Environmental Metrics Research Services

Environmental Data Research for ESG. Niche Expertise. Scalable Data Collection.

  • Coverage across 45+ Metrics, All Major Frameworks
  • 100% Source-Documented, Audit-Ready Datasets
  • Trained Environmental Research Analysts Embedded in Your Workflow
  • For Leading ESG Rating Platforms, Data Providers, and Sustainability Intelligence Firms
Get Your Environmental Data Research Proposal

Success Stories

...it's all about results

ESG Research

ESG Research

Environmental, social, and governance data research and collection with ESG framework mapping

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Environmental Research

Environmental Research

Delivering audit-ready, source-document datasets for a climate risk platform

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ENVIRONMENTAL DATA RESEARCH SERVICES FOR ESG

Your Clients Trust Your Platform — We Deliver the Data Powering It

Structured to Your Schema, with Source Attribution for Every Data Point

If a client challenged a specific carbon intensity figure in your dataset today, could your team trace it back to the exact page of a source document, verify the unit conversion, and justify the framework mapping in under five minutes? For most ESG rating agencies and data providers, the honest answer is "no." The bottleneck isn't the data—it's a research process that wasn't built for this level of granular scrutiny at scale.

Ours is.

SunTec India acts as the research back-end for global rating leaders. Our environmental metrics research services specialize in "hard-to-extract" environmental data collection, transforming messy sustainability reports, CDP filings, and fragmented regulatory disclosures into structured, schema-ready intelligence.

Data is delivered, mapped directly to your internal database structure for immediate, zero-friction ingestion.

Specialized analysts interpret "nuanced" environmental data in complex PDFs that standard scrapers overlook.

Every metric includes a complete lineage—from source document and page number to the specific conversion methodology used.

Native expertise in evolving regulations ensures your datasets remain compliant with SFDR, CSRD, and local reporting mandates.

What You Get: Clean, Validated Environmental Datasets

Accurate

SME-validated data with source documentation

Ready-to-Use

Standardized formats that plug directly into your models

Framework-Compliant

Mapped to major ESG standards for regulatory readiness

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OUR ENVIRONMENTAL RESEARCH SERVICES FOR ESG

Engineering Clean Datasets for High-Stakes ESG Models

Our environmental research services serve as your front-line defense against data inconsistency, protecting your platform and brand from the reputational risks of “black-box” data and greenwashing. From validating the "Reasonableness" of disclosures by performing logical consistency checks to solving the "Unstructured Data" problem by extracting both hard metrics and contextual narrative, our environmental metrics data research services go beyond what a company reports to reveal the operational reality of what they actually do, strengthening the reporting and scoring based on that data.

Environmental Data Research & Verification

  • Cross-reference sustainability report claims against regulatory filings, CDP responses, and prior-year disclosures to surface discrepancies in reported environmental metrics
  • Flag statistically improbable changes — such as a 60% emissions reduction in a single year without corresponding operational shifts — for analyst review
  • Identify disclosure gaps across Scope 1, 2, and 3 emissions, energy, water, and waste metrics by applying contextual judgment
  • Detect inconsistencies between stated environmental commitments (net-zero pledges, renewable energy targets) and actual reported performance data

Environmental Data Collection

  • Extract quantitative environmental metrics (GHG emissions, energy consumption, water withdrawal) and qualitative disclosures (climate policies, biodiversity commitments) from sustainability reports, annual filings, CDP questionnaires, and regulatory submissions
  • Standardize extracted data into consistent units (tCO2e, MWh, cubic meters), timeframes, and category definitions to enable cross-company and cross-sector comparability
  • Collect environmental data from non-English disclosures, with translation-related ambiguities documented in analyst notes
  • Deliver organized, schema-ready datasets with an audit trail that your platform can ingest directly

Environmental Data Calculation & Estimation

  • Where companies report partially (three Scope 3 categories out of fifteen, energy consumption without a renewables breakdown), we build the missing figures using their reported data as the starting point and sector-appropriate estimation approaches
  • For companies that disclose little or nothing, we construct reasonable estimates from sector averages, peer comparisons, regional emission factors, and alternative signals such as facility data or production volumes
  • Every derived number ships with a methodology note explaining what was calculated, what inputs were used, and what assumptions were made
  • Standardize units and formats across the full datasets

Environmental Exposure Research

  • Research company involvement across environmental risk categories, such as fossil fuels (coal, oil, gas, shale, oil sands, Arctic drilling)
  • Quantify exposure as a percentage of revenue where the data supports it
  • Binary flags (Involved or Not Involved) for cases where revenue quantification is not possible, determined from operational evidence and disclosure analysis
  • Controversy monitoring with companies classified as either a Producer (directly operates, extracts, or manufactures) or a Participant (supplies, distributes, finances, or otherwise enables the activity)
  • Confidence scoring for each exposure figure: Exact Revenue (as reported), Best Estimate (as derived), and Tentative (suspected involvement)

ENVIRONMENTAL DATA RESEARCH SERVICES FOR ESG: PROCESS

How We Turn Corporate Disclosures into Platform-Ready Environmental Data

In a market defined by increased scrutiny and evolving mandates, the provenance of your data is your greatest asset. Our environmental metric research service is built on a foundation of absolute transparency. By stripping away reporting noise, reconciling conflicting claims, and validating everything twice, our team turns fragmented corporate narratives into a high-performance data asset.

01

Environmental Data Sourcing & Extraction

We systematically extract quantitative environmental metrics and qualitative climate policies from sustainability reports, CDP responses, and regulatory disclosures. This fragmented data is transformed into a structured, unified environmental dataset tailored to your schema.

02

Cross-Source Data Verification

Our analysts cross-reference environmental claims against multiple sources, such as EPA/EEA databases, NGO databases, and SEC filings, to identify reporting discrepancies. We filter out exaggerations and greenwashing indicators, ensuring that the stated goals align with documented operational facts.

03

Data Standardization & Unit Conversion

We normalize environmental metrics into comparable units (tCO2e, MWh, m³). We calculate and normalize intensity ratios (like water per production unit) where required, with consistent organizational boundary (Scope 1, 2, and 3) definitions applied across the dataset.

04

Data Validation by Experts

Domain specialists review every flagged data point against the company's operational profile, prior-year trends, and industry benchmarks. Where disclosures are ambiguous or reporting language is non-standard, analysts apply contextual judgment and document their interpretation in the audit notes.

05

Framework Mapping & Compliance Tagging

Each environmental data point is tagged to the specific framework disclosure it satisfies — CSRD, ESRS E1 through E5, GRI 301–308, SASB sector-specific metrics, ISSB/IFRS S2, CDP, or your proprietary taxonomy to ensure your data is natively compliant.

06

Audit-Ready Environmental Data Delivery

Final environmental datasets are delivered with source evidence attached to every data point, methodology documentation for all derived metrics, and a complete verification trail, in a standardized format of your choice (JSON, CSV, XML, or direct API integration into your systems).

WHO WE HELP

Environmental Metrics Research Services for Organizations that Produce ESG Intelligence

Our ESG data collection company serves as the research backbone behind client platforms that create the ratings, scores, benchmarks, and analytics the market relies on.

ESG Rating Agencies & Scoring Firms

Expand company and geographic coverage without compromising the research rigor your scoring integrity depends on. Our analysts work within your methodologies, taxonomies, and quality thresholds.

Third-Party ESG Data Providers

Get environmental data at scale for the asset managers, banks, and insurers you serve. We handle the labor-intensive research, environmental ESG data collection, and standardization, so your team can focus on product development and client delivery.

Sustainability Tech & Disclosure Platforms

Power your automated reporting and analytics tools with framework-aligned data. With ESG data research outsourcing, you get the structured, validated inputs your platform needs to generate credible outputs.

Climate Risk Assessment Firms

Build specialized datasets around emissions, physical risk, or transition risk with ESG information research services calibrated to the granularity your models demand.

ENVIRONMENTAL ESG DATA COLLECTION SERVICES: METRICS COVERAGE

Which Environmental Metrics Do We Collect

Whether your models assess physical risk, transition risk, or carbon exposure, the outputs depend on granular, source-verified environmental data. We deliver the underlying datasets with the metrics you need—emissions, energy, water, waste, and land use—at the level of detail your models require.

Energy Consumption, Efficiency & Renewable Energy Metrics
  • Total Energy: Total energy consumed across all operations.
  • Direct & Indirect Energy: Energy from owned or controlled sources and purchased energy.
  • Renewable Energy Production: Renewable energy generated on-site.
  • Renewable Energy Purchase: Purchased renewable energy volumes.
  • Renewable Energy Consumption: Total renewable energy utilized.
  • Renewable Energy Consumption %: Percentage of total energy sourced from renewables.
  • Energy Reduction Policy: Policies for energy reduction.
  • Energy Efficiency Policy: Policies for efficient energy use.
  • Energy Target Policy: Formal targets for energy reduction and efficiency.
Carbon Footprint and GHG Emissions Metrics
  • Scope 1 Emissions: Direct GHG emissions from owned or controlled sources.
  • Scope 2 Emissions: Indirect GHG emissions from purchased electricity, heating, and cooling.
    • Location-Based Method: Emissions calculated using average grid emission factors based on the region
    • Market-Based Method: Emissions calculated using specific supplier or contractual emission factors
  • Scope 3 Emissions: Total indirect emissions across the value chain, covering all 15 categories (upstream and downstream), like:
    • Upstream Emissions: Purchased goods and services, capital goods, Fuel and energy-related activities (not included in scope 1 or scope 2), upstream transportation and distribution, waste generated in operations, business travel, employee commuting, upstream leased assets
    • Downstream Emissions: Downstream transportation and distribution, processing of sold products, use of sold products, end-of-life treatment of sold products, downstream leased assets, franchises, investments
  • Scope 3 Categories Data: Classification of Scope 3 emissions by category with specific values for each (e.g., purchased goods, transportation, product end-of-life).
  • Carbon Reduction: Documented carbon reduction initiatives.
  • Net-zero Statement & Policy: Formal statements and policies on achieving net-zero emissions.
  • GHG Policy: Policies related to greenhouse gas management.
  • GHG Target: Official targets for GHG reduction.
Waste Management and Circular Economy Metrics
  • Hazardous Waste: Chemical, toxic, and regulated waste types.
  • Non-Hazardous Waste: General, organic, and construction waste types.
  • Radioactive Waste: Nuclear, medical, and industrial radioactive materials.
  • Waste-rock (Tailings & Ash): Waste by-products from industrial processes.
  • Recycling Waste: Waste that is recycled or reused.
  • Waste Reduction Policy: Policies for minimizing waste generation.
  • Circular Economy Practices: Adoption of circular economy principles.
Air & Water Quality Management Metrics
  • Nitrogen Oxides (NOx): Emissions from combustion and transportation processes.
  • Sulfur Oxides (SOx): Emissions from fuel combustion and industrial operations.
  • Volatile Organic Compounds (VOCs): Chemical emissions from solvents, paints, and industrial processes.
  • Non-Methane Volatile Organic Compounds (NMVOCs): VOCs excluding methane.
  • Particulate Matter (PM2.5 & PM10): Fine and coarse particulate emissions.
  • PRTR Substances: Pollutant releases per national pollutant registers.
  • Water Discharge: Treated and untreated water returned to the environment.
  • Water Treatment Performance: Efficiency of wastewater treatment facilities.
  • Pollution Prevention Policies: Policies controlling air and water pollution.
  • Water Pollutants: Indicators such as COD, BOD, TOC, nitrates, phosphates, and related contaminants.
Water Efficiency & Conservation Policies
  • Water Consumption: Net water usage after discharge and recycling.
  • Water Withdrawal: Water extracted from municipal, groundwater, and surface sources.
  • Water Discharge: Water returned to the environment.
  • Water Recycling: Water reuse and recovery processes.
  • Policy on Water Efficiency: Policies improving water efficiency.
  • Policy on Water Reduction: Policies for reducing water use.
  • Policy on Water Technology: Policies related to water-saving technologies.
Environmental Policies, Governance, and Sustainability Targets
  • Net-zero Policy: Organizational net-zero carbon commitments.
  • Water Technology Policy: Policies for water-saving technologies.
  • Water Efficiency Policy: Policies promoting efficient water use.
  • GHG Reduction Policy: Policies for reducing greenhouse gases.
  • Energy Efficiency Policy: Policies targeting energy efficiency.
  • Waste Reduction Policy: Policies minimizing waste generation.
  • Biodiversity Policy: Policies protecting biodiversity.
  • Supply Chain Management Policy: Sustainability policies for suppliers.
Data Collection for Production & Sales
  • Cement Production & Sales: Cement volumes produced and sold.
  • Cementitious Products: Production of cementitious materials excluding purchased clinker.
  • Clinker Production: Clinker produced in-house for cement manufacturing.
  • Steel Production & Sales: Volumes of steel produced and sold across reporting periods.
Financial Sector Environmental Integration
  • Funds under Management / AUM: Total assets managed with ESG integration.
  • Green & Sustainable Investments: Allocation to sustainable investment categories.
  • ESG Screening & Exclusion Policies: Policies for ESG screening and exclusions.
  • Climate Change Mitigation & Adaptation: Strategies addressing climate impact.
  • Preservation of Biodiversity: Initiatives for biodiversity protection.
  • Pollution Prevention: Policies preventing environmental pollution.
  • Circular Economy Practices: Policies supporting circular economy principles.
Natural Catastrophes / Monetary Losses
  • Insurance Payouts: Payments for insured natural catastrophe events.
  • Claims from Natural Catastrophes: Claims incurred due to natural disasters.
  • Total Energy: Total energy consumed across all operations.
  • Direct & Indirect Energy: Energy from owned or controlled sources and purchased energy.
  • Renewable Energy Production: Renewable energy generated on-site.
  • Renewable Energy Purchase: Purchased renewable energy volumes.
  • Renewable Energy Consumption: Total renewable energy utilized.
  • Renewable Energy Consumption %: Percentage of total energy sourced from renewables.
  • Energy Reduction Policy: Policies for energy reduction.
  • Energy Efficiency Policy: Policies for efficient energy use.
  • Energy Target Policy: Formal targets for energy reduction and efficiency.
  • Scope 1 Emissions: Direct GHG emissions from owned or controlled sources.
  • Scope 2 Emissions: Indirect GHG emissions from purchased electricity, heating, and cooling.
    • Location-Based Method: Emissions calculated using average grid emission factors based on the region
    • Market-Based Method: Emissions calculated using specific supplier or contractual emission factors
  • Scope 3 Emissions: Total indirect emissions across the value chain, covering all 15 categories (upstream and downstream), like:
    • Upstream Emissions: Purchased goods and services, capital goods, Fuel and energy-related activities (not included in scope 1 or scope 2), upstream transportation and distribution, waste generated in operations, business travel, employee commuting, upstream leased assets
    • Downstream Emissions: Downstream transportation and distribution, processing of sold products, use of sold products, end-of-life treatment of sold products, downstream leased assets, franchises, investments
  • Scope 3 Categories Data: Classification of Scope 3 emissions by category with specific values for each (e.g., purchased goods, transportation, product end-of-life).
  • Carbon Reduction: Documented carbon reduction initiatives.
  • Net-zero Statement & Policy: Formal statements and policies on achieving net-zero emissions.
  • GHG Policy: Policies related to greenhouse gas management.
  • GHG Target: Official targets for GHG reduction.
  • Hazardous Waste: Chemical, toxic, and regulated waste types.
  • Non-Hazardous Waste: General, organic, and construction waste types.
  • Radioactive Waste: Nuclear, medical, and industrial radioactive materials.
  • Waste-rock (Tailings & Ash): Waste by-products from industrial processes.
  • Recycling Waste: Waste that is recycled or reused.
  • Waste Reduction Policy: Policies for minimizing waste generation.
  • Circular Economy Practices: Adoption of circular economy principles.
  • Nitrogen Oxides (NOx): Emissions from combustion and transportation processes.
  • Sulfur Oxides (SOx): Emissions from fuel combustion and industrial operations.
  • Volatile Organic Compounds (VOCs): Chemical emissions from solvents, paints, and industrial processes.
  • Non-Methane Volatile Organic Compounds (NMVOCs): VOCs excluding methane.
  • Particulate Matter (PM2.5 & PM10): Fine and coarse particulate emissions.
  • PRTR Substances: Pollutant releases per national pollutant registers.
  • Water Discharge: Treated and untreated water returned to the environment.
  • Water Treatment Performance: Efficiency of wastewater treatment facilities.
  • Pollution Prevention Policies: Policies controlling air and water pollution.
  • Water Pollutants: Indicators such as COD, BOD, TOC, nitrates, phosphates, and related contaminants.
  • Water Consumption: Net water usage after discharge and recycling.
  • Water Withdrawal: Water extracted from municipal, groundwater, and surface sources.
  • Water Discharge: Water returned to the environment.
  • Water Recycling: Water reuse and recovery processes.
  • Policy on Water Efficiency: Policies improving water efficiency.
  • Policy on Water Reduction: Policies for reducing water use.
  • Policy on Water Technology: Policies related to water-saving technologies.
  • Net-zero Policy: Organizational net-zero carbon commitments.
  • Water Technology Policy: Policies for water-saving technologies.
  • Water Efficiency Policy: Policies promoting efficient water use.
  • GHG Reduction Policy: Policies for reducing greenhouse gases.
  • Energy Efficiency Policy: Policies targeting energy efficiency.
  • Waste Reduction Policy: Policies minimizing waste generation.
  • Biodiversity Policy: Policies protecting biodiversity.
  • Supply Chain Management Policy: Sustainability policies for suppliers.
  • Cement Production & Sales: Cement volumes produced and sold.
  • Cementitious Products: Production of cementitious materials excluding purchased clinker.
  • Clinker Production: Clinker produced in-house for cement manufacturing.
  • Steel Production & Sales: Volumes of steel produced and sold across reporting periods.
  • Funds under Management / AUM: Total assets managed with ESG integration.
  • Green & Sustainable Investments: Allocation to sustainable investment categories.
  • ESG Screening & Exclusion Policies: Policies for ESG screening and exclusions.
  • Climate Change Mitigation & Adaptation: Strategies addressing climate impact.
  • Preservation of Biodiversity: Initiatives for biodiversity protection.
  • Pollution Prevention: Policies preventing environmental pollution.
  • Circular Economy Practices: Policies supporting circular economy principles.
  • Insurance Payouts: Payments for insured natural catastrophe events.
  • Claims from Natural Catastrophes: Claims incurred due to natural disasters.

Security and Compliance

Your data security is our priority

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transmission

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ENVIRONMENTAL METRICS: FRAMEWORK COVERAGE

Does Your Platform Require Compliance with a Specific Disclosure Framework?

Every dataset we deliver is mapped to the disclosure standards your platform needs to support, whether that's a single/multiple frameworks or a custom taxonomy built around your scoring methodology.

CSRD (Corporate Sustainability Reporting Directive – ESRS E1–E5)

  • GHG Emissions (Scope 1, 2, 3)
  • Energy Consumption & Efficiency
  • Water Use & Wastewater
  • Biodiversity & Land Use
  • Pollution & Circular Economy Practices

GRI (Global Reporting Initiative, 302–308 Environmental Standards)

  • Energy Consumption
  • Emissions (Scope 1, 2, 3)
  • Water & Effluents
  • Biodiversity
  • Waste Management
  • Environmental Compliance
  • Supplier Environmental Assessment

SEC Climate Disclosure Rules

  • Scope 1 & Scope 2 Emissions
  • Physical & Transition Climate Risks

SASB (Sustainability Accounting Standards Board)

  • Sector-Specific Energy, Emissions & Water Metrics
  • Climate & Environmental Risk

TCFD (Task Force on Climate-related Financial Disclosures)

  • Governance & Risk oversight
  • Strategy & Scenario Analysis
  • Risk Management & Mitigation
  • Metrics & Targets for Climate

ESRS (European Sustainability Reporting Standards – Environmental Disclosures)

  • Greenhouse Gas Inventory
  • Energy Management
  • Water & Marine Resources
  • Biodiversity Impacts
  • Pollution Control & Waste Management

ISSB (International Sustainability Standards Board – IFRS S2 Climate)

  • Enterprise Value Impacts of Climate Risks & Opportunities

EU Taxonomy

  • Environmental Objectives (Climate Mitigation, Climate Adaptation, Water, Circular Economy, Pollution, Biodiversity)

CDP (Carbon Disclosure Project)

  • Carbon Footprint Analysis (Scope 1, 2, 3)
  • Energy & Emissions Reduction Initiatives
  • Water & Wastewater Management

CROSS-INDUSTRY DATA SUPPORT

Environmental Metrics Research Services across Every Major Sector

From carbon-intensive industrial sectors with dense emissions reporting to financial services where exposure data is buried across complex holdings disclosures, our ESG data research methodology adjusts to the specific environmental materiality profile of each sector.

  • Energy & Utilities
  • Oil & Gas
  • Chemicals
  • Finance & Banking
  • Real Estate
  • Mining & Metals
  • Manufacturing
  • Transportation & Logistics
  • Insurance
  • Technology
  • Telecommunications
  • Healthcare & Pharma
  • Retail & Consumer Goods
  • Food & Agriculture
  • Tourism & Hospitality

CLIENT SUCCESS STORIES

It's all about results.

Supporting the Market’s Leading ESG Intelligence Firms with Reliable Environmental Data

Here’s how our environmental metrics research methodology and ESG data management services perform under real-world conditions, timelines, and scale requirements.

ESG data research and management services

Environmental, social, and governance data collection, with cross-pillar verification, metric calculation, and multi-framework mapping.

8000+

Companies Covered

800,000+

Data Points Processed

100%

Source-Documented Data
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Environmental Research Data Collection

Delivering audit-ready, source-documented datasets for a North American investment consulting firm's proprietary climate risk platform.

6000+

Companies
Covered

250k+

Environmental Data Points Processed

100%

Source-Documented
Data
Read More

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WHAT SETS US APART

Environmental Data Research Services Built on Two Decades of Data Expertise

We’ve spent 25+ years building the data infrastructure, quality systems, and delivery methodology that make this work possible at scale. Multilingual research teams, dedicated delivery units across time zones, and a quality framework refined across thousands of engagements — all of it is why our Environmental research services operate at the accuracy, speed, and coverage levels they do.

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Featured by Gartner among Top Global Data Validation and Enrichment Vendors

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Among the Top 10% Service Providers on Clutch

OA500 2025

Among the Top 500 Global Outsourcing Providers

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Recognized as the Global Leader for Data Services

CONTACT US

See the Data Before You Decide

Send us the environmental metrics that consume the most analyst time on your team. We'll show you what the same output looks like when it comes back source-documented, framework-mapped, and audit-ready.

FAQ - Frequently Asked Questions

Environmental Metrics Research Services

AI extraction works well for structured, standardized data. Environmental disclosures are neither. A single company's sustainability report might define Scope 3 boundaries differently than its CDP response, report energy in different units across sections, or bury a methodology change in a footnote on page 94. Frameworks like CSRD, GRI, SASB, and ISSB coexist, overlap, and sometimes contradict each other — and companies choose what to report against, how granularly, and in what format. Our environmental metrics research services exist because this level of fragmentation requires trained analysts who can interpret context, reconcile conflicts, and deliver datasets that are genuinely comparable across companies.

ESG data vendors sell access to a prebuilt database with fixed coverage, methodology, and update cycles. Our environmental data research services for ESG work differently. We conduct bespoke research using your company list, metric definitions, framework requirements, and proprietary schema. Data is collected fresh for each engagement and delivered exclusively to your team.

Yes. Our environmental metrics research services operate entirely behind your brand. Your clients see your platform, your data, and your methodology while we work within your proprietary taxonomies and quality thresholds, delivering datasets that appear native to your platform. This allows you to scale your coverage across thousands of global entities without the overhead of hiring and training an in-house environmental research team.

Yes. CSRD environmental data outsourcing is one of our most requested specializations. Our analysts are trained in the specific requirements of ESRS E1 through E5, ensuring that your datasets are natively compliant with European mandates. We also map data to GRI, SASB, and ISSB (IFRS S2) standards, allowing you to offer your clients cross-framework interoperability.

We source environmental metrics from alternative publicly available channels: environmental permits, regulatory filings, EPA and EEA databases, NGO assessments, litigation records, supply chain disclosures, and facility-level production data. Where direct metrics are unavailable, our environmental ESG data collection process applies documented estimation methodologies using sector averages, peer benchmarks, and regional emission factors. Every estimated figure is explicitly flagged and distinguished from as-reported data, so your platform can weigh it accordingly.

Yes. Scope 3 is where most environmental data pipelines break down, because companies report selectively — three categories out of fifteen, or upstream only, or partial downstream. As a specialized Scope 3 data provider, we extract whatever a company does report, then build out the remaining categories using their disclosed data as the baseline and sector-appropriate estimation models for the gaps. Every category is delivered with a clear label: as-reported, estimated, or not available — with methodology notes attached to every derived figure.

Turnaround depends on coverage scope, metric breadth, and framework complexity. We scope timelines during initial engagement based on your specific requirements. For time-sensitive deliveries — regulatory deadlines, client commitments, index rebalancing cycles — we can compress delivery by deploying additional analyst capacity from our environmental research team.

Yes. Our environmental ESG data provider workflow supports delivery in JSON, CSV, XML, or via direct API integration — formatted to match your platform's schema and field structure.

Yes. Beyond environmental metrics data research services, SunTec India offers AI training data services, including data annotation, LLM fine-tuning, data preprocessing, and human-in-the-loop model validation. We can produce structured, analyst-verified environmental training datasets and collaborate with your team to define labeling schemas calibrated to your model's requirements. As an ESG data collection company with both domain expertise and AI data capabilities, we can support the full pipeline from raw environmental research to model-ready training data.

Our ESG research company offers an engagement model to minimize your team's involvement. After initial scope and framework alignment, most clients dedicate roughly one touchpoint per week — typically a progress review or quality check. We manage the research workflow independently, so your team's involvement is limited to strategic decisions and periodic reviews, not day-to-day oversight.

We offer flexible engagement models — one-time research projects, ongoing project-based engagements, or a dedicated research team embedded in your workflow — tailored to your coverage scope, metric requirements, and delivery timelines.