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Reverse Osmosis Plant for Water Treatment

Project Area: Malaysia
Product: 285 pcs On&Off Type 20Nm Electric Actuator with PN16 PVC Ball Valve;
120 pcs modulating type 50Nm with PN16 PVC Ball Valve

The electric actuated valve plays an important role in water applications, these valves link to treatment plants or filtering systems. Electric actuators are essential to ensure the flow management of water or other media in the plant and greatly improved the efficiency.

Actuation solutions can be used for open/close valve applications to divert flow to respond to the works’ treatment requirements. Alternatively, actuators perform flow control duties to operate the valve in modulating mode. In modulating applications, the actuator precisely controls the flow to adjust the amount of medium passing through the valve into or out of the treatment plant.

Mobile Oil Station

Project: Mobile Oil Station
Item: MTD Explosion Proof Electric Actuator Flange Ball Valve, DC24V, PN16 304 
Stainless Steel Valve, 400Nm
Quantity: 100pieces
Country: German
Certificate: Atex

Mobile oil station is designed for the transport, pumping, replacement, and refill of oil in the components and units of vehicles, tractors, sundry transport mechanisms, and maintenance/service stations

Mobile Oil-Station Specifications: Basic Configuration
Additional Options
  • Various configuration options
  • Rooftop spotlight for repair-facility illumination at night.
  • Heater
  • Air conditioning
  • Car stereo
  • Any loader crane upon request
  • Tail lifts
  • PTO-driven winch
  • Additional doors and windows
  • Sundry necessary equipment

Packaging Includes
1. Oil station frame
2. 200-liter oil tank
3. 1,000-liter waste-oil tank
4. 1,000-liter water tank
5. MARINA 24V-G20 pump
6. BE-G bypass valve (Rover Pompe)
7. Open oil-hose reel
8. Self 2000 PIUSI dispensing valve
9. PIUSI F00490020 mechanical oil meter
10. Check valve with a mesh (mounted inside 200-liter tanks)
11. Remote control
12. ДУ-20 hydraulic connecting hoses
13. ДУ-20 ball valves
14. Power cable

Swimming Pool Water Treatment Plant

Item: MTD UVPC Electric Actuator Ball Valve 
Voltage: Multi-voltage Ac96-265V, 20N, UPVC Ball Valve 50mm,
Quantity: 200pc
Pool Filter system, Electronic System is an equipment with full automation system for operation and treatment of your pool. With this system it is possible to control the filter functions remotely through the application available for smartphones and tablets, or manually direct controlling of the control panel.
The MTD Valve Actuator is designed for use with 2-port and 3-port valves, That is 2 way ball valve, and 3 way ball valve. and features maximum torque, 95-265VAC Multiple voltage motor.
Pool valve actuators provide an automated command by push-button in program. that goes to one of the diverter valves or more in the pool's water flow system, You will find it on your pools diverter valve and it will be wired in the pool’s control box.
Valves for use in swimming pools often have a stainless steel or PVC body, due to the good corrosion ... stainless steel solenoid valves for swimming pools.

You also can use Rotary electric actuator to achieve angle control, The quarter-turn electric actuators,is the positioning of the final element in one quadrant that has a rotation of 90 degrees.These actuators are more compact and are in small valves. These electric ball valves need lower power generated so link to an energy source like a battery for reliable operation. There is on and off actuator and modulating actuator to alternative.

Using a pool actuator is not as complicated as you might think. You need to determine the type and model of MTD electric actuator you need, before making your purchase.
When two valve actuators are in a pool system that operates together, they must synchronize performance.
If you are unable to install the actuator by yourself, make sure to contact your pool professionals to do the job right.
Questions about valve actuators? Let me know, always happy to provide a couple of thoughts. We will your valve actuator selection expert! Call us, or email us.

Filtering Transformer Oil

Device: Filtering (Regenerate) Transformer Oil
Country: Italy
Quantity: 200pc
Size: 24vdc/ac, modulating4-20ma actuator, 50Nm, Failsafe capacitor return,connection ISO 5211: F05/F07 connection to valve: star 14 x 14 mm
Max. Torque: 50 Nm/operating time: 12 s/electric power: 40 W

Transformer oil filtration means that the main function of electrical insulating oil is cooling and insulation, and it also has the effect of eliminating arcs generated when the circuit is cut off. Under the action of heat and electric field, the transformer oil is gradually oxidized in contact with oxygen to form various oxides, alcohols, aldehydes, acids, etc., and finally insoluble colloids and sludge are formed. These acidic substances reduce the insulating properties of the transformer, so the transformer oil must be filtered.

In these process and equipment, insert installed with MTD electric actuators, to control oil filter.

Transformer oil purifier is a kind of mechanical equipment that filters solid impurities and moisture in oil, improves oil quality performance and improves the insulation strength of transformer oil. It is used in special equipment for purification and treatment of unqualified electrical insulating oil in industrial and mining enterprises such as power plants, power stations, power companies, metallurgy, petrochemicals, and railways.
The transformer oil filter can quickly remove the harmful components in the oil such as moisture, gas and impurities in the transformer oil, improve the lubricating performance of the transformer oil, and reduce the rust or corrosion of the oil-using equipment due to excessive moisture or impurity content of the transformer oil. , prolong the service life of oil-using equipment.

Chlorine Scrubber at a Water Treatment Plant

Country: South Africa
Product: 50NM, Modulating DC24v, 200pc Electric Actuators MTD
Application case: Chlorine Scrubber at a Water Treatment Plant.

How to treat municipal sewage? And why we need do water treatment
In the continued world population growth and accelerated urbanization, the provision of drinking water and sanitation remains a critical issue for many cities, especially those in developing countries. Sanitation is the umbrella term for all technologies used to collect, transport and treat wastewater before it can be discharged into the natural environment. It can be planned and designed on the scale of an urban area (i.e. centralized sanitation) or conceived on the scale of a residential dwelling, i.e. not connected to a centralized sewer network (i.e. free-standing sanitation). There is a trend that the sewage treatment plants of the future will become real sewage treatment plants, where green energy, fertilizers and precious metals can be produced and the treated sewage can be reused.

Application of chlorine dioxide
1. Disinfection of tap water

The most important feature of chlorine dioxide is that it can reduce the concentration of total halomethanes in tap water. Generally, the amount added to natural water is 2.0 mg/L. It can kill f 2 bacteriophage in water for 1 minute, and the number of Escherichia coli can reach drinking water for 3 minutes. Standard. In the early 1980s, more than 100 drinking water treatment plants in the United States have used stable ClO 2 for disinfection and sterilization to remove color and odor in water; Canada also has more than 10 similar water plants, and this water treatment system has been rising in Europe. my country Chlorine dioxide has been developed for drinking water disinfection, and good results have been achieved.
2. Swimming pool water disinfection and water quality stability
Chlorine dioxide has a good disinfection effect on swimming pool water. If its content reaches 0.5mg/L, the total number of bacteria will be reduced from 3.4×10 3 /ml to 3/ml. Escherichia coli will be reduced from 70/L to undetected. It is in full compliance with the national water quality standards for swimming pools. The groundwater used in a swimming pool in Chengdu becomes muddy within three days. Adding 0.5ppm of chlorine dioxide can stabilize the water quality for more than half a month.
Industrial Wastewater Treatment
3. Industrial wastewater often contains many harmful substances, such as cyanides, sulfides, phenols and amines, which must be treated before they can be discharged. In the pH range of 5~9, an average of 5.2 parts of chlorine dioxide can convert a part of sulfide. The ions are rapidly oxidized to sulfate ions. At different pH values, chlorine dioxide can oxidize CN— to cyanate or carbon dioxide and nitrogen, for example, an average of 2.5 parts by mass of chlorine dioxide can convert 1 part by mass of simple cyanide Oxidation into cyanate. Above pH10, an average of 5.5 parts of chlorine dioxide can oxidize 1 part of cyanide to carbon dioxide and nitrogen. Generally, 1.5 parts of chlorine dioxide can oxidize 1 part of phenol to benzene. Quinone, when the pH is 10, an average of 3.3 parts by mass of chlorine dioxide can oxidize 1 part by mass of phenol to a mixture of low molecular weight non-aromatic carboxylates. Chlorine dioxide can also remove organic amines and organic sulfur compounds. The resulting odor.

Recycled Sewage Reuse
  
Many parts of the world face seasonal and even perennial water shortages, and treated sewage can be reused to make up for water shortages. They can be used to irrigate green spaces and golf courses, irrigate agricultural areas, meet industrial water needs or produce potable water (directly for potable water production, or indirectly for potable water production by replenishing reservoirs or infiltration into groundwater bodies ). Depending on the purpose of the wastewater reuse, the wastewater needs to undergo appropriate post-treatment after being treated in a treatment plant, ranging from simple disinfection to a far more complex series of treatments.

Notice:
   Wastewater treatment was initially intended for sanitation and resident health protection in large cities,
and then expanded to meet stricter discharge standards in the 1970s to protect the natural environment.
   The urban sewage is treated by biological method, supplemented by physicochemical method to remove phosphorus. Industrial wastewater is treated separately in specific installations.
    In urban areas with more than 2,000 to 4,000 inhabitants, intensive wastewater treatment plants mainly use the activated sludge process (90% of municipal wastewater in France is collected and treated).
    For small communities, extensive use natural lagoon methods or reed filters.
    Ongoing technological development for waste water treatment plants is currently focused on the utilization of waste water treatment plants sludge, including the recovery of energy in the form of biogas or thermal energy, as well as the production of fertilizers or bioplastics, and sometimes the recovery of metals extracted from them.

Electric Valves in Ozone Generators

Top: Electric Valves in Ozone Generators
Product: 500pc Electric SS Ball Valve 220vAC On and Off Actuator

Electric Ball valves in ozone generators are essential components that play an important role in the effective disinfection of surfaces and environments. Sterilization using an ozone generator has become more and more popular due to the many advantages of an ozone generator. Ozone generators work by producing ozone gas, which acts as a powerful disinfectant that eliminates harmful microorganisms such as bacteria, viruses, and mold.

One of the key components of any ozone generator is the electric valve. This valve controls the flow of gas into and out of the generator. It works by regulating the flow of gas through the generator, ensuring that the correct amount of ozone is produced for effective sterilization. One of the main advantages of using an electric valve in an ozone generator is that it can be programmed to operate automatically, ensuring consistent and reliable performance.

There are many different types of electric valves available for ozone generators. One popular type is the stainless steel ball valve. Constructed of stainless steel, the valve is designed to withstand the harsh conditions commonly found in ozone generators. It is also well suited for applications where high pressures and temperatures are present, making it ideal for use in ozone generators.

One of the main advantages of using a stainless steel ball valve in an ozone generator is its reliable and efficient operation. The valve is designed to provide precise control of gas flow, ensuring that ozone production is optimized for maximum efficiency. Additionally, the use of a stainless steel ball valve in the ozone generator means it is less likely to corrode or fail over time, ensuring long-term reliability and performance.

Another advantage of using MTD electric valves in ozone generators is the easy and convenient control of the generator. With the ability to program the valves for automatic operation, users can be sure their ozone generators are always performing at optimum levels. Additionally, with the use of motorized valves in ozone generators, settings can be adjusted and operations controlled remotely, making it easier for users to manage their generators.

In summary, the use of MTD electric valves in ozone generators is an essential component that plays a vital role in the effective disinfection of surfaces and environments. The ss ball valve is ideal for ozone generators because it is durable, reliable, and allows precise airflow control. By using an electric valve in the ozone generator, the user can ensure that the ozone generator is fully utilized and achieves the desired level of disinfection and sterilization.

Water Treatment (Pump Unit)

Topic: Water Treatment (Pump Unit)
Product: 200pc Electric Brass Valve

Introducing a powerful combination for efficient water treatment and management - the electric valve actuator and electric ball valve. This dynamic duo offers a level of precision and control that is unparalleled in the industry, allowing for optimal system performance and reliability.

First, let's take a closer look at the electric valve actuator. This essential component provides the energy needed to operate the valve, allowing for smooth and accurate movement. With its robust design and advanced capabilities, the electric valve actuator is ideal for a wide range of water treatment applications, from wastewater treatment plants to industrial process water management.

The MTD electric ball valve, on the other hand, is a highly efficient means of controlling the flow of water in a system. Featuring a spherical ball inside the valve body, the electric ball valve can enable precise control over the flow of water thanks to its quarter-turn operation. With the ability to automatically adjust to changing conditions, these valves can help prevent leaks and other issues that can result from inconsistent flow rates.

What makes this combination truly exceptional is how well these two components work together. By using an electric valve actuator to control an electric ball valve, water can be pumped, treated, and distributed with unrivaled efficiency and accuracy. This makes the system ideal for use in a variety of water treatment settings, including industrial and municipal facilities, as well as residential applications.

When it comes to choosing an electric valve actuator and electric ball valve for water management, there are several key factors to consider. Durability and reliability are key, as the components must be able to withstand the wear and tear of daily use. Additionally, ease of use and compatibility with existing systems are also important considerations when selecting these components.

Overall, the combination of an electric valve actuator and electric ball valve represents a powerful solution for water treatment and management. With their impressive capabilities and advanced features, these components enable a level of control and efficiency that simply cannot be matched by traditional systems. So if you're looking to take your water management game to the next level, consider incorporating these powerful tools into your system today.

Application of Electric Valve in Water Treatment and Filtration Equipment

Topic: Application of Electric Valve in Water Treatment and Filtration Equipment
Product: 300pc Electric Ball Valve UPVC, 110vAC

Electric UPVC ball valves are widely used in water treatment and filtration equipment because of their exceptional efficiency and durability. These valves are designed to regulate the flow of water in a system, and they offer several benefits over traditional valves. In this picture, we'll take a closer look at the application of electric valves in water treatment and filtration equipment, with a particular focus on the 1 inch UPVC ball valve.

First, let's examine the features of electric UPVC ball valves that make them ideal for water treatment and filtration equipment. These valves are constructed from high-quality UPVC material, which is resistant to a variety of chemicals and can withstand high temperatures. The electric actuator is also designed to be durable and reliable, with an impressive working life.

One of the primary benefits of electric UPVC ball valves is their fast actuation time. With an electric valve, the opening and closing of the valve is instantaneous, and the precise control that electric actuators provide ensures that the flow of water is precisely controlled. This is particularly important in water treatment and filtration equipment, where accuracy is critical to the overall performance of the system.

Another significant advantage of electric UPVC ball valves is their low maintenance requirements. Traditional valves can experience wear over time, which can lead to leakage, corrosion, and other issues. Electric valves, however, are designed to be more durable and can operate for extended periods without requiring maintenance. This makes them an ideal choice for water treatment and filtration equipment, which is often subject to harsh conditions.

The 1 inch UPVC ball valve is a popular choice for water treatment and filtration equipment because of its compact size and compatibility with a wide range of piping systems. The valve's compact design allows it to be installed in tight spaces where larger valves would not fit, and its versatility makes it an excellent choice for a variety of applications.

When it comes to water treatment and filtration equipment, accuracy and reliability are paramount. Electric UPVC ball valves offer both of these features, making them an ideal choice for any water treatment system. With their low maintenance requirements and fast actuation times, these valves can help ensure that water treatment systems operate effectively and efficiently.

In conclusion, the application of electric valves in water treatment and filtration equipment is critical for ensuring smooth operations and maximum efficiency. The 1 inch UPVC ball valve is an excellent choice for water treatment systems because of its compact size, durability, and fast actuation times. Whether you're building a new water treatment system or upgrading an existing one, electric UPVC ball valves should be high on your list of considerations.

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international trade) specialized in manufacturing electric 
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