NATURAL GAS
Natural Gas undergoes a range of industrial processes designed to purify raw natural gas in order for pipeline quality approval. Some of the critical processes involved that require adsorbent material for purification are water dehydration units, rejection units and other impurity removals.
Click any link below to learn more about adsorbents in your industry.
Applications: CO2 Removal | Dehydration | Gas Sweetening (H2S Removal)
Mercury Removal | Nitrogen Rejection Unit
CO2 Removal
Carbon dioxide must be removed from stream to meet typical requirements of less than 50 ppm for NGL and LNG production.
Each operation is pretty unique, and our engineers will help you select the ideal product for your nitrogen removal needs. Whether a new build, or an existing application, we have the molecular sieves and activated carbons that you need to maximize your potential. Read More…
Dehydration
Our high-grade adsorbents are specially designed to remove water and create a product that is suitable for cryogenic separation, liquefaction, and more. Removing water from natural gas streams to less than 0.1 ppm before cryogenic processing is vital to… Read More…
Gas Sweetening (H2S Removal)
Composition of H2S in Natural Gas feed streams can vary from different places but should always meet the requirement levels of 4 ppm or less. Read More…
Mercury Removal
Mercury in a natural gas stream can have undesirable consequences. Removing mercury protects the heat exchanging cold box from corrosion and allows the gas to meet environmental regulations while increasing overall product stream value. Read More…
Nitrogen Rejection Unit
Nitrogen (N2) is commonly found in natural gas streams. Natural occurrences of nitrogen are typically low, but higher compositions can be caused by the injection of nitrogen into a gas pocket to increase the pressure inside and enhance drilling processes. For natural gas to maintain value and working ability, the composition of nitrogen should be below one percent and any excess nitrogen will need to be removed. Read More…