A cooling circuit transfers thermal energy from prime mover coolant to process fluid in a heat exchanger.
Chemical analysis of secondary fuels enables real-time combustion adjustments that maintain emission compliance despite material heterogeneity.
Combustion of production streams generates carbon dioxide for liquid unloading, reducing nitrogen demand and enhancing hydrocarbon recovery.
Sorbent-enhanced engineered fuels convert sulfur into solid sulfates to mitigate corrosion while lowering parasitic power consumption from flue gas treatment.
A counter current rotary kiln incinerates waste at high temperatures to achieve complete burning and reduce unburnt carbon content.
Segmented flare tips reduce steam consumption and noise while achieving smokeless burning through optimized premix zones.
A separation vessel extracts liquid from gas during pipeline drawdown, reducing product loss and flaring emissions.
Telescopic positioning adjusts the collection tray near the burning head, capturing hydrocarbon spills that escape incomplete combustion.
An eductor assembly in a flare tip aspirates ambient air via a venturi jet, reducing assist gas consumption while ensuring smokeless operation.