Flares are a common sight wherever wells are drilled, or oil and gas processed. Typically, controlled burning of flares prevents dangerous pressure build-up and disposes of excess gas components. More and more customers are realizing the utility of these excess gas streams by transitioning to flare gas recovery systems (FGRS).Eliminating flaring has a significant impact on reducing greenhouse gas (GHG) emissions. FGRS can minimize or eliminate gas flaring to achieve an economic and environmental win-win.
Reducing methane emissions requires scaling solutions as far, as fast, and as cost effectively as possible.
Rather than burning in a flare. The gases are compressed and then can be reinjected; utilized as fuel gas to generate electricity; processed as LNG/LPG or dried pipeline gas for transport by pipeline or tanker; or even used as a petrochemical refinery feedstock.
We can conduct detailed on-site inspections and analyses based on customer needs and provide customized project solutions. and provide a full range of services including design, procurement, construction, installation, commissioning, operation, and handover.
Working together, we can leverage existing technologies and available tools to fix what is readily fixable. And then, together we’ll tackle the challenges that require more time and effort.
In addition to the direct benefit of avoiding gas flaring, electricity from flare gas-to-power projects often replaces diesel-based power generation at remote locations. This further helps significantly reduce the carbon footprint of E&P activity.
We can assume a wide scope of work both technically and commercially, and we are willing to invest our effort in project infrastructure and partner with operators where appropriate to deliver such projects. By utilizing flare gas to generate power, we are materially reducing customers’ cost of energy, and their carbon footprint or creating a new revenue stream by exporting it to the grid.
