Emissions you can see, you can control.
We measure stack emissions, find methane leaks and install continuous monitoring whose data is ready for regulators and buyers alike.
The stack is only part of the story.
Plant emissions leave through stacks, leaking pipe joints, vented or flared gas, and wastewater ponds. Some must be monitored continuously and sent to the environment ministry, while buyers and parent companies ask for methane data more and more often. We map every source, measure it, then design monitoring that fits both your obligations and your markets.
Measured emissions carry business value.
Gas that earns again
Methane escaping from valves, compressors and tanks is product you could have sold or used. A leak detection and repair programme finds it, starting with the largest leaks.
Nearly 100 billion m³ of gas a year could be made available by cutting methane from oil and gas operations worldwide.
According to IEA, 2026
Stack obligations met
Facilities required to run CEMS, continuous emission monitoring systems, must send hourly data to the ministry's SISPEK system and renew their integration approval regularly. We test stack emissions, install CEMS and connect it to SISPEK so the data you send stays valid.
According to Environment and Forestry Ministerial Regulation 13/2021
Ready for European buyers
EU importers of oil, gas and coal will have to prove their supply meets EU-equivalent monitoring, and they pass that request on to producers. We prepare source- and site-level measurement data in line with OGMP 2.0, the UN-backed methane reporting framework.
According to Regulation (EU) 2024/1787 and the European Commission, 2026
The fastest climate win
Methane warms the planet far more strongly than CO2, so cutting it delivers the quickest climate result. The reduction counts in your GHG inventory, your PROPER rating and your sustainability report.
27–30 times the warming power of CO2 over 100 years.
According to IPCC, 2021
Find, measure, then keep watching.
- Redefine
Map the sources
We inventory stacks, leak-prone components, flares and wastewater ponds, then match them against the obligations in your emissions technical approval.
You receive: a map of emission sources and a list of monitoring obligations.
- Redefine
Measure on site
We test stack emissions and survey for leaks with optical gas imaging cameras, sniffers or drones. Methane from palm oil mill effluent (POME) ponds, anaerobic treatment and landfill is quantified by mass balance.
You receive: emissions quantified per source and per site.
- Design
Plan monitoring and repairs
We design CEMS points and their SISPEK connection, and build a leak detection and repair (LDAR) programme with repair deadlines. We also prepare data at the OGMP 2.0 level your buyers ask for.
You receive: a monitoring system design, an LDAR programme and a prioritised repair list.
- Accelerate
Monitor continuously
We install sensors through Data Acquisition & Measurement, re-survey to confirm repairs hold, then feed the data into Carbon+.
You receive: a real-time dashboard and regular reports for PROPER, your GHG inventory and buyers.
Emissions stay visible between surveys.
Survey results often stop at the report, while leaks and stack loads change every day. Sensors from Data Acquisition & Measurement stream field data to a dashboard, and Carbon+ turns it into your Scope 1 inventory and MRV records. The same methane figures are then ready for PROPER, your sustainability report and buyer requests.
See where your emissions come from.
Tell us about your facility and its monitoring obligations. We'll show you which sources to measure first.