New Technologies in Industrial Waste Water Treatment

Agape Water Solutions is an industry leader in high quality and reliable industrial water treatment products and services. Agape Water provides innovative solutions to reduce waste and chemical consumption as well as improve the quality of water systems. At Agape Water Solutions, a team of experts offers such leading-edge environmental support services as electrodeionization and reverse osmosis.

As industry experts note, emergent technologies are revolutionizing the industrial ultra pure water treatment field. Historically, companies have been slow to adopt new water treatment facilities, but that trend is changing. Today, many existing deionization technologies are aging and in need of replacement. Moreover, more communities are facing water shortages, driving increased demand for industrial water reuse. These factors are motivating more investment in state-of-the-art water treatment technologies by industrial companies.

To keep costs in check, industry experts recommend companies seek out solutions that treat the water as close to its source as possible and evaluate potential technologies to ensure they have a way to track and monitor treatment results.

Agape Water Solutions provides individual solutions to the specific problems and challenges at each plant.

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Purifying Water Using Reverse Osmosis

As a manufacturer of industrial water filtration and purification systems, Agape Water Solutions provides a number of highly effective forms of water treatment. Those systems include reverse osmosis. A term often heard in the world of water, reverse osmosis is an effective way to achieve a high level of purification. But how exactly does it work?

Reverse osmosis uses semi-permeable membranes to achieve purification. These membranes allow water to pass through while filtering out contaminants. As water flows outside of the membrane, systems like those employed by Agape Water Solutions apply pressure to the initial feed water. The pressure forces purified water through an internal permeate tube. The remaining water is sent to a special compartment where it is drained.

Each membrane element within an industrial-sized system consists of a permeate collection tube, feed flow permeate coupling and a brine seal. The membrane elements are inside a pressure vessel. By separating the various types of water according to contents, reverse osmosis is able to ensure a high level of purification and produce a finished product that is virtually contaminant-free.

Activated Charcoal as a Filter Element

Agape Water Solutions, Inc. supplies water treatment equipment and services to customers including power plants, pharmaceuticak, electronics manufacturers, laboratories and other operations with a need for ultra-pure water. Agape Water Solutions’ systems utilize a variety of purification methods, from reverse osmosis and electrodeionization to methods utilizing such cost-effective materials as service deionization.

Agape Water Solutions, Inc., Explains Dechlorination

Agape Water Solutions is a leader in electrodeionization (EDI) water purification technology. After the company’s experts begin the water purification process by filtering out all iron and other impurities, the experts must dechlorinate the water to keep the chlorine from damaging EDI and reverse osmosis (RO) mechanisms. Depending upon client specifications, the company builds systems that achieve dechlorination using one of three different methods:

Activated carbon filtration: As the name suggests, this process relies upon activated carbon to remove chlorine and other impurities from the water. Commonly used in domestic drinking water filters, activated carbon must be replaced fairly regularly to maintain its effectiveness.

Ultraviolet (UV) light: This method of dechlorination has become increasingly popular in recent years with advancements in technology. When experts apply UV light to water that contains chlorine, the light causes the molecular bonds of the chlorine and chloramine compounds to dissociate, leaving water ready for EDI and RO.

Sodium metabisulfite injection: Water purification specialists rely on the principles of basic chemistry for this dechlorination method. When sodium metabisulfite is introduced into chlorinated water, the compound reacts with the chlorine, essentially neutralizing it.

Agape Water Solutions and the Benefits of Reverse Osmosis

Based in Harleysville, Pennsylvania, Agape Water Solutions is committed to preserving the environment through its industrial water treatment equipment and support services. The company has in-depth knowledge of a number of membrane systems, among them reverse osmosis (RO) systems.

Reverse osmosis is the process of water purification by which water is moved across a semi-permeable membrane from low concentration to higher concentration. Commonly used to filter both commercial and residential water, the process holds many potential benefits for consumers. The small pores of the semi-permeable membrane do not allow salt, minerals, bacteria, or disease-causing pathogens to pass through, which makes a reverse osmosis system ideal for desalinating water or for providing mineral-free and pathogen-free water, as well as for removing contaminants from water in areas without access to municipally treated water. Reverse osmosis is also an effective choice for areas at particular risk for waterborne diseases, or to purify liquids like ethanol, in which water would constitute an impurity.

About Electrodeionization (EDI)

Electrodeionization (EDI) is a process to remove impurities from water. EDI uses electricity to deionize water and is often a polishing treatment to reverse osmosis (RO). Unlike other water treatment technologies, EDI does not employ chemical methods. One EDI provider, Agape Water Solutions, notes that industrial operations can take advantage of EDI and continuous electrodeionization (CEDI) technologies to produce ultrapure water with no hazardous chemicals.

The experts at Agape Water Solutions recommend that companies seeking EDI technologies consider whether they require a pre-engineered or custom engineered solution. In both cases, the EDI system is fed pre-filtered and dechlorinated water with a low concentration of total dissolved solids (TDS). Electrical DC power is passed between a positive electrode (cathode) and negative electrode (anode) to allow regeneration of ion exchange resin. Ion exchange resin similar to mixed bed resin is used for separation of positive and negative ions and contaminants. The DC power regenerates the resin and attracts the oppositely charged ions into the concentrate waste stream. The end product is high-purity deionized water.

Today, standalone EDI and CDI solutions are available to companies with existing RO systems. Or, companies can implement packaged RO-EDI solutions. Either way, the users benefit from reduced waste streams and reliable output of ultrapure water for manufacturing applications.

About Agape Water Solutions:
Agape Water Solutions, Inc., based in Harleysville, Pennsylvania, provides a variety of water treatment techniques for large industrial operations.

A Simple Explanation of Reverse Osmosis from Agape Water Solutions, Inc.

To understand how reverse osmosis works, first think of the chemical process of osmosis. Osmosis is the transfer of a solvent such as water across a semipermeable membrane. The natural process is for the water to transfer from the dilute side to the higher concentrated side of the membrane. The amount of pressure required to maintain balance across the membrane is known as the osmotic pressure.

Reverse osmosis is the process of deionizing water by applying higher than osmotic pressure across the membrane to maintain higher level of low dissolved solids in the permeate water. Pressure applied on the feed or concentrate side containing the concentrate water forces pure water to pass through the membrane, thereby removing any substances dissolved within it.

About Agape Water Solutions, Inc.: Based in Harleysville, Pennsylvania, Agape Water Solutions offers equipment for industrial water treatment employing both electrodeionization and reverse osmosis techniques, and it provides technical and consulting support services. The company aims to promote efficient and environmentally sound systems to improve water quality.