Storage Tanks, Drums & Containers

The mechanism of Reverse Osmosis involves employing a high-pressure pump specifically designed for RO systems. This pump elevates the pressure on the side containing salt, compelling water to traverse the semi-permeable RO membrane. As a result, the majority of dissolved salts (approximately 95% to 99%) are retained in the reject stream, ensuring purified water on the other side of the membrane.

The ion filtration process is facilitated through the utilization of semi-permeable membrane filter elements, where pressure is applied to the water. The membrane housing, functioning as a pressure vessel, accommodates these membrane elements in a reverse osmosis water treatment system. Reverse osmosis is employed for desalting raw water, reducing total dissolved solids by up to 98%, as depicted in the Reverse Osmosis Components figure on page 10. The specifications for two types of reverse osmosis membranes, LP21-4040 and LP 22 8040, include size, permeate rate, active membrane area, operating temperature and pressure, rejection rate, and a lifespan of 2-3 years. This system, recognized as the most advanced desalination equipment for homes and industries, utilizes RO membranes to eliminate organic matter, bacteria, and viruses. The outcome is low-salt water with low total dissolved solids and high purity. Continuous washing of the membrane filter elements is necessary during the filtration process, ensuring a pollution-free system.

The Precision Filter, often referred to as a surface filter, operates by capturing impurity particles on the surface of the filter medium rather than within it. Primarily utilized for removing trace suspended solids, especially before processes like reverse osmosis and electrodialysis, it serves as a security filter following the multi-media filter. This filter comprises a housing and an internal filter element. During operation, water enters the filter element from the exterior, trapping impurity particles on the outer surface. The purified water then passes through the filter element and exits through the collection pipeline. The precision filter typically has a filtration accuracy ranging from 1.1 to 20μm. The filter element's accuracy can be easily replaced, and the housing is commonly constructed from either stainless steel or organic glass. Regular backwashing, typically performed once a day, is recommended for effective use.

The Precision Filter, often referred to as a surface filter, operates by capturing impurity particles on the surface of the filter medium rather than within it. Primarily utilized for removing trace suspended solids, especially before processes like reverse osmosis and electrodialysis, it serves as a security filter following the multi-media filter. This filter comprises a housing and an internal filter element. During operation, water enters the filter element from the exterior, trapping impurity particles on the outer surface. The purified water then passes through the filter element and exits through the collection pipeline. The precision filter typically has a filtration accuracy ranging from 1.1 to 20μm. The filter element's accuracy can be easily replaced, and the housing is commonly constructed from either stainless steel or organic glass. Regular backwashing, typically performed once a day, is recommended for effective use.

The automatic water softener system operates on the ion exchange principle to eliminate calcium, magnesium, and other scaled ions from the water. As water from the carbon filter flows through the resin layer in the exchanger, calcium and magnesium ions are exchanged with sodium ions, which then enter the water. Consequently, the water leaving the exchanger is softened without any adverse effects. The Plastic Body (FRP) Softener (Resin) Filter, as depicted in the figure, plays a crucial role in this process. Cation exchange resins are employed to replace calcium and magnesium, the primary components responsible for scale formation in water. Once the resin has absorbed a sufficient amount of these ions, it undergoes a regeneration process. This process involves rinsing the resin layer with saltwater in the saltbox to eliminate hardness ions and expelling the resin from the tank with regeneration waste liquid. This ensures the restoration of the soft exchange function.

The automatic water softener system operates on the ion exchange principle to eliminate calcium, magnesium, and other scaled ions from the water. As water from the carbon filter flows through the resin layer in the exchanger, calcium and magnesium ions are exchanged with sodium ions, which then enter the water. Consequently, the water leaving the exchanger is softened without any adverse effects. The Plastic Body (FRP) Softener (Resin) Filter, as depicted in the figure, plays a crucial role in this process. Cation exchange resins are employed to replace calcium and magnesium, the primary components responsible for scale formation in water. Once the resin has absorbed a sufficient amount of these ions, it undergoes a regeneration process. This process involves rinsing the resin layer with saltwater in the saltbox to eliminate hardness ions and expelling the resin from the tank with regeneration waste liquid. This ensures the restoration of the soft exchange function.

A raw water storage tank serves as a vessel that directly gathers water from its source. There are two variations: a stainless steel tank, with a size tailored to specific needs, and a plastic body tank, also customizable in size and typically favored by clients. This tank functions as a pivotal point for the transfer of water to the filtration system. Essentially, the raw water storage tank falls within the client's responsibility and is integral to the overall water management process. The customization of tank materials and sizes caters to individual preferences and project requirements.

A raw water storage tank serves as a vessel that directly gathers water from its source. There are two variations: a stainless steel tank, with a size tailored to specific needs, and a plastic body tank, also customizable in size and typically favored by clients. This tank functions as a pivotal point for the transfer of water to the filtration system. Essentially, the raw water storage tank falls within the client's responsibility and is integral to the overall water management process. The customization of tank materials and sizes caters to individual preferences and project requirements.