Daphne Technology develops SlipPure™ systems for land and marine applications that reduce methane emissions from gas-powered engines, ensuring compliance with environmental regulations. Their PureMetrics™ platform provides real-time monitoring and auditable reporting of greenhouse gas emissions, enabling operators to lower their environmental impact and improve operational efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
Gas-powered engines, particularly lean-burn and dual-fuel engines, release uncombusted methane (methane slip) into the atmosphere, a potent greenhouse gas with a significantly higher global warming potential than carbon dioxide. Existing regulations and increasing environmental concerns necessitate effective methane abatement solutions for both land-based and marine engine operators.
Solution
Daphne Technology offers SlipPure™ systems designed to reduce methane emissions from gas-powered engines in both land and marine applications. The SlipPure™ Land system targets methane slip in natural gas engine exhaust, while the SlipPure™ Marine system addresses emissions from dual-fuel engines used in maritime vessels. Complementing these abatement technologies, the PureMetrics™ platform provides real-time monitoring and auditable reporting of greenhouse gas emissions, enabling operators to track their environmental performance and ensure regulatory compliance.
Target Audience
The primary target audience includes operators of gas-powered engines in the pipeline industry, shipowners, charterers, and other organizations seeking to comply with emissions regulations and reduce their environmental impact.
Features
- SlipPure™ Land: Exhaust cleaning system for removing methane and other regulated gases from lean-burn engines.
- SlipPure™ Marine: Exhaust gas cleaning system for abating methane slip from dual-fuel marine engines.
- PureMetrics™: Real-time monitoring of GHG and toxic emissions with auditable reports.
- Solutions for sulphur removal and carbon management through circular economy initiatives.