Best Techniques To Remove Oxygen From Natural Gas

It can cause more problems if Oxygen is present in the flow of natural gas. It can cause problems by degrading the process of chemicals, transcending the meticulosity of the pipeline typically set at ten ppm, and increasing corrosion. Though these gas streams are immoderate, the X-O2 system can treat these gas systems to make them more efficient and profitable. If you want to know the ways of Oxygen Removal from Natural gas, we have some solutions. Get ready to know them! Read the article thoroughly.

Requirements for Oxygen Removal From Natural Gas

So you all now know that the presence of Oxygen in natural gas is dangerous because it can cause damage to processing equipment, and for that, you have to carry the cost of maintenance and replacement. Besides, Oxygen form sulfur in reaction with hydrogen sulfide.

Expert Insights

One will get it heavy to think of Oxygen removal from natural gas. It’s not only because technology and advancement are not available in the market but also because market opportunities are considered limited. Combined with the high cost of this national removal project and the lack of adequate means, the industry has yet to develop its skills and competencies.

BTU Rating

The oxygen removal from natural gas is a very important process that helps to improve the BTU rating of natural gas.

This process can get done by using a chemical reaction that removes oxygen from methane and creates carbon dioxide and water vapor. This process can get done in two different ways: thermal or catalytic.

The problem with this is that landfill gasses are not pure. They contain a lot of contaminants like methane, carbon dioxide, nitrogen, and other hydrocarbon gasses. These contaminants make it more difficult for companies to use them as fuel sources.

Landfill gas recovery

The technical costs of recovery of landfill gas are very much due to the high operational and maintenance costs. Landfill gas is composed of methane, which is a valuable resource that can be used as fuel for power plants or burned off to generate heat and electricity. For efficient operation, natural gas pipelines need to get mapped out to prevent potential problems down the road.

Few companies are providing catalyst-based systems so that the oxygen removal from natural gas can get done with ease.

Molecular Gate Process

A molecular gate or sieve process contains tiny pores of the exact size that separate gases based on their molecular size. It can remove water vapor and hydrogen sulfide removal from natural gas at once and makes it fit for human consumption.

Metal Treatment

The removal of oxygen from natural gas gets done by a process, metal treatment. This process uses metal salts like magnesium, zinc, and aluminum to remove the oxygen from the gas stream.

When we pass a hydrocarbon gas stream over a material that contains metal salts, the metals react with oxygen to produce water and metal oxides. The water is in liquid form and can get removed easily, while the metal oxides are insoluble in water. H2s removal from biogas


Here we are done with some of the best ways for Oxygen Removal from Natural Gas. We all know that it’s very tough to make it, but the mentioned method can help make the work sixty percent done.

Thanks for reading!

Contact Us:

Chemical Products Industries, Inc.

Address: 7649 SW 34th St, Oklahoma City, OK
Phone: (800) 624-4356

Tips for Identifying & Removing Hydrogen Sulfide

Those who understand hydrogen sulfide must be aware that it is a byproduct of many types of manufacturing and other such processes. It can also be considered as an unavoidable nuisance. However, it must be kept as a nuisance and if it not treated and handled carefully it could lead to several unwanted problems. Though the side effects are mild and manageable when the contamination levels are low, things could turn messy if the levels of contamination go beyond a certain level. At the same time, we cannot completely do away with hydrogen sulfide because it is a byproduct of many manufacturing processes and is also available naturally. A planed and focused approach is the best way to handle this problem and this is what we will be learning over the next few lines so that both hydrogen sulfide and human beings can coexist without causing any damage to men who are at work, or those who come in touch with it and other stakeholders.

Identifying The Source

The first foremost thing is to evaluate the levels of exposure and find out if hydrogen sulfide is present. If it is present, get to know about the levels of contamination. This is measured by PPM or parts per million. However, at times, the exposure cannot be eliminated and in such cases, the best way forward will be to control exposures. This can be done by various methods. They use engineering controls as the next best option. Further, administrative controls could also be considered as a way forward to get rid of excess contamination of hydrogen sulfide gas removal. The use of PPE or personal protective equipment is critical especially for workers and other stakeholders who come in contact with hydrogen sulfide regularly because total elimination may never be possible.

Evaluating of Exposure

The next step is to identifying the processes that may be contributing to the production of hydrogen sulfide or could be releasing them beyond permissible levels. There also could be fire and explosion risks that should be prevented and this is possible only when a proper evaluation is done. Regular testing of the air for hydrogen sulfide scavengers could help solve this problem. There are professional ways of doing it and this includes Job Hazard Analysis for such purposes.

Other Ways to Overcome The Problem

Apart from the above, there are other ways and means by which the problem can be reduced quite significantly. Proper use of ventilation and exhaust systems in the workplaces, refining factories, and other such places is of paramount importance. However, you must make sure that the ventilation systems are properly planned and executed. They should be grounded, and they are non-sparking in nature. Further, they should be corrosion resistant and explosion-proof. It is also important to separate the ventilation systems from other systems so that there is no risk of overlapping.

Training of workers constantly is perhaps one of the best ways to eradicate the risk of hydrogen sulfide contamination significantly.


Since the dangers associated with hydrogen sulfide are real and it could be lurking around the corner, there is a need to have it remedied without even a moment’s delay.

Contact US:

Chemical Products Industries, Inc.
Address: 7649 SW 34th St, Oklahoma City, OK
Phone: (800) 624-4356

All You Need to Know about Non Toxic Surfactant

There is a wide range of surfactants and they are used in making many products of our everyday use such as toothpaste, detergents, and shampoos. The most important quality of surfactants is their ability to increase the wetting qualities of a liquid.

Definition: A surfactant is a surface-active agent which when added to a liquid reduces its surface tension that increases the liquid’s wetting and spreading qualities.

Functions of Surfactants

Some surfactants can be foaming agents and others can be emulsifiers while still another type of it can act quite contrary to these functions. Non toxic surfactant can act as detergents, insecticides, and fungicides. They can be used to increase viscosity and solubilizing. But their function has a commonality that they increase the wetting quality by reducing the surface tension.

Types of surfactants

There are mainly 4 kinds of surfactants. Each behaves in a somewhat unique manner while others may have completely different roles to play.

The surfactants with detergent qualities tend to be amphoteric, anionic, and non-ionic surfactants. Some surfactants are cationic and can be used as emulsifiers. These are ideal for use in hair conditioners.

These classifications are made based on what charge the surfactant’s polar head has. A positive charge is called cationic while the negative charge is described as anionic. If the surfactant has no charge, it is termed non-ionic cleaner and if it has both anionic and cationic parts in the same molecule, it is called amphoteric surfactant.

Anionic: Anionic surfactants provide the best quality of cleaning power and rich amounts of foam. This makes it the most commonly used surfactant. A very popular anionic surfactant is SLS (Sodium Laureth Sulfate or Sodium lauryl sulfate). It is used in making shampoos, shower gels, and toothpaste, among other products.  This kind of surfactant is harsh on the skin. They are often used in a mix of some mild surfactants.

Nonionic: This kind of surfactant carries no charge and because of this reason, it is highly compatible with other varieties of surfactants. It does not ionize in aqueous or water solutions. It is gentle and milder while cleaning.

Cationic: Mostly used in hair care products such as conditioners, cationic surfactant does not produce foaming.  In hair care products, its positive charge gets attracted to the hair’s negative charge. Because of this, it does not get washed away. It remains in the hair and prevents friction among the hair, making them more manageable. Usually, cationic and anionic surfactants aren’t compatible with each other.

Amphoteric: This kind of surfactant may have either a positive or negative charge and these can be compatible with all other varieties of surfactants. They are milder and can be combined with any other surfactant. It may not give much foaming on its own but it can boost foaming in other surfactants.

Natural surfactants

There are many plant-derived natural surfactants such as palm or coconut but they can also be found in many fruits and vegetables. These can be used to make baby washes, gentle facial cleanser, shampoos, and shower gels.

Completely natural surfactants

Some plant-based natural surfactants have non-ionic surfactants. These can be used in combination with other plant-based surfactants or even in standalone form. Some common completely natural surfactants are Soap Berries or Aritha, Liquid Yucca Extract, Shikakai powder, and Soapwort.

Contact US:

Chemical Products Industries, Inc.
Address: 7649 SW 34th St, Oklahoma City, OK
Phone: (800) 624-4356