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Germany: Mobile Gas Cleanup from Linde Gases CO2 Removal from Early Flowback Natural Gas

| Editor: Alexander Stark

Linde Gases announced the launch of its mobile technology to remove carbon dioxide (CO2) from early flowback natural gas.

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Linde launches CO2 scrubbing technology for early flowback gas.
Linde launches CO2 scrubbing technology for early flowback gas.
(Picture: Linde)

Munich/Germany – The new mobile gas cleanup unit (MGCU) from Linde Gases uses an innovative membrane technology to remove up to 98 percent of the CO2 in the production stream. It was designed to improve well economics, with an emphasis on enhanced productivity or Estimated Ultimate Recovery (EUR), reduced environmental footprint and improved economics of the field.

“Linde has created an economical and environmentally friendly alternative to flaring” said Robin Watts, Program Manager, Well Completions, Linde North America. “Our mobile gas cleanup unit scrubs carbon dioxide so producers can monetise early flowback natural gas while minimising flaring and greenhouse gas emissions. One of the many challenges producers face is finding a way to improve well economics while complying with environmental regulations. Linde has designed the MGCU so operators can employ it profitably even during relatively short windows of operation and at low natural gas prices. It is also designed to be cost-effective at lower process volumes — including associated gas rates from oil wells.”

San Antonio-based Mortimer Exploration Co. used the MGCU over a one month deployment to clean up gas from one of their newly completed South Texas wells. “The results were way better than we had even hoped,” said Glenn Mortimer, President of Mortimer Exploration Co. “Without the mobile gas cleanup unit, we would have incurred significant additional costs with alternative solutions and lost the revenue we were able to monetise by eliminating flaring and selling the gas into the pipeline.”

The trailer-mounted skid unit can be deployed to well sites even in remote locations, and can be operational within half a day depending on location logistics. It also can be shut down, purged and driven to the next location very quickly. The flexibility of the MGCU design results in operators only paying for the gas scrubbing capabilities needed, based on length of use and volume of gas flow.

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