How Gases Help Produce Clean Water

How Gas Is Used for Water Purification

May is National Water Safety Month, making it the perfect time to learn the importance of proper water safety and how industrial gases can make water treatment processes more efficient and viable.

Having safe water means using a treatment plant to process and purify wastewater into something potable. It’s a complicated process with many alternatives, but it’s essential. Let’s explore the topic one step at a time.

How To Create Clean Water and Why Fresh Water Matters

There’s more to water purification than drinking water. Controlling water quality involves lakes, streams, wastewater, stormwater, natural disasters, and much more. Protecting the water supply is a water treatment plant’s fundamental purpose. Water agencies constantly monitor and ensure water quality with tests, benchmarks, and various purification methods.

Contaminated water contains fungus, minerals, metals, bacteria, and other substances that make people sick if untreated. Water agencies remove pollutants through a detailed mechanical and chemical process. The water treatment process has several basic steps:

Coagulation

The treatment plant filters chemical compounds into the water traveling through the facility to remove dirt particles and other substances. The chemicals act as a magnet, attracting the particles in the water.

Sedimentation

The captured particles sink to the bottom of the sedimentation tank and remain there, allowing the treated water to advance to the next stage.

Filtration

The filtration process further purifies the water. Filtration is a biological process that runs water through tanks to capture charcoal, gravel, sand, bacteria, and other particles. These purification methods are chemical-free to prevent side effects.

Disinfection

Chlorine is applied to kill any lingering microorganisms. By the end, you have a full supply of purified water.

Storage

The treated water is released into the pipes that run through businesses and households.

Alternative Water Purification Methods

Oxygen and carbon dioxide are essential components in water treatment. These elements help purify wastewater, drinking water, and the water from lakes and streams. New carbon dioxide water treatment strategies eliminate contaminants that most traditional methods can’t address completely.

The CO2 Purification Process

Some water treatment plants substitute carbon dioxide for chlorine during the disinfection phase of the water purification process. Carbon dioxide does a better job of cleaning water and is less expensive than the sedimentation, filtration, and disinfection stages of the basic treatment procedure.

In this purification method, carbon dioxide is dissolved in water, charging and separating impurities from the clean water supply. The chemical gradient the process creates helps filter out 99.9% of all pollutants and contaminants. The CO2 purification process is energy efficient and easily replicated. Treatment plants concerned about water purification costs should consider a CO2 alternative.

The Oxygen Water Purification Method

High-purity oxygen is used in the aeration process, a water purification method that provides the same benefits as a chemical process without adding chemicals to the clean water supply.

Bacteria break down wastewater pollutants into CO2 and water. Bacteria alone take too long to develop and remove organic matter. If left in a water tank, they produce hydrogen sulfide, which eventually becomes methane. Oxygen introduced during the coagulation phase helps bacteria multiply.

The bacteria created by aeration consume animal residue, soils, sand, gravel, and more. Once completed, the particles sink to the bottom of the sedimentation tank, and the clean water passes through. Together with the CO2 purification process, aeration is an effective alternative to traditional water treatment procedures. Both introduce cost and process efficiencies, providing safe water for people to consume.

Ensure Safe Water Treatment With CK Supply

Water safety is a year-round concern. Industrial gases are essential to water treatment, and securing a steady supply is vital to providing quality drinking water for your community. For over 70 years, CK Supply has supported Missouri with industrial, medical, and atmospheric gases. We deliver gases quickly and efficiently at the purity you require. Our Gas Express System transfers gas directly from our truck to your liquid containers. Our processes eliminate inventory management and keep you in control.

Ready to get the gas supply you deserve? Reach out today.

Product Spotlight: Acetylene

Acetylene is one gas that may be indispensable to industry. It is used for the production of chemicals, plastics, lighting, and it is critical to the fabrication industry as a welding fuel. Acetylene is a versatile gas and one of the key industrial gas products that CK supplies to our commercial partners. 

 

Pure acetylene is colorless and odorless but with some impurities it can have a distinctive odor. With oxygen, acetylene burns at very high temperatures which makes it invaluable for cutting, texturing, hardening, flame gouging and thermal spraying of many different kinds of materials. 

 

Acetylene is produced as a chemical reaction between calcium carbide and water which occurs at normal temperatures. Another process called thermal cracking requires high temperatures. Acetylene is very reactive and can be hazardous if combined with other gasses like oxygen. Because of this, it must be stored and handled with absolute care. 

The Industrial Uses of Acetylene

Welding, Cutting, and Heat Treating

Acetylene creates the hottest flame of any welding fuel. High temperatures mean acetylene is perfect to cut metals and heat treat them as part of many industrial processes. Welding equipment that uses acetylene can be very versatile as they do not require electricity. This allows acetylene based equipment to be used in remote locations where an electrical connection is not possible. 

Lighting

Calcium carbide was once used to light streetlamps and as an early light source for lighthouses as it produced an intense, bright light. Most early automobiles used this form of lighting before electric headlights were commercially available. Since this form of lighting used a highly-reactive substance, most lighting applications of acetylene moved on to safer solutions but calcium carbide is still used in some cases for mining and underground use. 

Chemical production

Acetylene is used in the synthesis of certain vitamins like vitamin A and D. Also it can be used to create complex chemical compounds that make up perfumes and solvents. 

Polyethylene Plastics

PVC and PVDF plastics are produced from ethylene or methane which in turn come from acetylene. These are sturdy plastics that are used in common household products and as durable and weather-resistant building materials. 

How to Safely Use Acetylene

Our acetylene is dissolved as a solvent which prevents decomposition and allows us to store greater quantities of it under lower pressure. Always use an acetylene canister in an unright position and in well-ventilated areas. Acetylene is lighter than air which means it can be trapped in roof spaces and empty areas that have inadequate ventilation or no extraction. 

The Right Product, Every Time

CK Supply provides acetylene cylinders in a variety of sizes or pressures, for any commercial or industrial purpose. Our aim is to make sure you have the correct materials and chemicals on hand to produce your products, fuel your processes, and get projects done the right way. If you need high-grade industrial acetylene in any quantity, for any industrial use, call CK today!

State of the CO2 Supply in the Midwest

As a regional distributor of industrial gases and welding supplies, CK Supply provides CO2 (Carbon Dioxide) to a wide variety of customers and industries throughout Missouri and Illinois. Just a few of the many customer applications that rely on our CO2 supply include metal fabrication, dry ice, beer and beverage, bio-medical research, water treatment and aerosol packaging….

Read More!

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