies, four categories typically represent over 80% of the Scope 3 footprint: Category 1 (Purchased goods and services, such as raw metals, chemical reagents, fertilizers, and packaging), Category 4 (Upstream transportation and distribution), Category 5 (Waste generated in operations), and Category 11 (Use of sold products).

When a Ukrainian agribusiness, oilseed crusher, or biomethane producer certifies under ISCC (refer to technical guidance on the official ISCC System portal, specifically ISCC EU 205 Greenhouse Gas Emissions), corporate accounting is paired with lot-specific Product Carbon Footprint calculations under RED III. Engineers calculate the sum $E = e_{ec} + e_l + e_p + e_{td} + e_u - e_{sca} - e_{ccs} - e_{ccr}$, tracking cultivation emissions ($e_{ec}$, including field $N_2O$ emissions from synthetic nitrogen fertilizers), land-use carbon stock changes ($e_l$), industrial extraction and processing ($e_p$), and transport to the EU border ($e_{td}$). Integrating these calculations inside your ISO 14001 documented procedures ensures that a single verified dataset feeds both your CSRD/GRI disclosures and the Proof of Sustainability (PoS) declarations accompanying every export shipment.

Once your environmental numbers are in order, customer and bank auditors turn their attention to how you protect workers, consumers, and data integrity. Vague assurances won't survive an on-site walk-through; you need hard operational metrics.

In the Social pillar (S), implementing ISO 45001 moves occupational safety from passive legal paperwork to active hazard engineering and incident tracking. International ESG questionnaires and EBRD performance reports require standardized injury frequency rates calculated per million hours worked:

$$\text{LTIFR} = \frac{\text{Number of Lost Time Injuries (1+ shift absence)} \times 1,000,000}{\text{Total Hours Worked by Employees and On-Site Contractors}}$$

Here's a practical reality check from real audits. If a factory with 350 workers in metal fabrication or grain handling reports "zero injuries, zero micro-injuries, and zero near misses over three years," experienced auditors immediately suspect under-reporting. A mature ISO 45001 system logs dozens of near misses and unsafe conditions every quarter, documents root-cause investigations with shop-floor worker participation (Clause 5.4), and tracks engineering fixes such as installing light curtains, upgrading dust aspiration to prevent ATEX explosive atmospheres, or redesigning loading dock traffic routes. Meanwhile, for food and feed processors, consumer health protection under ESRS S4 is demonstrated through FSSC 22000, ISO 22000, or GMP+, backed by laboratory testing of mycotoxins, heavy metals, pesticide residues, and microbiological pathogens.

In the Governance pillar (G), auditors test supply-chain control and data reliability. Using Clause 8.4 of ISO 9001, your procurement team embeds a Supplier Code of Conduct and ESG pre-qualification questionnaire into vendor onboarding, screening counterparties for forced or child labor, environmental permits, sanctions compliance, and ultimate beneficial ownership (UBO). Confidential whistleblower reports and corporate databases are protected through access controls and encryption under ISO/IEC 27001.

Finally, every physical metric in your ESG report rests on metrological control. Under Clause 7.1.5 of ISO 9001 and ISO/IEC 17025 requirements for testing and calibration laboratories, every truck scale, natural gas flowmeter, electricity meter, stack gas analyzer, and moisture analyzer must hold a valid calibration or statutory verification certificate traceable to national or international measurement standards. If your weighbridges or flowmeters lack valid calibration certificates, an assurance auditor will flag a major data integrity nonconformity.

Building an auditable ESG compliance system and securing accredited ISO or ISCC certifications typically takes between 3 and 9 months for a mid-sized Ukrainian enterprise. To keep your engineering and finance teams focused, Ekontrol structures implementation into five sequential phases.

1. Diagnostic Audit (Gap Analysis) and Stakeholder Requirement Mapping (Weeks 1-3). We start by gathering every ESG questionnaire you've received from EU customers (EcoVadis, CDP, CBAM requests) and banks (EBRD/IFC ESDD forms) and auditing your current shop-floor records. A structured diagnostic audit measures your exact compliance baseline against ISO 14001, ISO 45001, ISO 9001, or ISCC, producing a clear action plan and timeline.
2. Double Materiality Assessment (IRO Matrix) and Policy Architecture (Weeks 4-6). Together with your management team, we score Impact and Financial Materiality to finalize your IRO Matrix. We then draft concise, enforceable governance documents: an Integrated QEHS & Sustainability Policy, Business Ethics and Anti-Corruption Policy, Human Rights & Labor Policy, and Supplier Code of Conduct, assigning named process owners for E, S, and G.
3. Process Implementation and Scope 1-3 Data Engineering (Months 2-4). During full management system implementation, we build your Environmental Aspects Register (ISO 14001), Occupational Hazard & Risk Matrices (ISO 45001), and Approved Vendor List controls (ISO 9001). In parallel, our engineers set up utility and waste tracking logs, verify equipment calibration, and calculate your baseline Scope 1, Scope 2, and relevant Scope 3 greenhouse gas emissions under the GHG Protocol (plus mass-balance and lot GHG math for ISCC).
4. Staff Training, Internal Audit, and Management Review (Month 5). We train your internal audit team to ISO 19011 standards and run cross-departmental audits across production, maintenance, warehouses, and procurement. Every nonconformity is resolved through root-cause Corrective and Preventive Actions (CAPA), followed by a formal Management Review (Clause 9.3) establishing measurable annual targets for carbon intensity and safety.
5. Accredited Certification Audit and ESG Disclosure Submission (Month 6+). Your company completes Stage 1 and Stage 2 external audits with an accredited certification body (in Ukraine, accreditation and conformity assessment operate under the Law of Ukraine "On Technical Regulations and Conformity Assessment" No. 124-VIII, while international certificate validity is verified through IAF CertSearch). With accredited certificates and verified metrics in hand, you submit your EcoVadis/CDP assessments and publish your GRI or VSME/ESRS sustainability report.

Across dozens of industrial and agricultural compliance projects, we repeatedly encounter five engineering mistakes that trigger audit nonconformities, stall bank financing, or expose exporters to greenwashing penalties.

• Writing the sustainability report before building primary data collection. When a marketing team drafts a brochure promising "Net Zero by 2030" without an audited Scope 1 and Scope 2 baseline year or an ISO 50001 energy balance, the very first technical query from a European buyer exposes the claim as hollow. Never publish targets before you've measured your baseline.
• Omitting fugitive refrigerant leaks and backup generators from Scope 1. Many facilities carefully sum up monthly natural gas invoices from boiler houses but forget diesel consumed by backup generators during grid outages, LPG for warehouse forklifts, and HFC refrigerant top-ups in chillers and cold stores. External verifiers immediately flag incomplete operational boundaries.
• Disconnected spreadsheets without metrological traceability. If water withdrawal, waste weights, or fuel consumption numbers live in manual spreadsheets that can't be traced back to accounting ledgers, waste transfer notes, and calibrated meters, auditors raise a nonconformity against documented information control (Clause 7.5) and measurement traceability (Clause 7.1.5).
• Buying unaccredited "desktop" ISO certificates. Trying to save a few weeks by purchasing a cheap ISO 14001 or ISO 9001 certificate from an unaccredited registrar backfires instantly. EU procurement teams verify certificate legitimacy in seconds via NAAU or the global IAF CertSearch database. Submitting a fake or unaccredited certificate scores zero points on environmental management and triggers a red flag in your Governance integrity review.
• Treating ESG as a one-off campaign rather than an ongoing PDCA cycle. Both ISO standards and CSRD/GRI frameworks evaluate year-over-year performance trends. If you stop running internal audits and tracking KPIs the day after your audit, your system stalls before the first annual surveillance visit.

Since 2014, Ekontrol has helped Ukrainian manufacturers, grain exporters, food processors, and industrial enterprises build engineering-grade management systems and pass international certification audits. We don't write decorative PR brochures. Our lead auditors and technical engineers design practical data and process systems that satisfy ISO 14001, ISO 45001, ISO 9001, ISCC, REDcert, FSSC 22000, GMP+, ISO/IEC 27001, and ISO/IEC 17025 requirements under one roof.

We match our involvement to your immediate commercial priority. If an EU customer questionnaire or bank ESDD package just landed on your desk and you need to know where you stand, start with a fast diagnostic audit. When you need to build an integrated management system from scratch, establish Scope 1-3 carbon accounting under the GHG Protocol, or prepare an oilseed crushing plant or elevator for ISCC EU/PLUS certification, our engineers handle turnkey system implementation. During external Stage 1 and Stage 2 audits, we provide hands-on certification audit support to defend your methodology and close findings fast. And to keep your system running smoothly between annual surveillance visits and recurring ESG reporting cycles, we offer ongoing annual management system support.

Reach out to our engineering team via our contact page, share your buyer's ESG questionnaire or tender specification, and we'll map out the fastest path to verified compliance.