Oxygen Gas (O2)
The Purest Oxygen Gas, Delivered Right to Your Doorstep.
Looking for Oxygen Gas Supply in Minnesota?
With Toll Gas, you can be sure that you’re getting the highest quality oxygen gas for your industrial or commercial purposes. We take pride in our superior quality products and reliable safety standards, so you know that you’ll always get the best solution to meet your needs.
And with our satisfaction guarantee as well as affordable prices, there’s no better choice when it comes to finding the purest oxygen gas available. Get in touch today to learn more about our products and services – we promise you won’t be disappointed!
What is Oxygen Gas(O2)?
Oxygen gas, or O2, is an element composed of two oxygen atoms covalently bonded together. It has a molecular weight of 32 g/mol and is the third most abundant element in the universe.
In a commercial setting, O2 can be used as an oxidizer to power combustion engines, welding torches, and other industrial machinery. It is also key to some medical applications such as providing supplemental oxygen for people with respiratory diseases. Additionally, O2 has been found to be effective in water purification and food processing due to its ability to break down organic compounds.
Oxygen Supply Quote
- Industrial, Medical & Specialty Gases
- Locally Owned & Operated
Putting O2 To Use: Uses and Applications of Oxygen Gas
Aviation and Aerospace
O2 gas is a critical fuel for aerospace vehicles. The combustion of rocket fuel and liquid oxygen (LOX) is essential to functioning spacecraft and flight vehicles. In addition, oxygen is used in gas turbine engines to provide necessary fuel combustion and improve efficiency.
- O2 gas to pressurize aircraft fuel tanks and provide oxygen for the cabin.
- O2 gas is used in thermodynamic cycles to provide power and propulsion for aircraft.
- Oxygen gas for cryogenic cooling of aircraft engines and ground support equipment
- Oxygen gas for high-speed wind tunnels.
Forging and Manufacturing
Oxygen gas is used in industrial processes such as forging and manufacturing. It enhances the combustion process to heat metal parts or workpieces to extreme temperatures in a shorter period. In addition, oxygen gas is also used in cutting and welding applications to improve the quality of the finished product.
- O2 gas for pressurizing fuel tanks in manufacturing and forging.
- Oxygen gas for cutting and welding steel, aluminum, and other metals.
- Oxygen gas for thermal heat treating processes used to harden metal components.
- Oxygen gas for brazing and hard facing processes.
Automotive and Transportation Equipment
Oxygen gas is used in automotive and transportation equipment production for a range of applications, from welding to cutting and more. Using oxygen gas helps improve the quality of parts, reduce production times and increase fuel efficiency.
- O2 gas for welding frames, drive trains, and suspensions.
- O2 gas used to pressurize fuel tanks in automotive and transportation equipment.
Chemicals
Oxygen gas is used in many chemical processes, such as ethylene oxide and titanium dioxide production. It is also used to increase the efficiency of oxidation processes and for VOC treatment and recovery.
- O2 gas to increase the production capacity of oxidization processes.
- O2 gas for VOC treatment and recovery.
- Oxygen gas used in the production of ethylene oxide and titanium dioxide.
- Oxygen gas for direct injection and oxygen-enhanced combustion.
Refining
Refineries use oxygen gas for many applications, including Fluid Catalytic Cracking (FCC) plants and Sulfur Recovery Units (SRU). Oxygen is also used to improve wastewater treatment operations, reduce emissions and enhance reforming processes.
- O2 gas to increase the capacity of FCC plants.
- Oxygen gas for sulfur recovery units (SRU).
- Oxygen gas to improve wastewater treatment operations.
- Oxygen gas to reduce emissions and enhance reforming processes.
Water & Wastewater Treatment
Oxygen gas plays a vital role in water and wastewater treatment processes, providing a supplement or replacement for air in the aeration basin. It is also used as a feed gas to generate ozone for water disinfection, removing organic compounds and improving the water quality.
- O2 gas to supplement or replace the air in the aeration basin for maximum treatment capacity and reduced VOC emissions.
- Oxygen gas is used as a feed gas to generate ozone for water disinfection.
- Oxygen gas for odor control and foam reduction.
- Oxygen gas for pH control.
Aviation and Aerospace
O2 gas is a critical fuel for aerospace vehicles. The combustion of rocket fuel and liquid oxygen (LOX) is essential to functioning spacecraft and flight vehicles. In addition, oxygen is used in gas turbine engines to provide necessary fuel combustion and improve efficiency.
- O2 gas to pressurize aircraft fuel tanks and provide oxygen for the cabin.
- O2 gas is used in thermodynamic cycles to provide power and propulsion for aircraft.
- Oxygen gas for cryogenic cooling of aircraft engines and ground support equipment
- Oxygen gas for high-speed wind tunnels.
Forging and Manufacturing
Oxygen gas is used in industrial processes such as forging and manufacturing. It enhances the combustion process to heat metal parts or workpieces to extreme temperatures in a shorter period. In addition, oxygen gas is also used in cutting and welding applications to improve the quality of the finished product.
- O2 gas for pressurizing fuel tanks in manufacturing and forging.
- Oxygen gas for cutting and welding steel, aluminum, and other metals.
- Oxygen gas for thermal heat treating processes used to harden metal components.
- Oxygen gas for brazing and hard facing processes.
Automotive and Transportation Equipment
Oxygen gas is used in automotive and transportation equipment production for a range of applications, from welding to cutting and more. Using oxygen gas helps improve the quality of parts, reduce production times and increase fuel efficiency.
- O2 gas for welding frames, drive trains, and suspensions.
- O2 gas used to pressurize fuel tanks in automotive and transportation equipment.
Chemicals
Oxygen gas is used in many chemical processes, such as ethylene oxide and titanium dioxide production. It is also used to increase the efficiency of oxidation processes and for VOC treatment and recovery.
- O2 gas to increase the production capacity of oxidization processes.
- O2 gas for VOC treatment and recovery.
- Oxygen gas used in the production of ethylene oxide and titanium dioxide.
- Oxygen gas for direct injection and oxygen-enhanced combustion.
Refining
Refineries use oxygen gas for many applications, including Fluid Catalytic Cracking (FCC) plants and Sulfur Recovery Units (SRU). Oxygen is also used to improve wastewater treatment operations, reduce emissions and enhance reforming processes.
- O2 gas to increase the capacity of FCC plants.
- Oxygen gas for sulfur recovery units (SRU).
- Oxygen gas to improve wastewater treatment operations.
- Oxygen gas to reduce emissions and enhance reforming processes.
Water & Wastewater Treatment
Oxygen gas plays a vital role in water and wastewater treatment processes, providing a supplement or replacement for air in the aeration basin. It is also used as a feed gas to generate ozone for water disinfection, removing organic compounds and improving the water quality.
- O2 gas to supplement or replace the air in the aeration basin for maximum treatment capacity and reduced VOC emissions.
- Oxygen gas is used as a feed gas to generate ozone for water disinfection.
- Oxygen gas for odor control and foam reduction.
- Oxygen gas for pH control.
Benefits of Working With Toll Gas
By working with Toll Gas, you can expect reliable deliveries, tailored solutions to suit your needs and budget, and the expertise of industry experts. Our Minnesota team is dedicated to providing the highest quality product and service in order to guarantee customer satisfaction. We value safety above all else and guarantee that our strict safety protocols will be maintained throughout every application process.
- Access to reliable industrial-grade oxygen supply
- Industry-leading safety protocols
- Tailored solutions that maximize efficiency and reduce costs
- Dedication to providing products and services of the highest quality
- Commitment to customer service and sustainability
- Cost-effective solutions with minimal environmental impact
Frequently Asked Questions
Liquid oxygen and oxygen gas are both forms of pure O2. The main difference between the two is their state of matter. Liquid oxygen is in its liquid form, while oxygen gas is a compressed version of O2 in its gas form.
Liquid oxygen is generally stored in tanks, cylinders, containers, and dewars. Tanks are large, stationary oxygen storage containers holding up to 80,000 gallons of O2. Cylinders are smaller, portable containers that can hold up to 6,000 liters of O2 in its compressed form. Containers are usually large airtight tanks that are used to store liquid oxygen or other cryogenic liquids. Dewars are vacuum-insulated vessels designed to store and transport liquid oxygen, nitrogen, and other cryogenic liquids.
Liquid oxygen should generally be used within three months of its initial delivery, as exposure to the atmosphere will cause it to degrade rapidly. Proper storage conditions should also be observed to ensure that the quality of the O2 does not deteriorate over time. It is important to keep containers and tanks sealed when not in use, as oxygen can easily escape and contaminate the environment.
Liquid oxygen is very flammable, so it is important to handle it with caution. It should only be handled by trained personnel and the workplace should always be well ventilated. All containers and tanks should also be firmly secured to prevent any spills or accidents.
Liquid oxygen has several advantages over other forms of O2. It is significantly more efficient than gaseous oxygen, and it also takes up less storage space than gas or liquid nitrogen. Due to its high energy density, it can be used in many industrial and medical applications, including welding, combustion engines, cryogenics, and oxygen therapy.
Gas Services & Welding Supply Locations
Toll Gas Supply is Minnesota’s largest welding supply store including welding rentals, welding gas supply and welding facility services. Offering a wide range of Industrial Gas, Medical Gas including Nitrogen, Argon, food grade CO2, Oxygen and speciality gasses.