... water and just water...
AUTO MOTIVE INDUSTRY
In processes that are associated with car manufacturing, CWG has complete filter systems that play a key role. Their purpose is to protect equipment for the production and maintenance of water clean.
Through these processes, it is important to ensure the flawlessness of process water, protect sprinkler systems as well as spray nozzles. This is achieved by effectively and reliably removing suspended particles such as silt, sand and other impurities that may be present in the production process.
One particular aspect in the car industry is vehicle washing. Contaminated water collected in tanks or pools can be reused in the system without interruption thanks to automatic filtration. The purity of the washing water supply has a double effect: it not only protects spray nozzles and auxiliary equipment, but at the same time prevents surface scratches on the vehicle color caused by abrasive particles.
CWG industrial water filtration systems play a key role in achieving optimal results in the automotive industry. They not only reduce water loss and increase production efficiency, but also raise the quality of end products. In an industry where precision and high quality play an important role, CWG self-reflection filter systems technology is becoming a key ally.
CHEMICAL INDUSTRY
In the chemical industry, key chemicals such as sulfuric acid, nitrogen, ethylene, oxygen, propylene and chlorine represent the basis of production. The application of these chemicals is diverse: from the production of fertilizers (sulfuric acid), emergency freezing of food (liquid nitrogen), to the production of synthetic rubber (ethylene) and the elimination of pathogens from water (chlorine). The spectrum of applications is wide and diverse.
The chemical industry, just like most manufacturing sectors, inevitably uses water during the production process. Water is used to create products or cooling equipment used in the process. Industrial water plays a role in the manufacture, washing, dilution, cooling and transportation of products. The production of chemical products requires significant amounts of water. Regardless of the purpose of the water within the production process, filtration is essential for the process to be efficient. Adequate filtration ensures product quality, energy and water efficiency and sustainability.
In the chemical industry, CWG industrial water filters represent the ideal filtration solution. The automatic self-cleaning cycle ensures an uninterrupted flow in the system, thereby maintaining the continuity of production. Also, CWG offers water filters for the chemical industry made from a variety of high-quality stainless materials and FRP, adapted for environments with corrosive characteristics.
Thinking about costs and inefficient discharge of wastewater encourages a number of facilities to apply process water reuse systems for secondary processes. Recycling process water through filtration systems provides security against possible problems caused by the limited availability of spring water.
When process water reuse is not possible, particle reduction through industrial water filters often contributes to reducing wastewater costs.
HVAC AND DATA CENTERS
Within the HVAC system, cooling is achieved through cooled towers that remove heat from the refrigerator. In large facilities such as convention centers, hotels, hospitals, universities and data centers, the cooled tower is an indispensable part of heating, ventilation and air conditioning.
Preserving the cleanliness of refrigerators and preventing the accumulation of impurities, deposits and biological growth in cooling systems in data processing centers is essential for maintaining energy efficiency, rational water consumption and the security of the data centers themselves.
An efficient filtration system significantly reduces the level of particles in cold water, which directly reduces clogging. Since microbiological organisms use organic particles for food, particle reduction also leads to less biological growth. Filtration has an additional positive effect because it prevents corrosion, caused by biological growth, and deposits resulting from clogging and corrosion.
CWG industrial water filters fit perfectly into filtration requirements in the chemical industry. Their automatic rinsing system ensures that there are no interruptions in the course of the system (for example, production). In addition, CWG offers water filters in the chemical industry made from a variety of high-quality stainless materials and FRP, adapted to corrosive environments.
Saving water and reducing wastewater costs encourages many facilities to reuse process water for secondary processes. Through the filtration system, process water recycling provides protection against possible problems associated with the lack of spring water.
Where the reuse of process water is not possible, reducing particulate matter through industrial water filters often significantly reduces the cost of wastewater.
PETROCHEMICAL INDUSTRY
Chemical and hydrocarbon processes use a large amount of water for cooling and service purposes. Rivers, canals or wells are often provided with the most economical source of water for petrochemical plants. CWG filters for self-cleaning water ensure uninterrupted water flow, cooling and operation of the plant without interruption, thus eliminating the need for expensive maintenance and periodic closure.
With the rising cost of wastewater discharge, the reuse of process water for secondary processes reduces operating costs. Recycling process water through an industrial filtration system facilitates potential difficulties caused by a limited water source.
When process water cannot be reused, particle reduction through an industrial water filter is often useful in reducing the cost of wastewater. CWG offers solutions for mobile container filtration systems as well as durable filtration solutions.
POWER PLANTS AND POWER PLANTS
A variety of methods exist for the production of energy that use water as a key component of the function of the system. Across the energy production sector, CWG industrial water filtration systems help plants achieve higher output results.
Electricity generation in centralised stations dates back to the late 19th century. centuries. Energy production from coal, natural gas and oil is becoming increasingly problematic. The future of clean energy generation lies in hydroelectric, solar, tidal, wind and geothermal sources. CWG is committed to joining the global movement to give up fossil fuels and move towards clean energy production methods that do not contribute to climate change.
Cooling towers often accompanies all forms of energy production. When equipment becomes soiled, together it consumes large amounts of energy and reduces efficiency. The accumulation of impurities in process water pipelines also contributes to a decrease in the efficiency of heat transfer.
CWG industrial water filters provide effective particle removal, increasing efficiency and reducing the risk of system deterioration and stopping. If the accumulation of particles is prevented by using our self-cleaning water filters, chemical costs are reduced and efficiency increased. Energy generating plants using CWG industrial water filters also optimize water use in pollution control through wet exhaust gases and wastewater recycling.
TEXTILE INDUSTRY
The textile industry consumes large amounts of water during a variety of processing operations. Mechanical processes such as weaving and weaving consume a very small amount of water compared to textile wet processing operations, where water is used profusely.
Almost all paints, special chemicals and finishing chemicals are applied to textile substrates from water baths. In addition, most fabric preparation steps, including starch removal, washing, bleaching and merzerization, use water systems.
In wet treatment of textiles, water is used mainly for two purposes: as a solvent for chemical processes and as a detergent and rinse agent. In addition, water is consumed for ion exchange, boiler, water cooling, steam drying and cleaning processes.
Efficient use of water is crucial in the textile industry. Water conservation through reliable filtration and reuse is an easy access to saving water, time and money. Declining groundwater, declining clean water sources, and increased needs of both industry and growing populations have resulted in higher costs. CWG industrial filtration systems for the textile sector make water use economical and sustainable.
BALLAST WATER
CWG ship filtration systems and ballast water filtration effectively remove particles and marine deposits from ballast water and other pipelines on board. The filtration system is fully automated and does not cause interruptions in progress during a short cleaning cycle. CWG ballast water self-cleaning filters will be easy to integrate into a complete ballast water management system (BWMS).
CWG filtration of ballast water removes large, dangerous organisms as well as sediments and algae before water enters the main disinfection process (UV disinfection). Adequate particle filtration is crucial for the protection of downstream elements and the longevity of BWMS. CWG ballast water filters ensure the removal of particles that matter, up to a size of 40 microns.
Filter housings, sieves and all components that come into contact with water in CWG self-cleaning ballast water filters are made of plastic resistant to seawater or other high-quality materials made of stainless steel and alloys. CWG ballast water filters have a short, automatic cleaning cycle that does not interrupt the ballasting process. These filters have a small footprint and can be installed vertically and horizontally.
LAUNDRY
CWG industrial water filtration systems can be turned on to efficiently and reliably remove particles from dirty water in a wide range of wastewater treatment processes in laundries. Washing dirty towels, tablecloths, uniforms, mops and other items results in a high volume of contaminated water. Industrial and commercial laundry facilities have daily cycles to provide clean laundry for restaurants, hospitals, hotels and various other business sectors in a reliable way. Laundry wastewater contains various suspended particles, including sand, gravel, fiber and other residues specific to the original use of items being washed.
CWG industrial water filters can be integrated into an efficient and reliable process of removing solids within a wider wastewater treatment package from washes or filtration systems. Fully automated CWG filters are applicable for process water treatment, user water treatment, wastewater treatment and recycling/reuse for various purposes within the laundry.
METAL INDUSTRY
CWG industrial water filters can be applied in metalprocessing applications to remove suspended particles from the natural or urban water supply system, as well as from refrigeration, process and waste streams to improve the efficiency of water use during each phase of metal treatment.
Cooling equipment is an important consideration in mills and foundries. In such harsh environments, particles often end up in the water supply system via cooling towers and other devices, making filtration necessary.
Removing the shell from the roller can be particularly problematic in the metalworking environment. As production requirements continue to grow and environmental compliance becomes stricter, reliable particle filtration becomes extremely important. Removing the scale using CWG industrial water filtration systems enables mills to operate more efficiently, both in terms of water and energy saving and the extended service life of metalworking equipment. The implementation of the CWG industrial filtration system reduces or eliminates the need for scale lagoons and offers more organized use of precious space.
PAPER INDUSTRY
Manufacturers in the paper and cardboard industry require large amounts of high-quality water available at a low price. The inclusion of a CWG industrial water filtration system provides an outstanding way to ensure a reliable flow of clean water from natural raw water sources and recycled water.
As an alternative to purchasing drinking water from the city’s water works, many companies use direct water sources like rivers or lakes. Due to the natural density of particles, it is necessary to filter water from untreated sources before use in an industrial system.
CWG industrial self-cleaning filters allow the use of these water sources as the primary water supply source for pulp and paper factories, ensuring product quality.
Once water has been used in the pulp and paper production process, large quantities of wastewater can be recycled through an industrial water filtration system for lower-quality applications, such as washing or mixing water. Reducing the volume of wastewater reduces the environmental impact and increases the efficiency of the system.
CAR WASH
In car wash systems, improving the efficiency of water use is used on the bottom line, saves energy and creates a more sustainable operation.
Well-maintained car wash plants typically use from 40-80 litres of water per vehicle without recycling water for washing. Automatic re-use cyclus return systems and water filtration reduce the use of new water by using sequential tanks to retain and re-enter filtered water back into the vehicle wash system. The installation of a water treatment system after the depository tank of the car wash system provides a comprehensive solution; reducing the amount of water used and improving water quality.
CWG water solutions can turn an open system into a re-use water recycling system or can be easily integrated into an existing closed system. Our self-cleaning devices will protect spray nozzles and help avoid unnecessary stops.
FISH FARMS AND AQUACULTURE
Aquaculture is the cultivation, upbringing and harvesting of fish, shellfish, algae and other organisms in all types of aquatic environments.
With the rise in demand for seafood, technology has made it possible to grow food in coastal sea waters and the open ocean. Aquaculture is a method used to produce food and other commercial products, restore habitats and restore wild stocks, and reestablish populations of endangered and extinct species.
In aquaculture systems in both marine and freshwater environments, careful control of water conditions can help increase yields, produce high-quality fish, improve population density, and reduce the risk of disease and contamination.
CWG marine and freshwater filtration systems effectively reduce particulate loads, prevent the introduction of invasive species and provide efficient and reliable water quality regulation.
MINING AND MINING OF METALS
Regardless of the resource being mined, water is used for various purposes in mining operations. Water in mining processes can be corrosive and require the use of water filters in corrosion-resistant mines.
Modern mining operations are increasingly becoming complex and require large amounts of water. Cost-effective operation with environmental compliance requires uninterrupted access to high-quality water. Wastewater filtration outside the process is necessary in order to return as much water as possible to the process – re-use.
Common filtration applications at mining sites include wastewater filtration, power water filtration, process water filtration for dust reduction systems, washing, filtration for process water reuse (drainage), precious metal (boulder) extraction solutions, and more.
PRODUCTION OF PLASTICS
The plastic extrusion industry requires cold process cooling water to be supplied at constant temperature and in large quantities to maintain the precision of the water profile.
Plastic injection molding is one of the many technologies that use water as the primary cooling agent. To cool the molds, water can be supplied through the channel to ensure a fast cooling time. Colder molds often work more efficiently because they allow for faster cycles. This concept is passed on to many industrial cooling needs in the production of plastics.
As an indispensable part of the cooling process, CWG solutions improve product quality and reduce refrigerator failures, while allowing careful control of process temperature. Our filters extend the duration of the process and reduce the need for regular maintenance or cleaning interruptions . CWG industrial water filters also reduce pollution of spray nozzles, heat exchangers and other process devices, reducing costly replacements and increasing productivity.
SHIPBUILDING
CWG ship systems and ballast water filtration systems effectively remove particles and marine deposits from ballast water. The filtration system is fully automated and does not cause a flow interruption during a short cleaning cycle.