Energy Innovator Awards 2019

54 Corporate Vision - Energy Innovator Awards 2019 , Several of the companies we see in this issue of Corporate Vision are focused on the energy market. GTC Vorro Environmental Services offers a service that solves a practical problem in the process of removing Hydrogen Sulfide fromgas streams. Working froman alternate angle to innovate in the energy sector, reducing the release of greenhouse gasses, we took a closer look at this company to find out more. Best H2S Removal Solutions Provider 2019 - USA replenishment of the chemical adsorbent and waste disposal with all transport for service teams necessary to keep the gas stream flowing without the harmful H2S. While alternative methods are based on the simple sale of adsorbents and chemical treatments, which passes the performance risk to the operator, GTC Vorro take on that responsibility themselves. This gives the company a vested interest in providing optimum performance for their customers as it also aligns with their commercial success. To keep it simple, GTC Vorro’s equipment is modular and easily integrated into existing upstream and midstream processes. The team at GTC Vorro have established a methodology that works in partnership with customer requirements. Ongoing interaction can vary depending on individual customer needs. For some, a hands-off relationship with simple updates suffices, while others require regular performance meetings with multiple stake-holders present. Regardless, the end result is a customer operations team that has more time to concentrate on other productivity requirements, because of the trust placed in GTC Vorro. This is an added bonus on top of the pure economic advantages that GTC Vorro offer over other H2S removal solutions. Business owners might be surprised that GTC Vorro’s core technology is still a passive chemical reaction that doesn’t need electrical connections or an outside power With headquarters in Houston, Texas, and primarily operating in the West Texas Permian region, GTC Vorro provides its clients with an environmentally friendly, cost-effective solution to the problems typically presented by H2S (Hydrogen Sulfide). Working alongside Exploration and Production Operators at their upstream and some midstream locations, GTC Vorro’s business model is unique in that it offers a full H2S removal service for a single treatment fee. At the core of GTC Vorro’s service is a chemical reaction that converts H2S from the gas stream into a solid iron sulphide non-hazardous by-product and water. As an environmentally friendly solution, it has a great deal to offer clients. Included in the service is the supply of equipment, GTC Vorro Environmental Services LLC: Oct19462 source. The advantage it gives, however, is fast deployment to areas not yet integrated into power grids or the need for generators. With the ability to deploy GTC technology so quickly, the company is in the perfect position to respond to customer requirements at remote locations. For more developed sites the option to include real-time monitoring is available with seamless integration into existing customer data acquisition platforms. The Permian region has been the major engine for the growth of US Oil & Gas production. It has expanded rapidly driving the need for additional infrastructure. That includes large diameter pipelines to move hydrocarbons efficiently. New pipeline projects are planned with some due to come online at the end of 2020 and into 2021. Production is still growing and GTC Vorro are at the forefront in fast deployment into new remote well pads in advance of major infrastructure, allowing production to commence quickly and environmental impact of H2S to be minimized right at the outset. As the US market goes through a period of consolidation, GTC Vorro is well positioned to simplify H2S removal on a bigger scale for the emerging companies. Larger international companies have also recognized the faster returns on investment over offshore projects. These major operators are leading the trend towards more centralized processing. The opportunities here are through gas treatment of high volumes and diluted H2S Phillip Walsh