Acetylene (C₂H₂) has a low moisture content and is the hottest burning flame in Oxyfuel welding, making it one of the most efficient gases to use for various welding and heating applications. These include gouging, hardening, bending, straightening, brazing, cutting, cleaning and more. It improves cut quality, increases cutting speed, and reduces oxygen, thus preventing metals from rusting.

Acetylene’s many uses cross a wide range of industries due to its efficiency. The automotive industry employs acetylene for brazing and low-pressure carburizing. There are also numerous fabricators and glass makers that use acetylene throughout their processes. Interestingly, there are two primary ways that acetylene is manufactured: chemical reactions using calcium carbide and a technique called thermal cracking.

The wet process of a calcium carbide chemical reaction involves adding water to calcium carbide granules, or the granules to water into a chamber. Like flour puffing out of a standing mixer on high-speed, it is important that the chemical reaction does not generate acetylene gas too quickly. This combination creates a solution that is continually stirred with a paddle to initiate a reaction, keeping granules moving so that they do not meet the highly explosive acetylene gas teeming off the top. As temperature is a factor when handling acetylene, it must be consistently monitored due to its explosivity. When water meets calcium carbide, it creates a high heat chemical reaction, which must be quenched and maintained. As acetylene rises like vapor from boiling water, it is cooled with water, leaving the chamber, and entering another.

Acetylene manufactured in this way produces a byproduct called calcium carbonate, also known as “lime.” Rather than ascending like acetylene, lime descends and is held in a separate chamber where water is removed. Lime is a chemical compound implemented in water treatment plants and road construction for asphalt and similar materials. Manufacturing acetylene with calcium carbide and water occurs at normal room temperatures, but thermal cracking cranks up the heat to alter atomic states.

Thermal cracking is a method of acetylene production, which essentially “cracks” the hydrocarbon atom bonds of oil and natural gas, separating and rebinding them to create different materials. This process implements burning, boiling, and diffusing, creating multiple byproducts that must be scrubbed and separated.

To begin the thermal cracking of natural gas atoms, combustion chambers preheat it to 1,200 degrees Fahrenheit. The gas self-ignites and travels through a pipe where oxygen is added. The speed of the process is carefully regulated using a diffuser, keeping the heated natural gas and oxygen mixture from burning and shooting out of the burners toward the end of the pipeline, or from retreating and igniting the gas already within the pipeline. Traveling through various small channels, the gas comes out of a stove-like burner, emitting methane and other gases. Methane can be converted in acetylene when its atomic bonds “crack.” Acetylene, especially at high heats, must be cooled with water to deactivate the probability of combustion.

Acetylene, carbon monoxide, carbon dioxide, methane, and carbon soot are all byproducts of this process and must be separated. A special solvent absorbs only the acetylene while carbon soot is scrubbed out. The solvent-acetylene solution is then boiled, where the acetylene rises and is captured in a tower. In both the chemical reaction and thermal cracking processes, acetylene is packaged in cylinders at 300 psi and dissolved in acetone to retract its ability to explode.
RMA manufactures industrial grade acetylene in our Salt Lake City plant and delivers the acetylene to our customers and several competitor gas suppliers throughout our distribution region. If you use acetylene in our region, it’s likely produced by RMA. Since the distribution and filling process is time intensive and acetylene is an extremely volatile gas, safety is our number one priority. We ensure that the refining process is in the hands of experienced, highly trained, and knowledgeable technicians who perform their work with the highest care for the sake of their own safety and the safety of others. RMA can supply your high purity industrial grade acetylene and atomic absorption grade acetylene and lime , available in multiple cylinder sizes or tanks.

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We have multiple cylinder sizes available individually and in clusters

Compressed air is air that is pressurized and condensed. Just like regular air, compressed air consists mostly of nitrogen, oxygen, and water vapor. Compressed air is useful as a propellant and energy source in areas where it may be difficult or dangerous to source other power or as blowing “active” air. When used as an energy source, compressed air can power tools and production equipment. Tools and equipment powered by compressed air, can be found in various applications across industries such as construction, tire service, mechanical repair, factory production, industrial processes, and vehicle safety systems. Amusement Park rides, such as roller coasters, and ski lifts use air-powered brakes, and hotels use compressed air to control elevators. Active air provides a steady supply of air when needed for tasks such as aeration or for medical use, in which case, it must be clean, dry and contaminant free.

Compressed air has been described as the fourth utility and is a popular energy source because it’s light and easy to move, energy efficient, safe, versatile, and cost-effective. It’s non-combustible and there are no dangerous exhaust fumes or other harmful by-products. Compressed air plays an integral role in the production of cars and is also widely used in the food and beverage industry. Common uses for air in this industry include air knives, product handling, food machines, packaging, and fluid pumps. It accounts for about 10% of the global energy currently used.

There are many types of purities and mixtures available that cater to the varied uses of compressed air. From blowers and dryers to food & beverage processing, we have the years of experience to provide and consult for your needs.

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Compressed air for your industry and application

Argon (Ar) is the most abundant of the seven noble gases and is the third-most abundant gas (at 0.934%) in the Earth’s atmosphere after nitrogen and oxygen. It’s odorless, colorless, nonflammable and is almost completely inert. It does not combine with other elements except under extreme conditions and its nonreactive nature plays a factor in its many uses.

Argon’s lack of reactivity makes it particularly useful in the production of reactive elements and compounds because it establishes an atmosphere devoid of oxygen, minimizing the purity contamination for resulting metals and crystals during oxidation. It is manufactured for industrial uses by the process of fractional distillation, which separates Argon from Oxygen and Nitrogen in their liquid states.

Most used in the metal industry for metal production, processing, and fabrication, it can be used as a pure gas for certain shielding, blanketing, annealing, and hot isostatic pressing applications. It can also be used as part of a mixture with other gases, in particular carbon dioxide, oxygen, nitrogen, hydrogen or helium, depending on the process and material. Argon is used in every day household objects such as incandescent light bulbs and energy efficient windows, and it also plays a very important role as a purge gas in the production of solar panels. Often used as a preservative for both food and historical document preservation, Argon has no impact on the environment and doesn’t harm aquatic life.

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Get the quantity and purity of Argon gas that you need

Carbon dioxide (CO₂) is a colorless, odorless gas that naturally occurs in the earth’s atmosphere. It is a dense inert gas that, when combined with argon, is used as a shielding gas in the welding process. Uses for carbon dioxide also include controlling pH levels in paper manufacturing and wastewater treatment and increasing yields in cultivation through the acceleration of natural cycles of photosynthesis.

Greenhouse gas emissions are an environmental concern. Carbon removal initiatives, such as direct air capture, extract carbon dioxide from the air and funnel it to be stored or reused by various industries. Green dry cleaning, with carbon dioxide, is environmentally friendly and replaces toxic cleaning solvents and chemicals like perchloroethylene and chlorine-based mixtures.

In its solid form, carbon dioxide is manufactured into small pellets for dry ice blasting, miraculously blowing away soot, smoke, paint, and excess buildup from coffee roasting machines and commercial kitchen appliances. Dry ice is made when cryogenic carbon dioxide is injected into a holding tank where it can be frozen to its desired temperature of -109 degrees Fahrenheit. Cleaning with carbon dioxide gas applications – both liquid and solid – can, realistically, be an environmentally friendly alternative to cleaning applications that use harsh chemicals that contaminate natural bodies of water through wastewater runoff.

Carbon Dioxide plays a significant role in food preservation and transport. Food distributors use dry ice for transportation, as it turns from solid to gas, without liquifying. This sublimination prevents water and residue from accumulating. These blocks are sanitary, food-grade and FDA approved. Beverage companies rely on it to create bubbles, but also to move product between tanks or to kegs and cans. Carbon Dioxide maintains beverage freshness, taste and color and prevents unwanted oxidation and premature fermentation at breweries and wineries.

Carbon dioxide supplies through RMA are offered in a variety of sizes for a variety of systems.

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Gas and liquid Carbon Dioxide for pick up or delivery to you

RMA provides helium (He) for a variety of uses in whatever purity needed. We provide high-pressure gas cylinder and liquid cylinder containers large enough to cool a particle collider or an MRI magnet, and small enough to use for balloons at your next party.

The inert gas can chill temperatures to near absolute zero. Various usages include: pressurizing and leak detection; balloon inflation; fiber optics; and glass production. Helium, however, is more than balloons, but operates within medical, technology, manufacturing, and aerospace industries. Helium is often mixed with other gases, like oxygen, in treatments for respiratory ailments like asthma and emphysema, and breathing cylinders for deep sea dives.

Where is helium found and how is it harvested? Helium is a component of natural gas production and is found within subterranean reserves in places rich in oil like Wyoming, Algeria, Qatar, and Russia. As a non-renewable resource, the helium market frequently undergoes global shortages that disrupt its essential industry applications. Partnering with a helium supplier like RMA can ensure that you have the supplies of helium gas that you need when you need it. Our dedication to flawless dependability prioritizes our partners when shortages arise.

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We can provide the quantities you need, when you need it.

The lightest element in the periodic table, hydrogen (H), is used for weather balloons, processing petroleum products, glass production, and heat-treating furnaces for steel production. As a highly flammable gas, Hydrogen is commonly used in a variety of chemical processes, such as hydrogen fuel cells to power cars and in fuel celled forklifts. Hydrogen’s popularity is increasing because it’s reliable, versatile, and can be produced in a variety of ways.

Hydrogen has only one proton and one electron, making it the simplest element and is considered a clean and renewable resource. It’s not toxic to human health, as no harmful byproducts are released into the atmosphere.

Hydrogen comes in a variety of “colors.” What this means exactly, is that hydrogen manufacturing methods of separating hydrogen from various compounds (water, ammonia, methane, etc.), and the emissions that result thereafter, are labeled as three main color distinctions: brown, green, and blue.

Brown hydrogen – which comprises 95% of hydrogen production – is the byproduct of fossil fuels. Steam reforming and gasification is the separation of hydrogen atoms from carbon atoms in either natural gas or coal production. During this process of gasification, carbon dioxide emissions are high.

Electrolysis is the process in which an electrical current is used to split water molecules into hydrogen and oxygen. When hydrogen is harvested, only oxygen is left over. The lack of Co2 emissions makes this production method green.

Blue hydrogen is the capture and storage of hydrogen during steam methane reformation, which causes some, but reduced, carbon dioxide emissions.

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Liquid or compressed Hydrogen gas available in various concentrations and purities

We provide a wide variety of gas mixes for use in medical, welding, and specialty gas use.

If you need a specific purity level, we can provide correct mixture, assuring you the quality you need for any process.

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Gas blends tailored for your needs and industry

As the most common element in our atmosphere, nitrogen (N) is found in all living cells. Nitrogen is often used as a refrigerant to freeze and transport food and also to preserve biological specimens.

We make liquid and gaseous Nitrogen available to our customers in a variety of sizes to accommodate your needs. We can also assist in designing separation systems should the need for large quantities of on-site Nitrogen present itself.

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Nitrogen available in gas, liquid and bulk form, ready for delivery

Nitrous Oxide (N₂O) also called laughing gas, has a slight metallic taste but is basically tasteless and odorless. It has significant use in the medical industry thanks to its analgesic and anesthetic properties. Whether you are seeking pain relief during labor or just your basic local anesthetic for dental procedures, nitrous oxide helps to take the edge off the pain.

Nitrous is also used in rocket propulsion due to its the oxidizing effect at high temperatures. In racing automotive nitrous increases engine power by burning more fuel and producing greater power.

There are many other gases that Rocky Mountain Air Solutions manufactures and sells in addition to the elemental, rare, and specialty offerings listed.

Butane (C₄H₁₀), Chlorine (Cl), Ethylene (C₂H₄), Ammonia (NH₃) – these are just a few of the products that we stock and create for our customers. Contact us today to discuss your needs and develop a delivery plan that works for you!

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We can provide the quantities you need, when you need it.

A requirement for most life on earth, oxygen (O) is one of our atmosphere’s most plentiful elements. A particularly reactive gas, oxygen easily binds to a large variety of elements and compounds to form oxides, requiring inert gases to displace it or prevent contact with surfaces and other gases.

Oxygen’s usefulness stretches across a wide range of industries. In hospitals, clinics, and other health and homecare practices, oxygen is used in resuscitation, surgery, and a variety of therapies to promote better quality of life. Humans aren’t the only ones who benefit from oxygen – fish hatcheries, zoo animals, and animal clinics all utilize this diverse gas to mimic natural habitats, growth, and recovery. In a radically different use, the industrial environment uses oxygen for its combustion properties – making flames hotter and the cutting and braising of metal easier and more efficient.

To better serve your needs, RMA sells oxygen at a variety of purity levels and with a variety of systems. Sold in various sizes of bulk cryogenic oxygen tanks or high-pressure oxygen cylinders, liquid levels are monitored remotely while trucks are deployed when levels begin lowering, and you can rely on a consistent schedule of refills of cryogenic oxygen tanks to ensure your oxygen supplies remain abundant.

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Liquid, gaseous, and bulk oxygen for medical, cryogenic, and other needs

Neon (Ne), Krypton (Kr) and Xenon (Xe) are referred to as the rare gases as they comprise a minimal amount of the earth’s atmosphere. These rare gases are produced in the same cryogenic separation and purification process that produces Oxygen, Nitrogen and Argon but in much smaller quantities leading to a higher cost of the gas.

The use of rare gases in industry has been growing in recent years in many new and exciting applications from medical to lighting to automotive and aerospace technology. These rare gases are seen in not-so-rare places such as headlights, cell phone technology, and rocket propulsion. Additionally these gases are used in glass fiber optics, aerospace technology, and neon lighting.

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Rare gases mixed to your specifications

In 2016, Rocky Mountain Air Solutions installed a state of the art specialty gas lab in our Salt Lake City production facility. We are now a PurityPlus™ provider with trained personnel to meet your sophisticated gas requirements. We service research labs, pharmaceutical services, the food and beverage industry, as well as specialized gas needs in metal fabrication.

We have the ability to get you specialty gas at the purity level you require. We provide certifications for all specialty gases, assuring your purity needs. When your product needs to be specialized, count on our PurityPlus™ Specialty Gas lab to provide your business with your specialty gas.

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Specialty gases available for a variety of industries and uses