Andre Messier's Contact Details

Andre Messier's Company Details

MESSCO

Rock Springs, Wyoming, United States • 2 Employees
Environmental Services

WHO IS MESSCO? • Founded in 1998, MESSCO is a respected fabricator of standard and customized equipment for the oil and gas industry. Our company is proactively focused on helping operators achieve compliance with a host of evolving environmental compliance regulations. We are proud to have worked with oil & gas organizations for over twenty years. • We are ASME U&R stamp certified and provide full in-house engineering with customizable solutions. • We provide full gas mitigation. ASSOCIATED FLARE GAS MITIGATION (AGM) | NGL & LNG RECOVERY • MESSCO's patented AGM System deploys a unique process which allows us to provide greater Flare Gas Processing capacity, in a smaller footprint, without sacrificing efficiency or reliability.• MESSCO's AGM System makes use of low- & high-pressure separation as well as strategic temperature manipulation to maximize removal of Condensate & Natural Gas Liquids (NGL's) from Associate Gas Flares while reducing or eliminating hydrate formation during the liquids recovery process.ELEVATED FLARE SYSTEMS • The High Turn Down Ratio Flare (HTDR Flare) is the innovative emissions reduction solution to achieve smokeless operation and certified to Quad-O and 40 CFR 60.18 EPA regulations. Utilizing a proprietary tip design, this non- assisted flare ensures there are no visible smoke emissions across the full operational range of just a few ounces of pressure to in excess of 30 psigs. The MESSCO HTDR Elevated Flare utilizes a variable orifice design to safely and efficiently combust Volatile Organic Compounds (VOC) emissions in excess of 98% efficiency. One HTDR Flare allows for the inclusion of both high pressure and low-pressure gas streams in a single device, mitigating the requirement for multiple flares.BRADENHEAD PRESSURE ABATEMENT SYSTEM• MESSCO has developed a system combining pressure management and fugitive gas destruction to safely eliminate methane emissions, while maintaining Bradenhead pressure within COGCC limits.