Applicable mainly to natural Gas and Petrochemical industries, Enerproject manufacture booster compressors which increase the pressure of Natural Gas entering burners at generating plants. 

Associated Petroleum Gas (APG) is a form of natural gas, also known as “flare gas” or “field gas”, that comes from oil wells. It is typically called “Associated Gas”.

This gas can exist separate from oil in the formation (free gas) or it can be dissolved in crude oil. Regardless of its source, once separated from crude oil it commonly exists in mixtures with other hydrocarbons such as ethane, propane, butane, and pentanes. In addition, raw natural gas contains water vapour, hydrogen sulphide (H2S) and carbon dioxide (CO2), nitrogen (N2), and other compounds.

Following the launch of the GGFR (Global Gas Flaring Reduction) partnership during the World Summit on Sustainable Development (August 2002), gas compressors have become key machines in the gas recovery system application, with the specific function of reducing the emission of CO2 during flaring.

• Enerproject are ISO9001 certified.
• Providing logistics, commissioning, training and maintenance.
• Guaranteed spare parts availability for the lifetime of our packages.
• Offering tailor-made solutions.
• Implement ways to reduce the environmental impact of our products.

APPLICATION

We provide full equipped gas compressor package, which are specific designed to be integrated in all the recovery system application: PROCESSING
& TREATMENT, GAS RECOVERY / POWER GENERATION or REJECTION.

CONCEPT

The goal of the Enerproject Gas-Compressors skid is to be able to manage APG raw gas with integrated filtration and dehydration systems.
The following diagram shows the main elements of a standard compressor skid and the 4 main operations as well. As shown from the 2 pictures,
the EPJ packages are designed for all climate conditions and infrastructural requirements.

THERMODYNAMICS

Filtration:
At inlet side, a suction filtration system works at two stages: first, it cleans the gas from impurities; second, it brings out liquid and all particles of condensate.

Compression:
During compression gas temperature increases, avoiding the persistence of gas condensate inside the screw.

Cooling:
During cooling vapour condensates, reaching the dew point temperature required by GT constructor. A condensate collector evacuates all condensate through an automatic drainage system.

Heating:
A Regenerative Heating System is provided in order to supply gas at the required safety gap (3-4) from dew-point temperature.

Downloads:

Enerproject Product Brochure