Case Studies

FueParameters for Large Natural Gas Powered Frac Fleet

Conditioning Fuel Gas for Natural Gas Driven FRAC Fleet | Case Study

By Cameron P. Croft / January 5, 2021 / 0 Comments

This case study will focus on treating fuel gas for gas lifts utilizing CROFT’s Fuel Gas Conditioning System.

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CROFT Fuel Gas Conditioning System on location

Gas Lift Fuel Gas Conditioning Case Study

By Croft Productions / November 2, 2020 / 0 Comments

This case study will focus on treating fuel gas for gas lifts utilizing CROFT’s Fuel Gas Conditioning System.

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Filter Optimization Case Study

By Croft Productions / October 1, 2020 / 0 Comments

This case study will focus on optimizing filtration for amine plants and glycol dehydrators, therefore decreasing shutdown time and saving money.

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JT Plant Case Study

By Croft Productions / August 31, 2020 / 0 Comments

This case study will focus on CROFTs Joule Thomson System reducing the BTU while treating gas utilized for fuel purposes in compressor engines.

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Amine Downsizing Case Study

By Croft Productions / July 30, 2020 / 0 Comments

Most customers dread having to conduct a full cleanout of a TEG dehydrator. The cleanout sometimes implies shutdowns or drop in capacity. One of the ways CROFT designed the Passive Dehydration System (PDS) is to be utilized as a quick, easy, and a temporary way to bypass a TEG and continue to dehydrate the gas while your TEG is shut down and getting serviced/cleaned out.

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TEG Cleanout Case Study

By Cameron P. Croft / June 30, 2020 / 0 Comments

Most customers dread having to conduct a full cleanout of a TEG dehydrator. The cleanout sometimes implies shutdowns or drop in capacity. One of the ways CROFT designed the Passive Dehydration System (PDS) is to be utilized as a quick, easy, and a temporary way to bypass a TEG and continue to dehydrate the gas while your TEG is shut down and getting serviced/cleaned out.

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CIS 30MM Case Study

By Cameron P. Croft / June 1, 2020 / 0 Comments

The CIS 30 MM model. This system was designed to have different static mixers to create enough turbulence and increase contact time without creating too much of a pressure differential. It has a modified two-phase separator to act as a bubble tower for efficient use of the chemical while providing proper separation.

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