EIRAS · Use Case 17
Operations Efficiency Intelligence
Help client companies reduce resource use and waste by tracking their footprint (ESG / emissions). Log energy, fuel, water and waste; the engine computes emissions by scope, finds where the footprint concentrates, and suggests efficiency actions. Every figure rests on an emission factor anchored to the validation register — so no number reaches a client until the factor it came from is verified.
6 factors · 5 verified · 40 footprint entries
GAB
Scope 1 (direct)
14.365 tCO2e
Scope 2 (purchased energy)
57.802 tCO2e
Scope 3 (value chain)
1.035 tCO2e
Efficiency opportunities
- Reduce grid electricity intensity (79% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (7)
GAB Farms
Scope 1 (direct)
2900.535 tCO2e
Scope 2 (purchased energy)
11.695 tCO2e
Scope 3 (value chain)
523.852 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (84% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Divert waste from landfill (15% of footprint)
Landfilled waste drives avoidable emissions. Options: segregation, recycling, composting organics, and supplier take-back to move up the waste hierarchy.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (7)
External QA Efficiency 2026-07-03T14-31-51-689Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-07-03T14-30-22-335Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-07-03T14-29-06-945Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
Aframso Processing Facility
Scope 1 (direct)
12.06 tCO2e
Scope 2 (purchased energy)
7.225 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (63% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (37% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-06-19T01-34-15-109Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-06-19T01-28-53-382Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-06-19T01-25-54-367Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-06-19T01-07-34-187Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-06-19T00-56-19-050Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
External QA Efficiency 2026-06-19T00-51-25-073Z
Scope 1 (direct)
2.278 tCO2e
Scope 2 (purchased energy)
0.694 tCO2e
Scope 3 (value chain)
0 tCO2e
Efficiency opportunities
- Cut diesel generator / fleet use (77% of footprint)
Significant diesel use. Options: shift generator load to grid or solar-hybrid, right-size gensets, maintenance and load management, and route/idling optimisation for fleet.
- Reduce grid electricity intensity (23% of footprint)
Largest energy draw is purchased grid power. Options: solar PV / hybrid, efficient lighting and motors, power-factor correction, and load scheduling to off-peak. Sub-meter major loads to find waste.
Recommendations are advisory prompts based on where the footprint concentrates; they assert no savings figures.
Entries (2)
Log resource use
Emission factor library
Showing 6 of 6 factors. Verify a factor against its primary source to make figures derived from it client-ready (this also updates the validation register).
Source: DEFRA/DESNZ GHG Conversion Factors 2024 — Fuels: Diesel (100% mineral diesel), litres · re-check by 2026-12-31
Verified against held DEFRA 2024 XLSX (sha256 0228...). 100% mineral basis chosen for Ghana (UK pump bio-blend 2.51279 not applicable). Override to blend if Ghana mandates a bio component.
Source: DEFRA/DESNZ GHG Conversion Factors 2024 — Fuels: Petrol (100% mineral petrol), litres · re-check by 2026-12-31
Verified against held DEFRA 2024 XLSX. 100% mineral basis chosen for Ghana (UK pump bio-blend 2.0844 not applicable).
Source: DEFRA/DESNZ GHG Conversion Factors 2024 — Fuels: LPG, tonnes/1000 (per kg) · re-check by 2026-12-31
Verified against held DEFRA 2024 XLSX. Per-kg basis (2939.36 kgCO2e/tonne ÷ 1000). DEFRA also lists 1.55713/litre.
Source: WAPP CDM standardized baseline ASB0034 (operating margin 0.578 tCO2/MWh), corroborated by IGES Grid EF list v11.7 (2026-03-09) · re-check by 2026-09-30
Operating margin 0.578 kgCO2e/kWh chosen as the Scope-2 location-based proxy (CDM combined margin 0.567 is for additionality, not corporate accounting). Source baseline expired 25 Feb 2024; IGES v11.7 confirms no newer Ghana national grid average. Recheck when Ghana/Energy Commission publishes a national factor.
Source: DEFRA/DESNZ GHG Conversion Factors 2024 — Water supply, cubic metres (Scope 3) · re-check by 2026-12-31
Verified against held DEFRA 2024 XLSX. Corrected from seeded 0.344.
Source: DEFRA/DESNZ GHG Conversion Factors 2024 — Waste disposal: Commercial and industrial waste, landfill, tonnes · re-check by 2026-12-31
Verified against held DEFRA 2024 XLSX. Commercial & industrial waste to landfill. DEFRA waste factors are material/route specific — pick the matching stream for a given client.