Advanced methane abatement for lean-burn natural gas engines in land-based industries.
Ensure compliance and sustainability for land-based engines.
SlipPure™ Land is designed to address methane emissions from natural gas engines used in various land-based industries. It reduces methane (CH4) and other harmful gases, helping operations stay compliant with current and future environmental regulations. SlipPure™ Land integrates easily with existing engine systems and converts methane into less harmful CO2 and water, ensuring emissions are minimised and compliance is maintained.
Key Features
- Methane and regulated gas abatement: SlipPure™ Land effectively reduces methane and other regulated gases.
- Seamless integration: Fits into existing engine systems with minimal disruption.
- Long-term compliance: Designed for enduring regulatory adherence.
Key Benefits
- Regulatory Compliance: SlipPure™ is engineered to meet both current and upcoming regulatory standards for methane emissions. It ensures that operations comply with stringent environmental laws on methane slip.
- Operational Efficiency: The plasma-catalytic system uses minimal power and integrates seamlessly with existing engine infrastructure. This allows for easy installation without disrupting operations, maintaining high engine efficiency while reducing the environmental footprint.
- Sustainability Impact: Methane is one of the most potent greenhouse gases. Reducing methane emissions is crucial for climate change mitigation, and SlipPure™ helps by cutting methane emissions. This directly supports global initiatives to reduce emissions and limit global temperature rise.
How It Works
SlipPure™ uses a proprietary plasma-catalytic process to convert methane (CH4) into carbon dioxide (CO2) and water (H2O), effectively removing harmful gases from the exhaust. The system is installed on the exhaust outlet of a natural gas engine and operates on electricity.
- Efficient Catalytic Process: By integrating non-thermal plasma (NTP) and a methane oxidation catalyst (MOC), SlipPure™ lowers the activation energy required for methane conversion, making it ideal for engines with exhaust at lower temperatures. This high abatement efficiency is achieved without affecting engine performance.
Industry Applications
SlipPure™ provides a versatile solution for industries using natural gas-powered engines. Its applications include:
Pipeline Operators: Pipelines transporting natural gas over large distances need to minimise methane emissions. SlipPure™ ensures compliance with environmental regulations while maintaining operational efficiency.
Oil & Gas Processing Facilities: In oil and gas processing, natural gas engines are primarily used for compression to ensure gas flows into larger pipelines. SlipPure™ helps control emissions and reduces the overall environmental impact of daily operations.
Why Methane Reduction Matters
Methane is one of the most potent greenhouse gases, with a global warming potential 85 times higher than carbon dioxide over a 20-year period. Reducing methane emissions is not just a regulatory requirement; it's a critical step in combating climate change.
Methane is classified as a short-lived climate pollutant (SLCP), which means it has a significant and immediate impact on global warming. Reducing methane emissions can help slow the rate of warming by 2050. Methane also contributes to the formation of ground-level ozone, which negatively affects both human health and agricultural yields.
Interested in reducing methane emissions and ensuring regulatory compliance? Contact us today to learn how SlipPure™ can benefit your operations >>
See also
SlipPure™ Marine
Future-proofing marine dual-fuel engines
SlipPure™ Marine is an innovative exhaust gas cleaning system that abates methane slip from the exhaust gas of dual-fuel engines. It is a solution for shipowners and charterers to improve their environmental profile and reduce their exposure to EUETS/FuelEU obligations.
PureMetrics™
Helping corporates accurately measure GHG and toxic emissions, delivered in auditable reports so they can become net-zero in a shorter time.
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