"Agar Corporation has applied its knowledge gained from years of experience in the scientific research and development industry - where it has pioneered a new measurement technique using the patented energy absorption principle - to create new and improved Interface Detectors, Oil-Water or Water Cut Monitors, Wet Gas Meters, and Multi-Phase Flow Meters."

Founded in 1980, Agar Corporation Ltd. is an industry leading engineered solutions provider of process measurement and control systems and services within the energy sector. Our solutions increase the efficiency of oil production and processing in applications where hydrocarbons and aqueous mixtures are present. Over our almost 30 year history, we have continually developed patented instruments and interface control systems that reduce oil being discharged with water and improve effluent water quality. This technology optimizes the use of chemicals in oil production and processing as well as providing accurate measurement of in-situ oil wells to maximize oil production. Agar maintains six operational centers around the world including offices in the United States, the Cayman Islands, Venezuela, Malaysia, Indonesia and the Middle East and maintains a core, technologically advanced presence through its over 50 business partners and representatives in North America, South America, Europe, Africa, Asia, The Middle East and Australia. Employing upwards of 100 employees world-wide, Agar offers products and services which provide an engineered solution for applications such as heavy oil well testing, waste water treatment, automatic tank dewatering, desalter controls, and foam detection/control systems. Our family of products include multi-phase flow meters, water cut meters, and interface detectors. and the newly introduced, hydrate detectors. Winning several industry awards, Agar has been recognized for its continued advancement of products which minimize air and water pollution. Our products have been documented to reduce the amount of hydrocarbons being discharged to the sewer in excess of 80%.