Installations

Russia, Engels, 16 AQUACHLOR-500 devices

Drinking water disinfection, surface source

Since 2005 chlorine cylinders are replaced by AQUACHLOR-500 devices for drinking water disinfection at Engels Water Treatment Station. The station’s daily drinking water output is 100 000 m³/24 hours. Depending on season 40 to 80 thousand m³/24 hours is disinfected by the oxidants solution.

Russia, Sayanogorsk, Mayna settlement, 2 AQUACHLOR-500 devices

Drinking water disinfection, surface source

Total oxidants capacity (in chlorine equivalent) is 1 kg/h. Oxidants solution is supplied to the collecting tank and dosed into the water through the Ejector. The plant’s disinfected water capacity is 100000 m³/24h.

The town’s population is 13000 people.

Russia, Lyangasovo settlement, 2 AQUACHLOR-500 devices

Drinking water disinfection, underground water source

The oxidants capacity (in chlorine equivalent) makes 0,5 kg/h (12 kg/24h). Oxidants solution is supplied to the collecting tank and dosed into the water by Ejector.

Russia, Birobidjan, 1 AQUACHLOR-50 device

Drinking water disinfection, underground water source

Oxidants capacity in chlorine equivalent is 0,05 kg/h. Oxidants solution is dosed from the collecting tank into the water to be disinfected by the pump.

Russia, Sayansk, 2 AQUACHLOR-500 devices

Drinking water disinfection, underground water source

Total oxidants capacity (in chlorine equivalent) is 1 kg/h. Oxidants solution is supplied to the collecting tank and is dosed into the water by dosing pump. The station’s disinfected water capacity is 36000 m³/24 h.

The town’s population is 50000 people.

Bahamas, Nassau, 5 AQUACHLOR-500 devices

Drinking water disinfection, desalinated water

Total oxidants capacity (in chlorine equivalent) makes 2,5 kg/h (60 kg/24 h). The station’s drinking water capacity is 10000 m³/24 h. The city’s population is 170000 people.

Russia, Volsk, 16 AQUACHLOR-500 devices

Drinking water disinfection, surface source

The oxidants solution is supplied directly to the water supply line mixer, avoiding collecting tanks.

Population of the city – 80 000 people.

Russia, Mikun, 5 AQUACHLOR-500 devices

Drinking water disinfection, surface source

Total oxidants capacity (in chlorine equivalent) makes 2,5 kg/h (60 kg/24 h). AQUACHLOR systems are used for initial and secondary water chlorination as a complete alternative to liquefied chlorine cylinders. During the initial chlorination the oxidants solution is supplied to the collecting tank and is dosed to the mixer by ejector. During the secondary chlorination the oxidants solution is supplied directly to the water supply line into the clean water reservoir. The station’s capacity is 10 000 m³/24h.

Population of the city - 13 000.

Russia, Dagestan, Mahachkala, 1 AQUACHLOR-500

Drinking water disinfection, surface source

Oxidants capacity (in chlorine equivalent) – 0,5 kg/h (12 kg/24 h).

Russia, Gavrilov Yam, 4 AQUACHLOR-500 devices

Drinking water disinfection, surface source

Total oxidants capacity (in chlorine equivalent) is 2 kg/h (48 kg/24 h). Water is supplied from the surface source – the river of Kotorosl. The city’s population is 20000 people.

Russia, Ust-Ilimsk, 6 AQUACHLOR-500 devices

Drinking water disinfection, surface source

Total oxidants capacity (in chlorine equivalent ) is 3 kg/h. The station’s total drinking water capacity is 47000 m3/24 h. The city’s population is 100000 people.

Russia, Balakovo, 12 AQUACHLOR-500 devices

Drinking water disinfection, surface source

The AQUACHLOR devices are used for drinking water disinfection in the amount of 23000 m³/24 h at drinking water station with capacity of 100000 m³/24 h. The city’s population is 206000 people.

Russia, Nevinnomyssk, 9 AQUACHLOR-500 devices

Drinking water disinfection, surface source

The devices are used for drinking water disinfection in the amount of 20000 m³/24 h at the drinking water station having capacity of 100000 m³/24 h. The city’s population is 130000 people.

Ukraine, Belaya Tserkov, 11 AQUACHLOR-500 devices

Drinking water disinfection, surface source

Total oxidants capacity is 132 kg/24 h. Acidic solution with concentration of 10% for descaling of the reactors is prepared by safe method by means of special device.

Russia, Yaroslavl, 2 AQUACHLOR-500 devices

Water disinfection at petroleum refinery

Total oxidants capacity (in chlorine equivalent) is 1 kg/h. The device is applied for drinking water disinfection and disinfection of water used in the technological cycle of production.

Russia, Ust-Ilimsk, 6 AQUACHLOR-500 devices

Drinking water disinfection, surface source

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Russia, Sayanogorsk, 2 AQUACHLOR-500 devices

Wastewater disinfection

Total oxidants cacpacity (in chlorine equivalent) makes 1 kg/h. The oxidants solution is supplied to the collecting tank and dosed into the water by means of the valve. The station’s disinfected water capacity is 10 000 m³/24h. The town’s population is 13000 people.

Russia, Kazan, 2 AQUACHLOR-100 devices

Wastewater disinfection at isolation hospital

Total oxidants capacity (in chlorine equivalent) is 0,2 kg/h. Volume of disinfected wastewater makes from 80 to 120 m³/24 h. The residual chlorine is maintained at the level of 0,5-3,0 mg/l. The oxidants solution is supplied from the collecting tank into the contact reservoir. After 1,5 hour the disinfected water is disposed to the sewage.

The Hospital caters for 220 patients.

Russia, Ust-Ilimsk, 4 AQUACHLOR-500 devices

Wastewater disinfection

Total oxidants capacity (in chlorine equivalent) makes 2 kg/h (48 kg/24 h). The oxidants solution is pumped from the collecting tank by ejector pump into the water to be disinfected. The station’s disinfected water capacity is 12 000 m³/24h.

Population of the city - 100 000 people.

Kazakhstan, Atyrau region, Ganushkino, 1 AQUACHLOR-100

Wastewater disinfection

Oxidants capacity (in chlorine equivalent) is 0,1 kg/h.

Russia, Sayanogorsk, 4 AQUACHLOR-500 devices

Wastewater disinfection

Total oxidants capacity (in chlorine equivalent) makes 2 kg/h (48 kg/24 h). The oxidants solution is supplied directly to water. The devices disifect 2 lines of the town’s wastewaters (1st line - 3100 m³/24 h, 2nd line - 3500 m³/24 h.) 2 AQUACHLOR devices operate permanently daily at each line. Amount of chlorine is adjusted by changing operating mode by way of current strength adjustment.

Russia, Krasnoarmeisk, 1 AQUACHLOR-500 devices

Wastewater disinfection

1 AQUACHLOR system provides complete bacterial suppression in the disposed treated wastewater of 25 000 m3 / 24 h. The town’s population is 30000 people.

Belarus, Minsk, 1 AQUACHLOR-500

Wastewater disinfection

Belarus, Minsk, 1 AQUACHLOR-100 device

Swimming pool water disinfection

The swimming pool caters for 500 persons/day, the pool’s volume is 450 m³. The AQUACHLOR device operates for 6-7 hours daily.

Russia, Orenburg, 1 AQUACHLOR-500 device

Swimming pool water disinfection

Oxidants capacity in chlorine equivalent makes 0,5 kg/h (12kg/24 h).The swimming pool caters for about 750 persons/day, the pool’s volume is 560 m³. The xxidants solution is supplied into the pool’s circulation system automatically through the collecting tank. As the concentration of chlorine in the pool decreases, dosing pump is switched on by sensors. The pump supplies the oxidants solution to the circulation system from the collecting tank until the required amount of residual chlorine in the pool is reached.

Russia, Orenburg, 2 AQUACHLOR-50 devices

Swimming pool water disinfection

Oxidants capacity in chlorine equivalent makes 0,1 kg/h (2,4 kg/24 h).The swimming pool caters for 75 persons/day, the pool’s volume is 250 m³. The oxidants solution is pumped into the pool’s circulation system from the collecting tank manually by means of a dosing pump. As the concentration of residual chlorine in the pool decreases the operator switches on the dosing pump which supplies the oxidants solution from the collecting tank to the circulation system until the required amount of residual chlorine in the pool is reached.

UK, London, 1 AQUACHLOR-100 device

Swimming pool water disinfection

Total oxidants capacity of AQUACHLOR-100 (in chlorine equivalent) makes. The device operates automatically.

Private sector

Russia, Pushino, 1 AQUACHLOR-500 device

Oxidation of substratum by mixed gaseous oxidants in pharmaceuticals production

AQUACHLOR device generates gaseous oxidants mixture in the amount of 0,5 kg/h used for substratum barbotage in the technology of production of pharmaceuticals.

Wastewater of nuclear power plants

removal of ammonia.

Oxidation of medical products

Metals extraction from catalysts