Environment Articles and Ezines

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1. The Importance of Treating Industrial Effluent March 15, 2024 Thanks to the advances in the installation of effective effluent treatment plant, industrial wastewater can now be treated right at the source, before discharging it to the environment or into the municipality’s drainage system. We often take clean water for granted, but it doesn’t always come easily… Industrial and manufacturing processes produce a huge amount of liquid waste, which is enriched with toxic contaminants. These can vary according to industry type – for instance, wastewater from agricultural processes has high contents of nitrogen and phosphorus, while food and bev... (read more) Author: Laura Jeeves

2. What is Effluent Treatment Plant? March 15, 2024 Manufacturing and commercial processes produce millions of litres of liquid waste on a regular basis and, due to high levels of toxins and contaminants of different natures, treatment is necessary before reuse or discharge into the environment. In short, this is what we call influent or untreated wastewater, and installing effluent treatment plant is common due to its efficiency. The plant produces treated wastewater with fewer contaminants, called effluent. Reducing Harmful Levels of Toxins The liquid waste often contains extreme levels of harmful substances that are d... (read more) Author: Laura Jeeves

3. Potential Difficulties of Industrial Wastewater Treatment March 15, 2024 Environmental regulations require manufacturing companies to employ purification methods for liquid waste before discharging it into the environment or the municipal drainage system. Industrial wastewater treatment is vital to ensure purification, by removing harmful contaminants and toxins that could otherwise be harmful to humans, animals, and the environment. Unfortunately, nothing can be guaranteed to be perfect, including wastewater treatment systems. As crucial and beneficial as they are, they come with lots of challenges that may pose financial losses if not properly plan... (read more) Author: Laura Jeeves

4. Wastewater Treatment: 4 Effective Methods February 15, 2024 Industrial processes produce wastewater with levels of physical, chemical, metallic, and metalloid toxins, which are harmful to humans and the environment in general. As a rule of thumb, environmental agencies require industries to employ a wastewater treatment solution to reduce toxins levels before discharging into municipal drainage systems or the environment. Since the toxins vary from one industry to another, purification methods also vary depending on the types and levels of toxins produced. In addition, stringent environmental standards expect companies to adhere to the... (read more) Author: Laura Jeeves

5. Wastewater Treatment: Demineralisation/Deionisation February 15, 2024 Industrial and commercial processes produce large quantities of wastewater. This requires prior treatment before discharging into the municipal drainage system or the environment, in accordance with the Environmental Agency in the United Kingdom. Different wastewater treatment solution systems are available to reduce contaminants, toxins, and impurities of different types in order to maintain the safety levels and standards. Examples of toxins found in industrial liquid waste include chemicals, pesticides, oils, heavy metals, pharmaceuticals, and other industrial by-products. Am... (read more) Author: Laura Jeeves

6. Wastewater Treatment Solutions: Hard Water vs. Softeners February 15, 2024 A wastewater treatment solution encompasses different processes and methods to reduce excessive levels of contaminants before discharging into the environment or reusing in industrial and commercial processes. One popular technology is water softeners, which reduce high levels of dissolved solids, such as calcium and magnesium ions. The excessive presence of these minerals increases the hardness of water, which can cause problems for plants and piping systems. Ready to learn about how softeners reduce hardness and why it is important to make water softer in an industrial setti... (read more) Author: Laura Jeeves

7. Effluent Treatment: What Reverse Osmosis Won't Remove January 15, 2024 Industrial processes produce wastewater rich in contaminants and toxins that require proper waste management before disposal into the environment or the public drainage system. This is why it is important to install effluent treatment plant, to ensure that wastewater meets the required environmental standards, as outlined by the Environmental Agency (EA) in the UK. Various methods are deployed to purify effluent, and one of them is reverse osmosis (RO). This method is very effective, as it has been proven to remove up to 99% of ions, or dissolved solids, bacteria, and particles.... (read more) Author: Laura Jeeves

8. Choosing the Right Effluent Treatment Plant January 15, 2024 Commercial and industrial processes produce a great amount of wastewater that requires standardised or approved waste management and disposal. It can be described as waste that contains high concentrations of pollutants such as dissolved solids, chemicals, metals, or organic products. Thus, this wastewater can cause potential harm to the ecosystem if disposed of or discharged through the municipal drainage system without prior treatment. An effluent treatment plant that is specifically selected for the appropriate industry is therefore a requirement to reduce high pollutants to ... (read more) Author: Laura Jeeves

9. Why is Industrial Wastewater Treatment so Important? January 15, 2024 Industrial processes produce effluent with extreme levels of chemical, biological, metallic, and metalloid pollutants, depending on the industry, of course. Environmental and quality standards maintain a strict level of adherence before it can be released back into the environment or discharged to the municipal drainage system, hence the importance of industrial wastewater treatment. Wastewater produced from industrial processes is a byproduct of different undertakings on a large commercial scale, producing effluent high in various contaminants that are harmful to people, anim... (read more) Author: Laura Jeeves

10. Simplex and Duplex Water Softeners: What's the Difference? December 13, 2023 The prolonged use of hard water in industrial processes has consequences that can cause premature damage to expensive plants and equipment, due to limescale build-up. This is rather more prevalent in the UK, where public water is not suitable for industrial processes due to high levels of calcium and magnesium. An industrial water softener provides a good solution for reducing calcium and magnesium ions for industrial use. So why is there such a need to correct this hardness? The geographic formation of most areas in the UK is made up of sedimentary rocks, such as limestone, cha... (read more) Author: Laura Jeeves

11. Understanding How an Industrial Water Softener Works December 13, 2023 Industrial processes rely heavily on the use of water, and due to the sensitivity of machinery and equipment, the mineral levels need to meet the required standards. Public water in the UK is safe for human consumption; however, it can negatively impact some domestic and industrial processes because 65% is classified as “hard". In simplified terms, it is deemed hard because it contains high levels of calcium and magnesium (and iron in some cases), which can lead to limescale buildup, in turn damaging expensive plumbing and equipment. The solution can be the installation of an indus... (read more) Author: Laura Jeeves

12. Deionised Water: What's the Story? December 13, 2023 Water used in a commercial setting requires strict adherence to industrial standards; hence, different methods are deployed for the purification process. Among these is the use of deionised water systems, which remove mineral ions such as calcium, magnesium, iron, and copper. The presence of these minerals causes limescale build-up, which will reduce the overall lifespan of plants and equipment. Calcium and magnesium access the public water supply when rain percolates the sedimentary rock surface, dissolving these minerals, while copper and iron gain access through the pipes. ... (read more) Author: Laura Jeeves

13. Working in Industrial Wastewater Management November 16, 2023 Industrial processes generate wastewater containing high levels of pollutants and contaminants, which require purification before being discharged into the municipal drainage system. Treatment is therefore necessary to ensure that wastewater from industrial processes meets the required environmental regulations and standards. There are various stages involved in the purification process that require different systems, and among them is the reverse osmosis water system. Regulations differ for every industry as well as the various operations that generate wastewater; the treatmen... (read more) Author: Laura Jeeves

14. Reverse Osmosis: A Smart Solution for Industrial Application November 16, 2023 Industrial operations utilise water for different purposes and, depending on the source (for example well, borehole, or sea), purification may be necessary to reduce chemical contents that can negatively impact plant equipment. In addition to this, wastewater generated from similar processes also requires purification before reuse or discharge to the environment. One kind of effective system is a reverse osmosis (RO) water purifier. For industrial use, this system offers a lot of advantages, such as purifying wastewater to meet strict environmental regulations and for reuse in ... (read more) Author: Laura Jeeves

15. How Industrial Reverse Osmosis Improves Water Quality November 16, 2023 Many and varied industrial processes require the utilisation of water that meets a range of strict criteria. But just as water fed into the plant system must be of a quality acceptable in that sector, so too must the waste generated needs to adhere to environmental standards and regulations. To achieve this, purification and treatment before and after the process may be necessary. One of the popular methods used in an industrial setting is reverse osmosis (RO). Water quality improves significantly after treatment using this method. Understanding the Process Reverse osm... (read more) Author: Laura Jeeves

16. Your Simple Explanation to Reverse Osmosis October 30, 2023 Reverse osmosis (RO) is a versatile water treatment method that plays a significant role in various industries and applications. It is a powerful tool for removing a wide range of pollutants and ensuring quality. In simple words, it involves the removal of impurities and contaminants from liquid. This method is particularly known for its use in drinking water purification, especially in eliminating salt and other unwanted substances from molecules. It operates by applying excess pressure on the solution side, causing the solvent to pass through a membrane against the concentration ... (read more) Author: Laura Jeeves

17. Common Methods of Industrial Water Purification October 30, 2023 Industrial water purification is the process of removing impurities from water to make it suitable for industrial use. It is essential for many industries including breweries, paper manufacturing, mining, and food operations. The process can include removing suspended or dissolved solids, bacteria, and other contaminants. The specific methods used will vary depending on the quality of the raw water and desired quality of the treated product, and the specific industrial uses. Methods of Industrial Water Purification Filtration: A process involving microfiltration and ultrafi... (read more) Author: Laura Jeeves

18. Why is Industrial Water Treatment so Important? October 30, 2023 Why is Industrial Water Treatment so Important? It is a critical process that often operates behind the scenes, yet its significance cannot be overstated. It is instrumental in safeguarding our environment, protecting our water resources, and ensuring the well-being of both humans and wildlife. This article explains the core aspects, the industries that rely on it, and the compelling reasons for its adoption. What Is It? At its core, industrial water treatment involves the process of treating wastewater generated by industrial and human activities. Wastewater is a term i... (read more) Author: Laura Jeeves

19. What is a Reverse Osmosis Water System? September 28, 2023 The purity of water is vital for the sustenance of countless species, the health of our ecosystems, and our own well-being, as humans. When it becomes polluted, there are far-reaching consequences for plants, animals, rivers, oceans, and human health. To protect the environment and reduce contamination levels, effective treatment methods are essential. In this article, we will explore the significance of an industrial reverse osmosis water system (RO) in addressing wastewater and safeguarding our precious resources. What is a Reverse Osmosis Water System (RO)? Reverse osmos... (read more) Author: Laura Jeeves

20. Reverse Osmosis in Action in Industrial Applications September 28, 2023 Reverse osmosis stands as one of the most prevalent and effective methods employed for the purification of water in industrial settings. This article digs into the world of RO systems for industrial use, explaining their significance and diverse applications across various sectors. Understanding Reverse Osmosis Reverse osmosis, often abbreviated as RO, is a method employed to rid water of chemical, biological, and microbial contaminants and impurities. It revolves around a process where contaminated water is subjected to pressure within a semipermeable membrane. This membra... (read more) Author: Laura Jeeves

21. Industrial Reverse Osmosis: Understanding Potential Issues September 28, 2023 Industrial reverse osmosis (RO) systems are recognised as an effective water treatment solution; but, like any complex system, they are not immune to potential issues. The challenges, their implications, and the critical importance of proper management – including expert advice and installation, and vigilant follow-up service and maintenance – are discussed below. The Necessity of Wastewater Management Wastewater, defined as water tainted with contaminants from human or industrial activities, demands our attention. If not treated appropriately before discharge into the enviro... (read more) Author: Laura Jeeves

22. Industrial Effluent Treatment Plant: Myths About Reverse Osmosis July 21, 2023 Reverse osmosis, also referred to as RO, is a water filtration process used in many industrial effluent treatment plants to effectively clean wastewater produced during manufacturing. Although there are other methods of cleaning wastewater, reverse osmosis is becoming a popular solution to the problem of contaminated effluent, thanks to its effectiveness, affordability, and eco-friendly nature. The process is really very simple. An effluent treatment plant that operates this kind of system uses a high-pressure pump to force the wastewater across a semi-permeable membrane. It’s... (read more) Author: Laura Jeeves

23. Fast Facts About Reverse Osmosis July 21, 2023 Although there are several effective solutions to effluent management problems, when it comes to industrial wastewater treatment, reverse osmosis is fast becoming one of the most popular methods. It can be a little more expensive to set up, but once this filtration system is up and running it can save manufacturers money and is much kinder to the environment. What is Reverse Osmosis (RO)? Before we jump into how it can be used in industrial wastewater treatment, let’s get to grips with how this process works. It’s effectively very simple. You’ve probably heard of osmosis, fro... (read more) Author: Laura Jeeves

24. Understanding Effluent in Simple Terms July 21, 2023 Although the term has been used in the sewage treatment industry for a long time, effluent is something that can be applied to a wide range of industries. From car manufacturing to food and drink producers, an effluent plant is something that features in many production lines, and should not be solely relegated to the world of sewage. People working in such industries may have heard of the term but not entirely understand it, so we’re here to provide a simple explanation. Deriving from the engineering word “effluence”, which describes a stream that leaves a chemical reactor, a... (read more) Author: Laura Jeeves

25. What is RO Water Treatment? June 27, 2023 A wide variety of industries produce wastewater during their production process. From food and drinks companies to car manufacturers, industrial effluent poses a challenge for all of them. The problem with producing such waste is that it often contains contaminants, such as chemicals, heavy metals, or bacteria. How to dispose of these contaminants in a responsible way is of growing concern, and many industries are turning to water purifying methods to cut down on water waste and better dispose of the non absorbing particles. One of the most effective processes is RO water treatm... (read more) Author: Laura Jeeves

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