Your ESG data.
Structured at source.
Guided input for every emission source, every energy meter, every water point, every waste stream — validated at entry, traceable by design.
Carbon · Energy · Water · Waste · All in one system
Scope 1 — Direct Emissions
All four GHG Protocol Scope 1 categories.
Manufacturing-specific templates for every Scope 1 source category. Emission factors pre-loaded. Guidance embedded. Data entry structured for audit.
Stationary Combustion
Boilers, furnaces, kilns, generators — fuel burned on-site for heat or power.
Required inputs
Example: Natural gas boiler: 4,280 GJ → 236 tCO₂e
Mobile Combustion
Company-owned vehicles, forklifts, internal transport — fuel burned in owned fleet.
Required inputs
Example: Diesel trucks: 18,400 L → 49 tCO₂e
Fugitive Emissions
Refrigerant leaks, SF₆ from electrical equipment, methane from wastewater.
Required inputs
Example: R-22 refrigerant: 12 kg leak → 26 tCO₂e
Process Emissions
Emissions from industrial chemical reactions, calcination, sector-specific processes.
Required inputs
Example: Textile sector-specific IPCC process factors
Scope 2 — Indirect Energy Emissions
Purchased electricity and thermal energy.
Location-based method using India state-level CEA grid emission factors. Market-based method support in roadmap.
Purchased Electricity
Grid electricity at all facilities. Location-based using India state CEA factors.
Example: Maharashtra grid: 2,840,000 kWh → 892 tCO₂e
Purchased Heat & Steam
Externally supplied thermal energy — district heating, steam from co-generation.
Example: District steam: 480 GJ → 34 tCO₂e
ESG Data Collection
Beyond carbon — the complete environmental picture.
Your sustainability obligations extend beyond GHG emissions. BRSR, GRI, and ESG investors require visibility into energy, water, and waste. The same structured approach applies to all ESG data.
Energy Management
LiveMonthly consumption by facility, fuel type, and energy carrier. Renewable energy tracked separately.
Water & Effluents
LiveWater withdrawal by source, discharge by destination, water intensity metrics for risk assessment.
Waste & Circular Economy
LiveWaste generation by type, disposal methods, recycling rates, and circular material flows.
Labour & Social Data
Q3 2026Employee health, safety, DEI metrics — same structured collection approach. Coming with Social module Q3 2026.
Data Quality
Audit-grade data — not just storage.
Raw data entry is where most carbon inventories break down. Sustaineve enforces structure, completeness, and traceability at the collection stage.
Guided input, not blank forms
Every field shows what to enter, which unit to use, and where to find the data in your operations records.
Multi-facility support
Add multiple plants, warehouses, and offices. Consolidate at group level or report per facility.
Source-to-calculation traceability
Every data point stored with timestamp, user, and the emission calculation it feeds. Full chain.
Period-based data management
Organise by financial or calendar year. Compare FY 2023–24 vs FY 2024–25 side by side.
Missing data flags
Platform flags incomplete source coverage before calculation runs — no silent inventory gaps.
CSV import from records
Paste or upload from utility bills, fuel purchase records, or energy audit exports.
Full ESG Data Scope
All ESG data types. One structured platform.
Scope 1 & 2 emissions are the starting point. The same platform collects energy, water, and waste data — every metric your compliance frameworks require.
Energy Management
LiveMonthly consumption by facility, fuel type, renewable split.
Water & Effluents
LiveWithdrawal by source, discharge by destination, water intensity.
Waste & Circular
LiveBy type, disposal method, recycling rates — BRSR waste disclosures auto-generated.
Labour & Social Data
Q3 2026Coming Q3 2026 — same structured approach for Social disclosures.
Structure your ESG data — start with a 30-minute session.
See how data collection works for your specific facility type and compliance requirements.
No sales pressure. Your compliance situation, our genuine analysis.