GAS PRODUCTION
GAS
PRODUCTION
From wellhead to processing plant, gas production involves complex separation, dehydration, and compression stages where thermal management is critical. Equipment must perform under variable flow rates, sour gas exposure, and remote operating conditions.
From wellhead to processing plant, gas production involves complex separation, dehydration, and compression stages where thermal management is critical. Equipment must perform under variable flow rates, sour gas exposure, and remote operating conditions.
The main challenges in this sector
The main challenges in this sector
Variable inlet compositions
Raw natural gas streams can vary in pressure, temperature, and content (water, Hâ‚‚S, COâ‚‚), requiring adaptable and robust thermal systems.
Presence of sour gas
H2S and other impurities in raw gas create corrosion risks and demand specialized alloys and fully sealed exchangers 
Remote and unmanned facilities
Gas fields are often isolated, requiring exchangers that are compact, low-maintenance, and reliable over long cycles.
Energy optimization
In a cost-sensitive industry, maximizing energy recovery from gas sweetening, particularly through Acid Gas Removal, is crucial for improving operational margins, with dehydration also playing a supporting role.
Our involvement in the sector
Nexson provides compact, corrosion-resistant, and low-fouling thermal solutions for upstream gas production operations.
Boosting reliability and recovery from wellhead to treatment
Reliable sealing for demanding gas applications
Nexson heat exchangers, including SPHE Type 1 and Type 3, Bloc Type S and GPHE, are engineered with gasketed and bolted designs that ensure high sealing integrity. These proven technologies are widely used in sour gas, high-pressure environments and unmanned gas stations, offering a robust and maintainable solution trusted across the industry.
Material selection for sour gas resistance
Nexson offers units in duplex stainless steels and nickel based alloys for excellent resistance to Hâ‚‚S and COâ‚‚ rich environments.
Heat recovery in compression and treatment
Nexson's innovative heat exchangers are widely used to replace traditional shell and tube exchangers at every step of gas production. By improving overall thermal recovery, they help to significantly reduce CO2 emissions and the ecological footprint, while maximizing operator margins.
Rugged design for remote operation
Compact, self-cleaning, and durable reliable, Nexson units are reducing maintenance frequency and ensure operational continuity continiuous operation in the harshest environments.
Boosting reliability and recovery from wellhead to treatment
Reliable sealing for demanding gas applications
Nexson heat exchangers, including SPHE Type 1 and Type 3, Bloc Type S and GPHE, are engineered with gasketed and bolted designs that ensure high sealing integrity. These proven technologies are widely used in sour gas, high-pressure environments and unmanned gas stations, offering a robust and maintainable solution trusted across the industry.
Material selection for sour gas resistance
Nexson offers units in duplex stainless steels and nickel based alloys for excellent resistance to Hâ‚‚S and COâ‚‚ rich environments.
Heat recovery in compression and treatment
Nexson's innovative heat exchangers are widely used to replace traditional shell and tube exchangers at every step of gas production. By improving overall thermal recovery, they help to significantly reduce CO2 emissions and the ecological footprint, while maximizing operator margins.
Rugged design for remote operation
Compact, self-cleaning, and durable reliable, Nexson units are reducing maintenance frequency and ensure operational continuity continiuous operation in the harshest environments.
