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This case study will focus on treating fuel gas for gas lifts utilizing CROFT’s Fuel Gas Conditioning System.
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Get answers to our client’s most frequently asked questions about our Fuel Gas Conditioning System (FCS)
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Get answers to our client’s most frequently asked questions about our Fuel Gas Conditioning System (FCS)
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This case study will focus on treating fuel gas for gas lifts utilizing CROFT’s Fuel Gas Conditioning System.
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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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Croft Production Systems offers skid-mounted Joule Thomson Systems that simultaneously reduces the water dew point of gas, recovers valuable hydrocarbon liquids, and lowers the BTU
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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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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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Amine Plant processing Acid Gas
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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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In this series we’re going to be interviewing a lot of subject matter experts, bringing them on, they’re going to be talking from their perspectives of what do they see are key things that we need to focus on.
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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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natural gas processing has several steps, the main processes include separation, carbon dioxide and hydrogen sulfide removal, dehydration, and NGL recovery.
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Absorption vs. Adsorption Dehydrating natural gas, or the removal of water vapor from natural gas can be done by either adsorption or absorption. Croft’s Passive Dehydration System uses adsorption, where water vapor is collected and condensed on the surface with the use of a solid desiccant. Solid desiccants have a high adsorption capacity, a low resistance to gas […]
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Gas dehydration is the removal of water from the gas stream in order to meet pipeline specifications.
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CROFT Passive Dehydration Systems natural gas dehydration unit that utilizes a specially formulated solid desiccant called enviroDRI to adsorb water from the gas stream. Below are our clients’ most commonly asked questions about enviroDRI. What is enviroDRI? enviroDRI is a deliquescent desiccant pellet about the size of an almond designed to adsorb water from hydrocarbon […]
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Dual Fuel Powered Drilling Rigs and Frac Spreads Many cost-conscious oilfield companies have made the switch to either natural gas or dual-fuel, also referred to as bi-fuel, which is a mixture of diesel and natural gas. Dual-fuel engines run on a combination of diesel and natural gas, giving companies the flexibility to choose which fuel […]
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Oil storage tanks serve as a staging area to collect crude oil in several stages of production. These tanks are used in production fields and hold the oil until it is delivered to tankers or into a pipeline. Storage tanks are also used as a holding area for crude oil before the refining process and they also hold refined products after it is processed.
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What is a coalescing filter? Coalescing filtration or Coalescing gas separators are designed specifically for the removal of mist, fogs, and dust from gas streams. These contaminants usually exist with the bulk of the particles having diameters considerably less than 10 microns; therefore, standard separators or scrubbers are not capable of effectively removing these minute […]
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Coalescing gas separators (or coalescing separators) are designed specifically for the removal of mist, fogs, and dust from gas streams. Standard separators cannot remove these small, minute contaminants in the gas stream because particles are usually less than 10 microns. A coalescing gas separator consist of a vessel, combining specially constructed coalescing elements and a […]
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