Welcome to RODITEK FLUIDS OPC

Innovative Solutions for Effective Water Treatment

About Us
RODITEK FLUIDS OPC, established in 2023, is a dedicated provider in the water treatment industry. Specializing in wastewater and sewage treatment plants, we leverage advanced RO-DI technology to meet the growing demand for pure, treated water. Our commitment is to deliver sustainable and efficient water treatment solutions.
Innovative Water Treatment
Ensuring Clean Water for a Sustainable Future

RO-DI Technology

What Is Deionized Water? Deionized water, also known as demineralized water, has had its ions removed through ion exchange. It is commonly used in various industrial and laboratory applications because it lacks contaminants and impurities that can interfere with chemical reactions or damage sensitive equipment. Deionized vs. Distilled Water Distilled water is purified by boiling until its components become vapor, which can chill off into unadulterated refined water. Deionized water is delivered by passing the source water through a cation or anion trade framework, eliminating all particles. The primary contrast between these two sorts of water is immaculateness. Deionized water is the most perfect type of water accessible and, at times, can be viewed as a sort of engineered water. However, distilled water does not contain any impurities and therefore has fewer contaminants than deionized water. What is the pH of Deionized Water? Deionized water lacks ions and thus should have a neutral concentration which is pH 7. Nonetheless, that is not generally the situation since the water generally comes into contact with air CO2 to shape a frail carbonic corrosive, lessening the pH to 5.5. It's vital to take note that the pH just drops subsequent to presenting the water to air CO2. Consequently, the underlying pH perusing ought to be an impartial pH of 7. Anything lower than that ought to be a sign of a flawed estimating instrument. Top 9 Uses of Deionized Water: Here are some common uses for deionized water: 1. Laboratory use: Deionized water is often used in laboratories as a solvent or to prepare solutions because it lacks ions that can interfere with chemical reactions. It is also used to rinse and clean lab glassware to remove any trace contaminants that could affect experiments. 2 Industrial use: Deionized water is used in many industrial processes, such as power plant cooling systems, boiler feed water, and manufacturing processes. It is also used to clean and rinse industrial equipment and parts. 3. Medical use: Deionized water is used in the production of pharmaceuticals, as well as in dialysis machines and other medical equipment. 4. Agricultural use: Deionized water is used to irrigate crops and to prepare nutrient solutions for hydroponic systems. 5. Aquariums: Deionized water is often used in aquariums to help maintain the proper pH balance for fish and other aquatic life. 6. Car washing: Deionized water is used in car washing because it does not leave water spots on the surface of the car. 7. Cooling systems: Deionized water is used in cooling systems because it does not leave deposits on the surfaces it touches, which can lead to corrosion and reduced efficiency. 8. Glass cleaning: Deionized water is used to clean glass and other surfaces because it does not leave streaks or spots. 9. Electronics manufacturing: Deionized water is used in the manufacturing of electronics to clean and rinse components and to prepare solutions for use in manufacturing processes. Employing advanced Reverse Osmosis and Deionization technologies, we provide high-purity water treatment solutions tailored to various industrial needs.

Waste Water Treatment Plants

Wastewater treatment is a process which removes and eliminates contaminants from wastewater. It thus converts it into an effluent that can be returned to the water cycle. Once back in the water cycle, the effluent creates an acceptable impact on the environment. It is also possible to reuse it. Types of treatment plants Wastewater treatment plants may be distinguished by the type of wastewater to be treated. There are numerous processes that can be used to treat wastewater depending on the type and extent of contamination. The treatment steps include physical, chemical and biological treatment processes. Types of wastewater treatment plants include: Sewage treatment plants Industrial wastewater treatment plants Agricultural wastewater treatment plants Leachate treatment plants

Water Purification System

What are the modern water purification methods? Ultraviolet (UV) Treatment UV treatment is a method of water purification that uses UV light to kill bacteria and viruses. The UV light damages the DNA of the pathogens, making them unable to reproduce. UV treatment does not remove impurities such as chemicals or heavy metals, but it is effective in killing most pathogens. The main advantage of UV treatment is that it is an environmentally friendly way to purify water. Reverse Osmosis Reverse osmosis is a method of water purification that uses a semipermeable membrane to remove impurities. The membrane allows water molecules to pass through but blocks impurities such as minerals, chemicals, and bacteria. Reverse osmosis can produce high-quality, safe water, but it is an energy-intensive process that requires specialized equipment. MicroFiltration and Ultra-Filtration An ultrafiltration filter has a pore size of approximately 0.01 micron, while a microfiltration filter has a pore size of around 0.1 micron. When water is subjected to microfiltration, a significant

RO-EDI Technology

Reverse osmosis electro deionization, or RO-EDI, is the most popular water filtration method, mostly used in food and pharmaceutical sector. Both the techniques of reverse osmosis and electro deionization are essentially combined in RO-EDI systems. What is RO-EDI (Electro deionization) water treatment system? A RO-EDI system uses single or double pass RO to pre-treat feed water before sending it on to electro deionization, which produces the highly pure water of 10-15 M needed for sensitive applications. It is also used to treat the boiler water in power plants. What are the benefits & features of RO-EDI water treatment systems? The product water output = 20000 LPH They produce high purity water of 10 - 18 Mega Ohms? Panel mounted resistivity meter with digital indication is installed The VFD-driven pumps for precise control of all unit operations are present It reduced hazardous waste stream The overall recovery is 100% (approx.) There is automatic sanitization, backwash, rinse, & recycle functions It is completely skid mounted including pretreatment options It can be customized for specific customer requirements It has manual & automatic reverse osmosis system What are the typical applications of RO-EDI systems? Pharmaceutical Used in Power Industry Laboratory Water Food processing industries Production of Highly Purified Water Rinsing of Electronic Components Used for Glassware Rinsing Cosmetics For Preparation of Process Chemicals Benefits of 2-pass RO Systems for RO-EDI water treatment systems The following benefits are provided by two pass RO, which is frequently utilized in power plants or pharmaceutical applications. · Higher EDI quality · Higher silica removal due to lower CO2 results in less frequent EDI cleaning · Rated fluxes for EDI that are higher · For greater EDI performance, a single pass RO system can be improved with a membrane degasser · Membrane degassers can lower CO2, which improves EDI performance, lowers the risk of scaling, and aids in the removal of SiO2 by the EDI machine. EDI water treatment systems can be provided with a wide range of options: · RO is followed by EDI modules, then softeners. · Softener, RO, membrane degasser, and EDI modules. · RO is followed by caustic dosing, RO, EDI modules, and final caustic dosing. Without pH adjustment or membrane degasser, it is difficult to achieve the feed specifications for the EDI water treatment plants. The product quality will increase by reducing CO2 before the electro deionization system, which will result in a reduced load (lower amps). Water treatment systems from Roditek. Better water is produced by Roditek Fluids RO-EDI water treatment systems, which are designed, built, and installed with safety and the environment in mind. These machines may generate between 10-19 Mega Ohms of pure water outputs, depending on the feed water quality and flow rates. Our RO-EDI Plant units can be constructed as manual or fully automatic kinds equipped with PLC systems, according to the needs of the customer. Our quality management system has been certified, and we encourage our clients to talk to us about the high-quality, pure water they need for their specific applications. Our technical staff is able to precisely design and build the device, which satisfies beyond client quality criteria. Call us at +63 920 54987043 or email at info@rodi-tek.com for further information.

30 LPM RODI Water System

30 LPM RODI Water System

This machine sell for P 2,000,000.00 Consists of 12,000 GPD Reverse Osmosis Water System. With 2 Pcs of 5,000 Liters Stainless Tank With 30 Liters Per Minute of DI Water System Free to install in Luzon Areas.

9000 GPD of Reverse Osmosis System

9000 GPD of Reverse Osmosis System

This Machine Sold for P 500,000.00 Can produce about 9,000 gals per day of purified water. With 2 Pcs 2000 Liters Water Tank. Free to install in Metro Manila, Region 3 and Region 4A.

Ultrapure Mineral Water System

Ultrapure Mineral Water System

This machine sell for P 120,000.00 Can produce unlimited mineral water. Good for water refilling station.

RO-EDI Technology

RO-EDI Technology

Reverse osmosis electro deionization, or RO-EDI, is the most popular water filtration method, mostly used in food and pharmaceutical sector. Both the techniques of reverse osmosis and electro deionization are essentially combined in RO-EDI systems. What are the typical applications of RO-EDI systems? Pharmaceutical Used in Power Industry Laboratory Water Food processing industries Production of Highly Purified Water Rinsing of Electronic Components Used for Glassware Rinsing Cosmetics For Preparation of Process Chemicals

  • Marketing Office. 1140 Roxas Boulevard, Ermita, Manila 1000, Metro Manila, Philippines
  • Unit 311 VoIP Building www.roditekph.com

Manufacturing Plant. Sitio Samba, Pantay-Buhangin Road, Dalig, Teresa, Rizal.