DAICO Water Management designs and engineers cost-effective and reliable industrial and commercial water treatment systems. We specialize in engineering industrial machinery for any water treatment problem. Producing drinking water is one of the most important applications of reverse osmosis.
While it was originally used for desalinating seawater, the decontaminating capabilities of reverse osmosis makes it effective for producing mineral-free drinking water.Water for injection requires an extremely high level of purity. Double pass reverse osmosis is used to remove microparticles, followed by EDI for sterilization.
While it was originally used for desalinating seawater, the decontaminating capabilities of reverse osmosis makes it effective for producing mineral-free drinking water.Water for injection requires an extremely high level of purity. Double pass reverse osmosis is used to remove microparticles, followed by EDI for sterilization.
Services
Daico Water Management doesn't install a system and leave you to figure out how to use it. We will startup any new system we install and provide on-site training in the operation and maintenance of unit. Daico can also reviewing the log sheets during the initial operation period and return to the job site for review and inspection of the system.
Commercial water treatment systems work to remove minerals and pollutants from water. Each water treatment system designed by DAICO is custom engineered for the local water chemistry, operating conditions and desired purity. A complete system can include many levels of pretreatment, filtration, polishing and sterilization.
RO is based on the process of osmosis. Osmosis involves the selective movement of water from one side of a membrane (a plastic film that looks similar to cellophane) to the other. To make the process work, pressure is applied to the contaminated water, forcing water through the membrane. Since contaminants do not move with the water as it moves across the membrane, purer water collects on the other side of the membrane.
Carbon filtering uses a piece of activated carbon to remove contaminants and impurities through chemical adsorption. Each piece of carbon is designed to provide a large section of surface area, in order to allow contaminants the most possible exposure to the filter media. Carbon filters are most effective at removing chlorine, sediment, and volatile organic compounds (VOCs) from water.
All thermal power plants produce waste heat as a byproduct of electrical energy. The cooling towers for US thermoelectric power producers use more than 70 trillion gallons of water yearly. Cooling water must be treated to meet each individual site's needs, which vary with the influent source water quality, type of boiler, discharge requirements and whether 'used' water is recycled within the plant.
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