industrial water treatment Articles
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Industrial water treatment using a modular system
Plants for industrial water processing and wastewater treatment designed using a modular approach have an advantage in a global implementation strategy. The German company, EnviroChemie, head quartered in Rossdorf has been developing, manufacturing and installing systems lo clean industrial wastewater, circulate water and condition process water for over 35 years. Its engineers and technicians ...
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Improving Automation At Remote Sites
Because water treatment usually involves a large geographic area, automation systems for water/wastewater applications often require remote sites. In industrial water treatment, water is typically treated immediately adjacent to its points of use, and these locations may be across large industrial complexes. In municipal applications, water often is pumped long distances across extensive areas ...
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Electrocoagulation in Water Treatment
Although electrocoagulation (EC) is an evolving technology that has for the past 100 years been effectively applied in industrial water treatment, the paucity of scientific understanding of the complex chemical and physical processes involved as well as the limitations (in terms of size and cost) of the needed power supplies in the past, have curbed large scale applications and hindered progress. ...
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Industrial Water Treatment Systems & How They Work
Industrial water treatment is a vital aspect of any industrial process that uses water. It ensures that the water is purified and ready for use, thereby reducing the risk of costly damages to equipment and products, as well as minimizing operating costs. In this blog, we will discuss the importance of industrial water treatment and the various methods used to purify water. ...
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Sustainable Game Changer: Electrocoagulation in Industrial Water Treatment
Let’s plunge into the core of industrial water treatment— grasping electrocoagulation in industrial water treatment. It’s a game changer. This innovative technology is revolutionizing how companies sustainably remediate their wastewater and treat their process water. You’re about to get the inside scoop on why electrocoagulation is winning fans across various ...
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How to Pick the Right Industrial Water Treatment System
Water solution treatment and demineralization remain a critical part of most industrial operations. Ultra-pure water is a vital component for all manufacturing plants, including pharmaceuticals, energy production, food industries, and many more. The best water solutions ensure efficient production processes as well as maintaining the quality of manufactured products. But how do you pick the right ...
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Sustainable Industrial Water Treatment Chemicals: A New Era
Ever ponder the progression of a single drop of H2O? Imagine it falling from the sky, rushing through rivers and streams, being drawn into an industrial process, then finally released back to nature. But there’s a crucial step we often overlook – the use of sustainable industrial water treatment chemicals. These silent heroes play an important role in this water journey. The story ...
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How a Paradigm Change Could Resolve the Lead and Copper Drinking Water Crises - Rob Ferguson, French Creek Software
A paradigm shift is needed to resolve the lead (Pb) and copper (Cu) potable water hazardous metal crisis in the United States. This commentary proposes a shift towards an industrial water treatment evaluation approach rather than a governmental compliance-centered evaluation. Industry represents technology, economics, results, and safety driven in its approach to tackling water challenges. ...
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Hydrogen sulfide removal - Case Study
Hydrogen Sulfide Treatment with KDF 85 Primary Water Treatment Media and Industrial Treatment Media KDF reacts with hydrogen sulfide to form insoluble copper sulfide which can be backwashed off KDF 85 medium. (More information on how KDF 85 process medium works as industrial treatment media and water treatment media.) Typical reaction with KDF 85 process medium - Cu/ZN° + H S — CuS + ...
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Biodegradability and methane production from secondary paper and pulp sludge: effect of fly ash and modeling
The effect of fly ash on biodegradability and methane production from secondary paper and pulp sludge, including its modeling, was evaluated. Three tests with fly ash concentrations of 0, 10 and 20 mg/L were evaluated at 32 °C. Methane production was modeled using the modified Gompertz equation. The results show that the doses used produce a statistically significant increase of ...
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Phyco-Flow Installation at Industrial Water Treatment Plant - Case Study
Varicon Aqua has built strong relationships with several large international companies since its inception, and we continue to expand this network with the installation of a Phyco-Flow system at the facilities of a large global resource management company, based in ...
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Importance of Industrial & Commercial Water Filters in Industry!
Industrial water filters are a significant part of the industrial process as they are used for many types of applications in the industry. These filters help in increasing the efficacy of the Industrial operations. Industries employ water filters for a variety of applications including institutional, municipal and industrial. Industrial water filters can sustain any weather or climate condition ...
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Monitoring VOC contamination in the exhaust gas from an industrial WTP - Case Study
APPLICATION Monitoring exhaust gas from an industrial water treatment plant. The exhaust gas is specially treated, and the effectiveness of the treatment process is controlled by the VOC measurement. CUSTOMER Refinery for coal tar products, Germany PROBLEM The exhaust gas is treated with activated car-bon filters. The contaminated carbon filters are reconditioned by desorbing contaminants ...
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Artificial Intelligence and the Water Treatment Industry
It's impossible to avoid hearing about AI these days. It seems that everywhere you turn, there is a horror story about deep fakes or computers enslaving humanity. But surely the water treatment industry will be spared from these nihilistic outcomes, right? Perhaps, like me, one of your earliest memories of AI was watching Terminator 2: Judgment Day. While it's a thrill to watch Arnold ...
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A study on fluorescence properties of carboxymethyl-quaternary ammonium oligochitosan and its performances as a tracing agent
Carboxymethyl-quaternary ammonium oligochitosan (CM-QAOC) exhibited high inhibition to scaling and microbial formation and also remarkable fluorescence. In this paper its fluorescent properties and application as a fluorescent tracing chemical for industrial water treatment were studied in detail. The fluorescence intensities of CM-QAOC were in good linear agreement with its content in the ...
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The ecological impact of membrane-based extraction of phenolic compounds – a life cycle assessment study
Many phenolic compounds show high boiling points, low molecular weights, moderate polarities or high toxicities. Therefore, conventional wastewater treatment is limited or expensive. Recycling of the separated compounds is often not possible. But, if liquid-liquid reactive extraction is linked to a non-porous membrane, some or all of the above mentioned limitations may be overcome. The key ...
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Titanium Coated Platinum Electrodes for Electrodialysis
Electrodialysis is a widely used separation process in industries such as water treatment, chemical production, and food processing. The performance and efficiency of electrodialysis systems depend on the choice of electrode materials. Titanium coated platinum electrodes have gained significant attention in the field of electrodialysis due to their unique characteristics and advantages. In ...
By YASA ET
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Wintershall project - providing Germany’s leading oil & gas supplier with a superior alternative for oil recovery - Case Study
A cost-effective, eco-friendly solution that replaced the existing conventional boiler feed water generation process for the Emlichheim Oil Field. IDE’s industrial water treatment solution has been in continuous operation since 1991, delivering 100% of the design capacity and ensuring steady, successful oil production for many years. Overview Capacity: 2400 m3/day Technology: ...
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Diverse Pore Sizes: Evolution and Significance in Membrane Technology
Explore the evolution of membrane technology from its initial challenges to its present-day prominence. Despite early obstacles, advancements have led to the development of high-quality membranes capable of withstanding harsh environments. Today, membranes are essential in various industries, including water treatment, biopharmaceuticals, and filtration techniques. Discover the significance of ...
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A short guide to industrial wastewater treatment
While the sources of wastewater are kept on creating issues for human society, the shortage of drinking water also lagged on behind it. The scarcity of drinkable water is the most severe issue that is the society is confronting today. Though we love in a society whose 1/3rd% lands are acquired by water, yet the sources of drinkable water are limited. But thanks to the modern technology that has ...
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