Mobile CLEAR
AMGAS MOBILE CLEAR Technology removes hydrogensulfide (H2S) from sour crude oil, condensate and water.
The process is ideal for high and variable H2S concentrations. The AMGAS Mobile Clear process allows for
H2S removal, without introducing any chemical into the produced fluid, resulting in no converted sulphides
remaining in the fluid. The Mobile Clear process is designed to prevent any chemical overtreatment or under-treatment
improving operational efficiency and minimizes costs. Removing H2S from crude oil, the AMGAS CLEAR system
provides operators a greater degree of flexibility and increases economic opportunities, as improved oil quality
allows market access to sweet crude oil pipelines and terminals.
FEATURES AND BENEFITS:
– H2S is removed externally from the process fluid
– Eliminates plugging of pipelines, tanks and vessels
that is a commonly linked with scavenger systems
– No chemical by-products remain in the process fluid
– Mitigates chemical waste and improves process efficiencies
– Cost effective
APPLICATIONS:
– Crude Oil/Condensate Sweetening for production facilities,
transportion, transloading and pipeline operations
– Sour Water Sweetening prior to fracking, water re-use
applications or disposal
At AMGAS, we specialize in offering advanced H2S Scrubber solutions that address the unique challenges posed by hydrogen sulfide (H2S) in various industries.
AMGAS CLEAR Technology removes hydrogen sulfide (H2S) from sour crude oil, condensate and water. The process is ideal for high and variable H2S concentrations.
The CLEAR Injection Systems are readily available and are easy to use with little maintenance required.
Process tower packages are ideal for applications where H2S is present in natural gas.
AMGAS provides advanced solutions for the efficient removal of hydrogen sulfide (H2S) from crude oil, a critical factor in maintaining operational safety and regulatory compliance.
Fluid treatment and venting are two critical matters during a turnaround where H2S is present. H2S is toxic and lethal in small doses which increases the risk to worker safety and environment.
