Main applications

▪ Irrigation and drainage pumping stations

▪ Stormwater pumping stations

▪ Raw and clean water pumps in waterworks and waste water treatment plants

▪ Cooling water pumps in power stations and in industry

▪ Industrial water supply

▪ Water pollution and flood control

▪ Aquaculture

Main applications

▪ Irrigation and drainage pumping stations

▪ Stormwater pumping stations

▪ Raw and clean water pumps in waterworks and waste water treatment plants

▪ Cooling water pumps in power stations and in industry

▪ Industrial water supply

▪ Water pollution and flood control

▪ Aquaculture

Main applications

▪ Waste water management

▪ Service water supply systems

▪ Disposal

▪ Sewage treatment plants

▪ Sludge disposal

Fluids handled

▪ Sewage containing feces

▪ Activated sludge

▪ Digested sludge

▪ Raw sludge

▪ Fluids containing gas

▪ Industrial waste water

     Activated carbon is a material mainly consists of elemental carbon in the form of amorphous, features, their effects are diverse and special, porous texture, surface area is extremely large created during the chemical activity inside the hollow structure. Under the electron microscope, the activated carbon particles look like the ant’s nest; total surface area of 0.5 kg of activated carbon (mass units from 1000-2500 m²/g) larger than a football field. Thus, the absorption capacity of the activated carbon is very strong and good retention of gases, liquids and other organic molecules.

    In addition, the nature of the inner hardness of natural seeds, ensure high mechanical strength, low ash content, less wastage in regeneration cycle, increase efficiency during use. Product quality is strictly controlled in the process of activating the device by automatically and semi-automatically to the advanced level, can fully meet customer requirements.

    Activated carbon is used in industries primarily for adsorbing gases and liquids: petroleum, chemicals, pharmaceuticals, gold metallurgy, food processing, water purification, air pollution treatment,... Refined work, dissociation, reducing odor, recovery of precious metals, as a catalyst, gas masks, cigarette filters,...

     The scope of use of the product is very diverse, indispensable materials for the processing, handling toxic and environmental protection.

PRODUCTION STANDARDS

DESIGN:                 TS EN 593
END CONNECTION:  WAFER TYPE TS EN 1092-1 / ISO 7005-1
FACE TO FACE:        TS EN 558 Seri 20

                              ISO 5752 Seri 20

TEST:                      TS EN 12266-1
MARKING:               TS EN 19

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This valve is operated by the pressure of the pipeline and is used for various control applications in water supply, fire fighting, industrial, sewage and irrigation systems. The valve can be closed or modulated using the line pressure or an external separate pressure source that is equal or higher than the line pressure.

Dorot valves are made for easy, inline maintenance, executed also by unskilled personal using basic tools. There are no shafts, bearings or seals that may corrode and there is no wear and tear by dirty abrasive water or chemicals.

General applications

- Offshore

- Water and wastewater technology

- Shipbuilding

- Power plants

Features

- Absolutely tight sealing with flow in either direction

- The valve body and disc are accurately machined which results in

  low operating torque and long service life and reliability.

- Triple shaft bearings prevents shaft deflection and guarantees

  optimum guidance even after many years of operating service.

- Can be disassembled, material-specific recycling possible.

- Single flange mounting is possible.

- Can be installed in any desired position.

- Maintenance-free

- Fully repairable valve

Sun Yeh Compact Actuators T Series provide with torque of 6 Nm and 15 Nm. This compact actuator designs for a small space and applies to small valve and damper applications.

Features

- Compact size can install in small space.

- Comply to: NEMA 4X dry-powder coated aluminum alloy cover (Optional).

- Manual operation can be applied in case of electric failure.

- Built-in thermal protection prevents motor burning out.

- Simple design, easy operation.

PRODUCTION STANDARDS

1. DESIGN:                  TS EN 1171
2. END CONNECTION:  FLANGED TS EN 1092-2 / ISO 7005-2
3. FACETOFACE:         TS EN558Seri14/DIN3202F4TEST           TS EN12266-1

1. MARKING:               TSEN19

PRODUCTION STANDARDS

DESIGN:                      TS EN 1171
END CONNECTION:      FLANGED TS EN 1092-2 / ISO 7005-2
FACE TO FACE:           TS EN 558 Seri 15 / DIN 3202 F5
TEST:                          TS EN 12266-1 
MARKING:                   TS EN 19
 

PRODUCTION STANDARDS

END CONNECTION: FLANGED TS EN 1092-2 / ISO 7005-2
TEST:                           TS EN 12266-1
MARKING:                  TS EN 19

PAULA is a small water treatment plant for the production of hygienically safe drinking water, even in remote areas. PAULA was developed by two German engineers, Prof. Dr.-Ing. Frechen and Prof. Dipl.-Ing. Max Preussner at Kassel University, Germany. Prof. Preussner has been working in Vietnam since 2004 and managed the installation of the first two prototypes of PAULA in the Dong Thap Province.

The system undergoes constant, continuous research with the goal of improving both efficiency and performance. PAULA is the enhanced and enlarged “sister” of “PAUL the Water Backpack”, a well-known disaster-relief device that was also developed by Prof. Dr.-Ing. Frechen.

MARTIN Membrane Systems is an international wastewater treatment company. We offer complete on-board systems for maritime applications, including:

• Vacuum systems;

• Flotation systems for the treatment of galley water;

• Transfer pump units;

• Tank equipment;

• Mechanical pre-treatment units;

• High-efficiency biological treatment systems;

• Membrane filtration systems and sludge handling

   equipment;

• Food Waste Systems.

All MARTIN Membrane Systems have a compact design, requiring small tank capacities and spaces and are bespoke solutions, tailored to the individual requirement of each ship. Our range of German-engineered and manufactured wastewater treatment systems provides a superb effluent quality, reducing suspended solids to effectively zero and fulfilling the latest international and local requirements without chemicals consumption.

MARTIN Membrane Systems is an international wastewater treatment company. We offer complete on-board systems for maritime applications, including:

• Vacuum systems;

• Flotation systems for the treatment of galley water;

• Transfer pump units;

• Tank equipment;

• Mechanical pre-treatment units;

• High-efficiency biological treatment systems;

• Membrane filtration systems and sludge handling

   equipment;

• Food Waste Systems.

All MARTIN Membrane Systems have a compact design, requiring small tank capacities and spaces and are bespoke solutions, tailored to the individual requirement of each ship.Our range of German-engineered and manufactured wastewater treatment systems provides a superb effluent quality, reducing suspended solids to effectively zero and fulfilling the latest international and local requirements without chemicals consumption.

Features

• Fast delivery and start-up due to the mobile concept

• German quality equipment in stainless steel housing

• Compact design

• High packing density

• Effluent with irrigation water qualities (no microorganism, no smell)

• Very good price-performance ratio

• Low maintenance and minimum operation requirement

• Minimum construction work on site and easy to relocate

Applications

• Municipal wastewater

• Educational institutions and healthcare applications

• Hotels, labour and refugee camps, parks and military bases

• Building complexes (Offices, Shopping Centers, Small Township)

• Industrial wastewater, e.g.food and beverage applications

Thermo Scientific AquaPro provides accurate, user-friendly in-line monitoring of process applications from power generation to municipal water and wastewater.

Advantages:

• Large color display
• Up to four sensor inputs
• Up to eight current outputs
• Up to six alarm/control relays
• Multiple digital communication protocols
• Broad sensor compatibility
• Seven user-selectable languages

Applications:

• Power Generation
• Pulp and Paper
• Bottled/Municipal Water
• Wastewater
• Process Water
• Industrial Water