water technology Articles
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Decentralized Municipal Wastewater Management Solutions: The Ultimate Guide
The Ultimate Guide to Decentralized Municipal Wastewater Management Solutions isn’t just a trendy topic; it’s the blueprint for securing our future. Imagine communities where crystal-clear water flows and nature thrives, all because we got smart about managing what goes down our drains. This guide cuts through the complexity of modern domestic wastewater challenges. You’ll ...
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Membranes for Municipal Wastewater Treatment: Advancing Clean Water Solutions for Cities
As the global population continues to urbanize, the challenge of managing municipal wastewater becomes increasingly critical. For the sake of environmental preservation and general public health, clean water is essential. Membrane technology has emerged as a groundbreaking solution in municipal wastewater treatment, offering efficient and effective methods to purify wastewater to stringent ...
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How Can Smart Technology Be Used in Water Solutions
Membracon are looking to expand their smart technology offerings, capabilities and partnerships to continue to provide cutting-edge technologies in water treatment. With the rise of global networking and trading, machinery and technology are becoming more integrated than ever before. However, the rise in the market creates an advance in competition. Seeking out the most efficient and cost ...
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Tastes, odors, and algal toxins in drinking water resources
Taste, odor, and appearance are the three key characteristics that consumers use to judge the quality and safety of water and aquaculture products. The global phenomenon of increased freshwater salinity may affect water quality. Technology is advancing capabilities to detect and treat tastings and odorants (T&O), algal/cyanobacteria cells, and toxins, as well as understanding sensory ...
By LG Sonic
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Partnership - PHILOS & Aquammodate partners to revolutionize the desalination industry with biomimetic membranes.
PHILOS Co. Ltd., a leading manufacturer of membranes for wastewater treatment, announces a collaboration with Aquammodate, a Gothenburg, Sweden-based green technology firm. The two firms intend to collaborate on the development and commercialization of pilot-scale membrane production. PHILOS has over two decades of experience creating and commercializing membranes and is devoted to continuing to ...
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A look to Specialized Electrocoagulation for Water Hardness Removal
Innovation in Water Remediation, A look to Specialized Electrocoagulation for Water Hardness Removal Hardness in water can be characterized into its primary constituent mineral components, typically calcium and magnesium. Excess water hardness in a water supply creates many issues for industry, utilities and life in general. Calcium and magnesium which are the principal sources of ...
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Specialized Electrocoagulation for Water Hardness Removal, An Innovation in Water Remediation
Hardness in water can be characterized into its primary constituent mineral components, typically calcium and magnesium. Excess water hardness in a water supply creates many issues for industry, utilities and life in general.Calcium and magnesium which are the principal sources of this issue are found in many sedimentary rocks, the common being chalk and limestone which are abundant in many areas ...
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On-Site Electrochemical Treatment of An Antimicrobial API in Pharmaceutical CIP Rinse Water - Case study
Customer Pain Point A US pharmaceutical manufacturing facility is adding a new production line that will produce more than 1.25 million gallons per year of clean-in-place (CIP) rinse water contaminated with an antimicrobial active pharmaceutical ingredient (API) in a background water matrix of USP grade oil, other organic compounds, suspended solids and fluoride The site wanted to achieve PNEC ...
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Which method is suitable for treatment of heavy metals in paper mill wastewater?
Current issues with paper mill wastewater contaminants The paper and pulp industry is among the largest industrial users of water resources operating across the world. Typically, pulp and paper industry operations require on average about 54-70 m3 (18,000 gallons) of water per metric ton (2200 pounds) of processed paper goods. This water usage is staggering, and water is used in almost every ...
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What Is Virtual Water?
Even goods that contain no actual water can carry a great deal of virtual water “Virtual water” is a concept in use since the 1990s that assumes all of the water required to produce a good remains embedded within the good as it moves along the value chain. With the concept of virtual water, we can say a bowl of completely dry cereal contains all the water that was needed to grow and ...
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Jiarong case study - LIER Chemical Pesticide Wastewater Treatment Project
Project detail Jiarong has applied its high concentrate technology to help LIER Chemical to reduce wastewater discharge from its original wastewater treatment system and improved the discharge water quality by introducing membrane technology to ensure its stable compliance of national standard. At the same time, part of wastewater is treated by the membrane system to improve the efficiency of ...
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Pulp & Paper Wastewater Treatment - Innovative Treatment for Efficient Water Management
The paper and pulp industry is among the largest industrial users of water resources operating across the world. Typically, pulp and paper industry operations require on average about 54-70 m3 (18,000 gallons) of water per metric ton (2200 pounds) of processed paper goods. This water usage is staggering, and water is used in almost every single part of the pulp and paper manufacturing process. ...
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Saving water: complete water recycling for industry - Case Study
Access to clean water is a basic requirement for effective production. In Brazil, however, many regions suffer from acute water shortages. Some urban centres where large numbers of industrial enterprises have moved in, such as São Paulo, Rio de Janeiro or Belo Horizonte, are facing the worst water crisis in over 84 years, as Brazil's environment minister, Izabella Teixeira, explained in ...
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UF Purification versus Microfiltration, Which Process To Choose For Your Application?
Anyone who has studied at the very least high school level biology (and paid attention) is familiar with the concept of a membrane, in particular a semi-permeable membrane. Biological living cells are wrapped in semi-permeable membranes that keep their functions separate from the surrounding environment. The semi-permeable aspect allows only certain ions and organic molecules to pass into or out ...
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Water Treatment Membranes and Their Processes
Filtering out contaminants, even at the nano scale, membranes are a mainstay of water and wastewater treatments In water treatment, membranes are barriers that allow water to pass through but stop unwanted substances from passing through with it. Working much like the cell walls in our bodies, technical membranes filter out salts, impurities, viruses, and other particles from water. A membrane ...
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Electrocoagulation: Effective Treatment of Silica Removal from Water
What is Silica? Silica, the second most abundant element on earth after oxygen, can be found in almost every water supply across the globe. Often known for being a hard and glassy mineral substance, this element can be found in numerous forms including sand, quartz, and granite. The mineral can be found in natural groundwater supplies in the forms of colloidal silica or reactive silica. While ...
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Ceramic Membrane Integrative Equipment Shows Out in the Field of Chemical Fiber Wastewater Treatment
In chemical fiber wastewater treatment project, Jiuwu's ceramic membrane wastewater treatment integrated equipment is used as the core equipment, and the problem of wastewater treatment in chemical fiber production is solved economically and efficiently by using the ceramic membrane purification. Chemical fibre wastewater is one of the most difficult wastewater treatment because of its complex ...
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Electrocoagulation: The Optimized Tool for Reverse Osmosis Pretreatment
Electrocoagulation: The Optimized Tool for RO Preatment Reverse Osmosis Desalination (RO) is used to treat water that comes from a variety of water sources across the world. From the brackish water of certain rivers and lakes, to the sources of tertiary municipal and industrial wastewater for reuse, this technology provides great versatility to its operator. It is because of the variability of ...
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A basic guide to municipal water treatment & its specialized areas
Clean, safe, potable water is meagre today. Statistic says, presently around 1.2 billion people in this advancing world don’t have access to safe drinkable water. The scarcity of water stand stood as the most common yet perilous problem, the current society is facing these days. The scarceness of water already affects each and every continent of the world, and the problem is not a newer ...
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Cost comparison of full-scale water reclamation technologies with an emphasis on membrane bioreactors
The paper assesses the costs of full-scale membrane bioreactors (MBRs). Capital expenditures (CAPEX) and operating expenses (OPEX) of Spanish MBR facilities have been verified and compared to activated sludge plants (CAS) using water reclamation treatment (both conventional and advanced). Spanish MBR facilities require a production of 0.6 to 1.2 kWh per m3, while extended aeration (EA) and ...
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