Six Ways to Clean Wastewater

Wastewater treatment is an imperative part of our lives; however, many people do not fully comprehend the process. There are several different options for creating clean water, which we will delve into in this article. 

Advanced Oxidation Treatment
This environmentally friendly chemical process utilizes oxygen and some hydrogen peroxide to purify water by removing organic compounds. High-quality water can be produced for cooling towers, irrigation, domestic, or industrial processes with advanced oxidation. This low-tech treatment option is fairly economical and does not produce air pollution as a byproduct. 

Dewatering With Pumps
If the wastewater is too polluted to be treated by other means, dewatering can come into play. Special “Dae Pumps” are specifically made for this and can separate the water from waste in lieu of filters. Dewatering can be implemented through a deep well, dug well, or farm well. Small communities typically benefit the most from this cost-effective option. 

Biological Treatment
Using living organisms, pollutants can be removed from wastewater with this cost-effective and low-energy option. There are various types of biological treatment, so it is important to select the right one for the community’s needs. Anaerobic and aerobic digestion is typically combined with biological treatments, sometimes requiring high surveillance and maintenance.  

Membrane Filtration
This type of water treatment is commonly found in areas that do not have an allocated wastewater treatment plant. This process filters the water with a semipermeable membrane (made of plastic or fabric) before it runs to the sewer. Since only a specific size of particles can get through, the membrane is filled with chemicals that kill pathogens, making the water potable. 

Gravity-Based Treatment
Sustainable and reasonably priced, the gravity-based treatment uses pipes to transfer wastewater into a settling tank. Once the sludge has fallen to the bottom, the clean water is removed first, followed by the waste, which is then sent to a sludge digestion tank. There, a bacterial treatment is implemented to digest the bacteria. 

Chemical Precipitation
Solids in wastewater are effortlessly broken down in this treatment process, also known as coagulation or flocculation. The chemicals used are typically sodium or potassium hydroxide and sodium chloride. They react with wastewater and form solids that are eventually separated from the purified water. 

                                                         ___________________________________

Reynolds Water Conditioning was established in 1931 and is Michigan’s oldest water conditioning treatment company. Still owned and operated by the Reynolds family, we take pride in providing the highest quality products at a cost-effective price. If your tap water lacks the quality you deserve, contact us today at 800-572-9575.

Written by the digital marketing team at Creative Programs & Systems: https://www.cpsmi.com/

Comments

Post a Comment

Popular posts from this blog

Michigan Announces $267 Million in Grants to Enhance Water Infrastructure

  Michigan's EGLE has announced a significant investment of $267 million through the MI Clean Water grants to revamp the state’s water infrastructure. This funding aims to bolster dozens of local governments and water systems, enhancing public health and environmental protection. Key projects include new storm sewers and green infrastructure in Oakland County, lead water service line replacements in Marquette, and water main upgrades in South Haven. Governor Gretchen Whitmer emphasized the commitment to ensuring every resident has access to clean, safe water and highlighted the extensive measures taken to replace lead pipes and enhance sewer systems to mitigate flooding. This latest grant initiative extends across Michigan, impacting communities from the rural Upper Peninsula to urban centers in the lower state. The MI Clean Water Plan is set to address both legacy and emerging water system challenges, such as aging infrastructure and contaminants like PFAS. Supported by fu...
Read more

Benefits of a Having a Water Softener System Installed in your Home

Water is said to be hard when the high quantity of minerals such as dissolved calcium and magnesium are present. Having a water softener system installed in your home can prove to be beneficial in more than one way. A water softener is especially useful in areas where all people have access to is hard water.  Before shedding light on the benefits of having a water softener system installed in your home, let’s first look at some of the negative consequences that come with having hard water. Disadvantages of Hard Water Increases the amount of stains found from iron on clothing, landscape, sinks, and such Decreases the lifespan and durability of appliances including dishwashers, coffee makers, and more Shampoo and soap is less efficient in hard water as well as causing mineral build up in your hair Hard water leaves spots on clean glasses and dishes Increases stains and rings found on fixtures In certain locations chemicals are added to the water to soften it by local auth...
Read more

Protect Yourself from PFAS ‘Forever Chemicals’

  Per- and polyfluoroalkyl fluorinated substances called PFAS are dubbed “Forever Chemicals” due to the chemical bonds that hold the compounds together (about 5,000 substances) which never break down in the environment. PFAS can be found everywhere; they are in hundreds of products such as food-delivery containers and papers, nonstick cookware, stain-resistant clothing, carpets, and furniture, fireproof items, clothes, cosmetics, personal care products, and so much more. Tiny doses of PFAS are linked to cancer, reproductive and immune system damage, weight gain, and a plethora of other diseases. It is estimated that PFAS are found in the blood of 99.9 percent of all human beings on Earth, including newborn babies. For many reasons (including factory and facility discharge), PFAS have been found in drinking water throughout the United States. Over 1,400 communities in 49 states have detected PFAS in their drinking water according to the Environmental Working Group (EWG). This eq...
Read more