Tunable
T2500 – Real-Time Greenhouse Gas Monitoring in CEMS
The Tunable T2500 is designed to give you direct, accurate measurement of greenhouse gases such as CO₂, CH₄ and N₂O — essential in a world where emissions cannot simply be estimated. Unlike traditional methods relying on emissions factors, the T2500 delivers real-time operational data, enabling you to manage performance, reduce costs and meet compliance with certainty.
Why it matters
- Captures actual gas composition and emissions instead of relying on generalized estimates
- Supports MRV and IMO DCS compliance for maritime operations
- Enables fuel-blend and methane slip monitoring, translating data into actionable insight
Key user benefits:
- Reliable emissions data: Move from estimation to measurement — get actual figures in real time.
- Cost savings and operational efficiency: Reduce taxes and improve fuel use by tracking actual performance and slip.
- Future-ready compliance: Built to integrate into your CEMS architecture and support evolving fuel types and regulations.
- Seamless deployment: Designed for operational environments, the T2500 offers remote monitoring and robust performance.
Typical applications:
- Shipboard CEMS systems measuring real-time GHG for LNG-driven propulsion
- Energy & process plants requiring verified emissions data for regulatory reporting
- Research institutions analysing methane, nitrous oxide or CO₂ trends over time
- Industrial sites with emissions accountability needing continuous, trustworthy data
These products are used within these applications
Marine
When environment matters monitor your marine exhaust gases. ShipCEMS is designed to monitor your marine exhaust flue, ensuring that compliance with MARPOL Annex VI can be confirmed in ports, in international waters and emission control areas (ECA/SECA).
Power and Energy
In today’s rapidly evolving energy landscape, Combined Heat and Power (CHP) plants play a pivotal role in achieving sustainable, efficient power generation.