ESG & CARBON
Make operational improvement measurable.
ESG begins with how the field operates. ZLSS connects engineering data, AIoT and ESG methodology so energy and carbon improvements can be measured rather than merely claimed.
- Lower energy consumption
- Lower operating cost
- Lower carbon intensity
- Measured ESG improvement
- Stronger asset economics
From the meter
to the asset economics.
Define the measurement boundary, establish an energy baseline and retain traceable operating data. Apply a documented electricity emission factor, normalize for operating conditions and distinguish absolute emissions from emissions per barrel.
Carbon results depend on the electricity supply, production volumes and actual consumption. Electricity-related improvement does not establish a complete oilfield emissions reduction; other sources require separate assessment.
ENERGY & CARBON SCENARIO CALCULATOR
Explore the numbers.
Keep the assumptions visible.
ILLUSTRATIVE RESULTS / PER DAY
Rated-power reference: 1,320 kWh/day at full rated load. Actual consumption can differ.
Enter an engineering estimate or measured post-upgrade consumption. Energy saved = current − proposed kWh; cost saved = energy saved × price; avoided emissions = energy saved × grid factor. Proposed intensity divides proposed consumption or emissions by current production. Negative results indicate an increase.
This is an electricity-only operational scenario using a constant production assumption, not a complete carbon inventory or verified project result. Currency is USD. The sample inputs are illustrative; confirm local grid factors, metering boundaries and project-specific assumptions.
MEASUREMENT & VERIFICATION
Prove the difference.
Then scale it.
A verified baseline separates actual improvement from changes in well conditions, operating hours and external factors.
Agree on metering, data quality, attribution, the evaluation period and normalization before deployment. Track uncertainty and reconcile results jointly.
BASELINE / BEFORE
Production · bbl/day
Electricity · kWh/day
Downtime · hours
Workovers · count
Lifting cost · per barrel
Carbon intensity · CO₂e/barrel
VERIFIED / AFTER
Production uplift
Energy reduction
Avoided downtime
Maintenance improvement
Incremental cash value
Carbon-intensity improvement
THE NEXT STEP IS AN EVALUATION
Before the next major CAPEX decision, start with your existing wells.
Tell Us About Your Field ↗Start small. Measure carefully. Scale when the economics are demonstrated.