Flare gas, a byproduct of oil and gas operations, is often vented or flared, squandering valuable energy resources
The practice of flaring contributes significantly to climate change and air pollution
Flaring represents a substantial economic loss for oil and gas companies
Efficiently capture flare gas that would otherwise be wasted
Utilize advanced trigeneration gensets to convert gas into electricity
Supply 10 MW of clean energy to the grid or local consumers
Growing need for reliable power supply in remote areas and developing regions
Increasing awareness and stricter regulations on flared gas emissions drive adoption
Improved cogeneration technology offers high efficiency and low emissions
Securing consistent access to high-quality flare gas can be challenging
Complex engineering and installation processes require expertise
Navigating permits and regulations across different regions can be time-consu-ming
Other renewable energy sources may compete for investment and resources
Thorough assessment of gas composition and quality is crucial for engine performance
Choosing the right engine (MWM Caterpillar, Siemens) based on gas properties and project requirements
Implementing efficient heat recovery systems for maximum energy utilization
Ensuring seamless power export to the grid or local consumers
Significant decrease in greenhouse gas emissions compared to flaring
Turning waste gas into valuable energy resources
Improved local air quality by reducing harmful pollutants
50% reduction in gas flaring, powering 100,000 homes
30 MW capacity, supplying power to grid and steam to refinery
Self-sufficient power generation, reducing operational costs by 40%
