GAS TREATMENT CHEMICALS

Gas treatment chemicals are used in the oil and gas industry to treat gas and ensure its quality. These chemicals are essential to maintain the integrity of equipment and pipelines, prevent corrosion, and ensure that the gas is safe for transportation and use. There are many different types of gas treatment chemicals available on the market today, each with its unique properties and applications.

H2S scavengers:

H2S scavengers: These chemicals are used to remove hydrogen sulfide (H2S) from natural gas. H2S is a toxic gas that can cause corrosion and other damage to equipment, so it is important to remove it from the gas before it is transported or used.

Scavenger H Sulphide -Supplier -wholesaler in KENYA

H2S Scavengers, Hydrogen sulfide scavengers in NAIROBI KENYA

Hydrogen Sulfide Scavenger powder in Kenya

Hydrogen Sulfide Scavenger suppliers in Kenya

Hydrogen Sulfide Scavenger in Kenya wholesales and suppliers

Hydrogen Sulfide Scavenger in kenya supplier

Hydrogen Sulfide Scavengers Newpoint Gas has experience in all types of H2S scavengers including: liquids, solids, and catalyst. When picking the appropriate hydrogen sulfide scavenger, a wide variety of factors have to be taken into consideration, and each opportunity may require a completely different approach.

Oxygen scavengers:

Oxygen scavengers: These chemicals are used to remove oxygen from water in oil production systems. Oxygen can cause corrosion and other damage to equipment, so it is important to remove it from the system.

Gas sweetening chemicals:

Gas sweetening chemicals: Gas sweetening chemicals are used to remove impurities, such as hydrogen sulfide and carbon dioxide, from natural gas. These impurities can cause corrosion and other damage to equipment, so it is important to remove them from the gas before it is transported or used.
Several alkanolamines solutions have been widely used in gas sweetening system.
1. Monoethanolamine (MEA)
2. Diethanolamine (DEA)
3. DIglycolamine (DGA)
4. Di-isopropanolamine (DIPA)
5. Methyl diethanolamine (MDEA)
6. Triethanolamine (TEA)
7. Glycol plus amine solution.

Mono Ethanol Amine (MEA) -SUPPLIER IN KENYA

MEA is the strongest base of alkanolamines and reacts most rapidly with acid gasses, and this is why MEA is the first choice in gas sweetening system. MEA have 1.7 times more capacity for acid gases on a weight basis than DEA or DGA. Therefore a lower amine solution circulating rate can be used when amine treating with MEA compared to treating with DEA or DGA. MEA has a good thermal stability, can easily be reclaimed from contaminated solutions, good COS removal and less expensive than DEA and DGA.

Diethanolamine DEA 99% – Di ethanol amine (D.E.A) 220kg IN KENYA

Diethanolamine DEA Supplier,Wholesale Diethanolamine DEA Distributor IN NAIROBI KENYA

DEA is a secondary alkanolamine, it has a reduced affinity for H2S and CO2. DEA has very low vaporization losses and good stability in the presence of CO2, COS and CS2. Degradation reaction with CO2, COS, and CS2 proceed at a much slower rate and the products are non corrosive, thus reclaiming is not need to control the level of DEA degradation products. DEA is not selected when the absorber feed stream contains high levels of strong acid (chlorides, SO2, SO3, thiocyanic acids), organic acids (formic, acetic, nepthanic acids), CO, oxygen and cyanides. Because they are react with DEA to form heat stable salts (HSS) which are stable at regenerator conditions. HSS can cause loss of DEA, solution foaming and localized corrosion. DEA is seldom chosen for application where reclaiming will be needed to control the buildup of HSS due to DEA’s low volatility need a high vacuum reclaimer to avoid excessive reclaiming temperature.

Diglycolamine(DGA) CAS 929-06-6 IN KENYA

DGA is a primer alkanolamine, it has much high molar concentration that can be used in solution without excessive DGA losses due to degradation and without excessive corrosion rates. This allows more acid gases to be absorbed per gallon solution in lower solution circulation rates (cost saving and investment savings). DGA has a very low freezing point which is good for cold climates. Also provides partial dehydration of the stream being treated. DGA has good thermal stability, can be reclaimed from contaminated solutions, and good COS removal. DGA is better mercaptan removal due to of high concentrations of DGA in solution which increases the solubility for higher molecular weight mercaptans in the DGA solution. The advantages of DGA are its high solubility of gaseous and liquid carbon especially in C5+ hydrocarbons. It will result in higher hydrocarbon losses in the vapor from the rich solution hydrocarbon flash/skimming drum and in regenerator overhead acid gas stream.

Scale inhibitors

Scale inhibitors: Scale inhibitors are specialty chemicals that are added to oil production systems to delay, reduce, and/or prevent scale deposition. Scale is the precipitate that forms on surfaces in contact with water as a result of the precipitation of normally soluble solids that become insoluble as temperature increases.

Scale dissolvers

Scale inhibitors: Scale inhibitors are specialty chemicals that are added to oil production systems to delay, reduce, and/or prevent scale deposition. Scale is the precipitate that forms on surfaces in contact with water as a result of the precipitation of normally soluble solids that become insoluble as temperature increases.

Paraffin inhibitors:

Paraffin inhibitors: Paraffin inhibitors are chemicals used to prevent the buildup of paraffin wax in oil wells. Paraffin wax is an organic scale that can cause blockages and reduce production rates.

Paraffin solvents:

Paraffin solvents: Paraffin solvents are chemicals used to dissolve paraffin wax buildup in oil wells. They are used to remove blockages and restore production rates.

Gas hydrate inhibitors

Gas hydrate inhibitors: Gas hydrate inhibitors are chemicals used to prevent the formation of gas hydrates, which can cause blockages and reduce production rates in oil wells. Gas hydrates are formed when natural gas combines with water under high pressure and low temperature conditions.

More types of gas treatment chemicals

There are many different types of gas treatment chemicals available on the market today, each with its own unique properties and applications. Some of the most commonly used gas treatment chemicals include:

Triazine-based scavengers: These H2S scavengers are commonly used in the oil and gas industry due to their effectiveness at removing H2S from natural gas.
Sodium sulfite: This oxygen scavenger is commonly used in water treatment systems to remove oxygen from water.
Amine-based sweeteners: These gas sweetening chemicals are commonly used in the oil and gas industry due to their effectiveness at removing impurities from natural gas.
ACCENT Series Scale Inhibitor: This scale inhibitor is commonly used in oil production systems due to its effectiveness at delaying, reducing, and preventing scale deposition.
There is no specific example provided for scale dissolvers, paraffin inhibitors, paraffin solvents, or gas hydrate inhibitors.

In addition to these specific examples, there are many other types of gas treatment chemicals available on the market today. Some of these include:

Corrosion inhibitors: These chemicals are used to prevent corrosion in pipelines, tanks, and other equipment used in the oil and gas industry.
Biocides: These chemicals are used to control bacterial growth in water treatment systems.
Defoamers: These chemicals are used to control foam formation in water treatment systems.
Emulsifiers: These chemicals are used to stabilize emulsions in oil production systems.
Asphaltene inhibitors: These chemicals are used to prevent asphaltene deposition in oil production systems.
Ion sulfide dissolvers: These chemicals are used to dissolve ion sulfides that can cause corrosion in pipelines and other equipment.
Ion sulfide inhibitors: These chemicals are used to prevent ion sulfides from forming in pipelines and other equipment.

GAS TREATMENT CHEMICALS

H2S scavengers:

Oxygen scavengers:

Gas sweetening chemicals:

Scale inhibitors

Scale dissolvers

Paraffin inhibitors:

Paraffin solvents:

Gas hydrate inhibitors

More types of gas treatment chemicals

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