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WASTEWATER TREATMENT
FROM ANY SOURCES OF WATER POLLUTION

  • Reuse of water
  • Water supply for cities
  • Desalination
  • Sewage treatment
  • Industrial process water
  • Integrated water resources management
WASTEWATER TREATMENT
FROM ANY SOURCES OF WATER POLLUTION
  • Reuse of water
  • Water supply for cities
  • Desalination
  • Sewage treatment
  • Industrial process water
  • Integrated water resources management

Chandwin Engineering Pte. Ltd. Singapore

Environmental engineering company providing advanced biological water treatment solutions for a wide range of industrial activities
We offer our customers comprehensive solutions for environmental projects, covering the following services: analysis, planning, design, construction, installation, maintenance and delivery of plants and capital equipment for natural water, municipal and industrial wastewater treatment.

Since our company was founded, we have promoted the best available technologies for industrial and domestic wastewater treatment and purification to provide our customers with the best solutions for their specific needs.
Industrial wastewater
Tertiary treatment of organic impurities, petroleum products and heavy metal ions to produce water of technical quality for use in agriculture, urban parks and other activities.
Municipal wastewater
Water purification to "conditionally clean" quality, neutral for the environment and containing no harmful micro-impurities (antibiotics, synthetic surfactants, etc.). Purification of water for human consumption. Maintenance of the water distribution and sewerage network.
Lakes and ponds
Purification of water to potable quality from surface fresh water sources. Purification of water from bio-ponds to produce deeply purified technical water of optimal quality for returning water to the environment.
Desalination
Removal of salts from water, preparing it for technological and domestic consumption. Demineralization of polluted and saline water (up to 3500 mg/l) at minimum cost up to 90% to make it suitable for irrigation or human consumption.
Water accumulation and storage
Water terminals designed for accumulation and storage of treated fresh water. Modular RFW water storages. Pure (treated) water storage in closed-type water storage terminals with permanent circulating treatment.
Operation and maintenance
We operate and maintain complex wastewater treatment plants in any climate zone. CHANDWIN ENGINEERING's operation and maintenance specialists ensure optimum treatment efficiency for both industrial and municipal customers.
Comprehensive wastewater treatment solutions
Our water treatment and wastewater treatment solutions range from plants for recycling and reusing wastewater from all origins for integrated water services to desalination and overall water management.

  • Low cost pure water*;
  • Scalable to any volume;
  • Guaranteed service life of 25 years;
  • No skilled personnel required in operation;
  • Treatment without harsh chemicals;
* Compared to traditional reagent and membrane treatment technologies.

Deep cleaning technologies

Global environmental awareness and attention to water conservation and pollution have led to stricter regulations on the use and discharge of industrial water.
Chandwin Engineering's zero discharge technology is ideally suited to enable many industries to clean and recycle their process water and recover valuable chemicals and compounds.
  • Chandwin Engineering's treatment systems are designed to remove dissolved solids from wastewater and return clean water back into the process.
  • Chandwin Engineering's zero-discharge technologies ensure that production processes comply with environmental regulations and are specifically designed to recover valuable salts from effluent streams prior to disposal, to generate additional revenue.
  • Chandwin Engineering can provide a complete portfolio of technologies to recover valuable by-products that can be commercialised.
Our water purification methods allow us
compared to other technologies***

Our water purification methods allow us, compared to other technologies*

  • Reduce the volume of drinking water and industrial wastewater treatment and conditioning facilities by a factor of 2 to 5.
  • Reduce by a factor of 3 to 5 the amount of land, buildings and facilities used for wastewater treatment.
  • Eliminate new pumping and recycling stations, wastewater and reagent working solutions.
  • Eliminate secondary and tertiary settling tanks, sand and carbon filters, contact tanks.
  • Eliminate aeration tanks at urban sewage treatment plants.
*Quality indicators
REDUCE THE VOLUME OF TREATMENT AND CONDITIONING OF DRINKING WATER AND INDUSTRIAL WASTEWATER BY 2 TO 5
- Eliminate new wastewater pumping stations
- Exclude new reagent solution recirculation stations
- Sand and carbon filters
REDUCE BY A FACTOR OF 3 TO 5 THE AMOUNT OF LAND, BUILDINGS AND FACILITIES USED FOR WASTEWATER TREATMENT
- Exclude secondary and tertiary settling tanks
- Contact tanks
- Exclude aeration tanks at urban sewage treatment plants
*Quality indicators ⟶

What can be cleaned by biotechnology

We offer a portfolio of products of extraordinary performance and efficiency as well as exceptional reliability, designed for pre-treatment, desalination, wastewater reclamation as well as potable water production,

Costs of obtaining water from municipal sources of any pollution

Cost of water for settlements from 10,000 to 240,000 people

Drinking water

Cost of drinking water from municipal sources of any pollution for settlements between 10,000 and 240,000 people
Drinking water for 20,000 people
$0.025 м3
  • Settlement with 10,000-20,000 conditional inhabitants
  • Cost $0.025 per cubic metre of drinking water
  • Capital costs for construction of wastewater treatment plant $800000
Drinking water for 100,000 people
$0.015 м3
  • Settlement with 50 000-100 000 conditional inhabitants
  • Cost $0.015 per cubic metre of drinking water
  • Capital costs for construction of wastewater treatment plant $3820000
Drinking water for 30,000 people
$0.020 м3
  • Settlement with 15 000 - 30 000 conditional inhabitants
  • Cost $0.020 per cubic metre of drinking water
  • Cost of construction of wastewater treatment plant $170000
Drinking water for 240,000 people
$0.007 м3
  • 120 000-240 000 conditional inhabitants
  • Cost 0.007 per cubic metre of drinking water
  • Construction costs of wastewater treatment plant $8500000

Desalinisation

Desalination of brackish water for domestic and industrial use
Desalinated drinking water for 20,000 people
$0.025 м3
  • Settlement with 10,000-20,000 conditional inhabitants
  • Cost $0.025 per metre of desalinated drinking water
  • Capital costs for construction of wastewater treatment plant $800000
Desalinated drinking water for 100,000 people
$0.015 м3
  • Settlement with 50,000-100,000 conditional inhabitants
  • Cost $0.015 per metre of desalinated drinking water
  • Capital costs for construction of wastewater treatment plant $3820000
Опресненная питьевая вода для 30 000 человек
$0.020 м3
  • Settlement with 15,000-30,000 conditional inhabitants
  • Cost $0.020 per metre of desalinated drinking water
  • Capital costs for construction of wastewater treatment plant $1700000
Desalinated drinking water for 240,000 people
$0.007 м3
  • Settlement with 120,000-240,000 conditional inhabitants
  • Cost $0.007 per metre of desalinated drinking water
  • Capital costs for construction of wastewater treatment plant $8500000

Technical quality water

Water of technical quality from municipal sources of any pollution to provide water for the technical needs of towns with 80,000-150,0000 inhabitants
Technical water for a city of 0.15 million inhabitants.
$0.15 м3
Water supply for the technical needs of towns with 150,000 ... 80 000 conditional inhabitants. The capital cost of the turn-key treatment plant is USD 13700000; the operational cost is USD 0.45 per m3, which decreases by 70% once the design capacity of the plants is reached. The capital cost of the turnkey treatment plant is US$ 13700000; the operating cost is US$ 0.45 per 1 m3 with a reduction of 70% after reaching the design capacity of the plants.
Technical water for a city with a population of 1 million.
$0.04 м3
Water supply for the technical needs of cities with 1000,000 ... 500,000 conditional inhabitants. The capital cost of the turn-key wastewater treatment plant is $98700000; the operational cost is $0.12/ m3, which decreases by 70% once the design capacity of the plants is reached. The capital cost of the turn-key treatment plant is US$ 98700000; the operating cost is US$ 0.12 per 1 m3 with a reduction of 70% after reaching the design capacity of the plants.
Technical water for a city with a population of 0.5 million.
$0.08 м3
Water supply for the technical needs of towns with 500,000 ... 300,000 conditional inhabitants. The capital cost of the turn-key treatment plant is 13700000 USD; the operational cost is 0.25 USD per m3, which decreases by 70% once the design capacity of the plants is reached. The capital cost of the turn-key treatment plant is 13700000 USD; the operating cost is 0.25 USD per 1 m3 with a reduction of 70% after the design capacity of the plants is reached.
Technical water for a city with a population of 1.5 million.
$0.02 м3
Water supply for the technical needs of cities with 1500000 ... 1000000 conditional inhabitants. The capital cost of the turn-key treatment plant is 13700000 USD; the operational cost is 0.07 USD per 1 m3 decreasing by 70% after reaching the design capacity of the plants. The capital cost of the turn-key plant is $13700000; the operating cost is $0.07 per 1 m3 with a reduction of 70% after the design capacity of the plants is reached.
From idea to implementation
This means not only supplying the equipment, but also ensuring that the customer has full capability to operate the new technology, coordinating subcontractors and other stakeholders, and assuming end-to-end responsibility for the entire programme.
  • Development of a technical project
    Our design engineers have extensive experience in designing complete water and oil treatment systems worldwide. We will select a team to work with you to assess your requirements and optimise your project using our industry-leading technology.
    1
  • Project implementation
    Our team of experienced builders complement our technology solutions with the ability to deliver projects of all sizes, including stand-alone modular equipment and complete integrated plants. With our focus on risk management and planning, you can be assured that your project will be delivered on time and on budget.
    2
  • Commissioning and start-up
    Once the installation of your new process system is complete, our team of service engineers will partner with you to ensure efficient, accurate and timely commissioning of the equipment.
    3
  • Operational support or management
    Once the installation of your new process system is complete, our team of service engineers will partner with you to ensure efficient, accurate and timely commissioning of the equipment.
    4
  • Development of a technical project
    Our design engineers have extensive experience in designing complete water and oil treatment systems worldwide. We will select a team to work with you to assess your requirements and optimise your project using our industry-leading technology.
    1
  • Project implementation
    Our team of experienced builders complement our technology solutions with the ability to deliver projects of all sizes, including stand-alone modular equipment and complete integrated plants. With our focus on risk management and planning, you can be assured that your project will be delivered on time and on budget.
    2
  • Commissioning and start-up
    Once the installation of your new process system is complete, our team of service engineers will partner with you to ensure efficient, accurate and timely commissioning of the equipment.
    3
  • Operational support or management
    Once the installation of your new process system is complete, our team of service engineers will partner with you to ensure efficient, accurate and timely commissioning of the equipment.
    4
We provide support or full operational management, scheduled preventive maintenance and condition monitoring, and remote technical support to ensure that your equipment runs smoothly throughout its lifetime.

Recycled water from any source

The widest range of technologies to maximise water recovery for municipal, industrial, commercial and agricultural markets

Chandwin Engineering supports all phases of the water cycle, from laboratory work to pilot plant studies and subsequent industrial scale-up

Our AQUA-U™ range is standardised for brackish and seawater desalination or surface water treatment with module capacities from 10 to 250,000m3/day
  • 1
    Modular bioplato-like plants of different capacities for water treatment using self-cleaning bioplato filters with natural lithomaterials.
  • 2
    Large-volume water storage terminals for the accumulation and storage of clean service and drinking water in low-water regions.
  • 3
    Low-capacity container stations to test on real waters under real climatic conditions the design parameters of the technology.***
  • 4
    Robotic complexes of filtration purification, additional purification in automatic mode of water for various technological processes.
  • 5
    Modular "Clean Water Factories" for the production of bottled drinking water from any freshwater source.
  • 6
    Stations and container complexes for water treatment of tap water at water intake from any water supply sources with fresh water.
  • 7
    Modular complexes for desalination of brackish drinking water without the use of membrane technology and without ion exchange resins.
  • 8
    ECOBIOCORE-10™ enzyme bioreagents decompose complex organic pollutants into carbon dioxide and environmentally friendly products of microbial metabolism.
Modular bioplato-like plants of different capacities for water treatment using self-cleaning bioplato filters with natural lithomaterials.
Large-volume water storage terminals for the accumulation and storage of clean service and drinking water in low-water regions.
Low-capacity container stations to test on real waters under real climatic conditions the design parameters of the technology***.
Robotic complexes of filtration purification, additional purification in automatic mode of water for various technological processes.
Stations and container complexes for water treatment of tap water at water intake from any water supply sources with fresh water.
Modular "Clean Water Factories" for the production of bottled drinking water from any freshwater source.
Modular complexes for desalination of brackish drinking water without the use of membrane technology and without ion exchange resins.
ECOBIOCORE-10™ enzyme bioreagents decompose complex organic pollutants into carbon dioxide and environmentally friendly products of microbial metabolism.
*** Our demonstration plants treat real water, ensuring that the results obtained are fully representative and thereby demonstrate the optimum functioning of the technologies developed.

More than 40 years of leadership in biological water treatment technology worldwide

We offer a portfolio of technologies designed for extreme productivity and efficiency as well as exceptional reliability
Opava, Czech Republic, domestic sewage. 1996г.
Treatment with aerators and sedimentation to BOD 20 mg/l. (Together with the company "ROYATEKH") 3000 m3/day.

Usti nad Labem, Czech Republic.
Domestic wastewater. Treatment with aerators with flexible membranes up to WWTP 15 mg/l. (Together with the company "ROYATEKH") 5000 m3/day.

Bukovel, Ukraine
Facilities of hydroponic sewage treatment of sanatorium with use of "bio-plato" system of water purification by higher water plants 3000,0 cubic metres per day.

SPP BelOG Grodno (Republic of Belarus).
Wastewater treatment of galvanic production 1000.0 m3/day.
Drotovna a.s., Hlohovec (Slovakia).
Treatment of waste water and spent concentrates from galvanic production 100,0 m3/day.

Steelworks VSZ, Košice (Slovakia)
Treatment plant for metastable and stable emulsions 3000,0 m3/day. Acidic and alkaline waste water treatment plant 4500,0 m3/day. Drainage water neutralisation plant 200,0 m3/day.

O.M.D. KOVO s.r.o., Rožnjava (Slovakia)
Wastewater treatment of concentrates from galvanic production

ZOS, a.s., Zvolen (Slovakia).
Treatment of wastewater and concentrates from galvanic production
State Mint, Kremnica (Slovakia).
Treatment of waste water and concentrates from galvanic production

CHIRANA-PREMA a.s. Stara Tura (Slovakia).
Treatment of waste water and concentrates from electroplating plants.

SOU sklasrke, Poltar (Slovakia).
Treatment of wastewater from the crystal glass processing plant 200,0 m3/day.

Pkloplas factory, Trnava, Slovakia.
Treatment of wash water and concentrates from the glass fibre and fibreglass production 1300,0 m3/day
Lukfs autodrzdy" plant, Jablonec nad Nisou (Czech Republic).
Treatment of metal- and organ-containing waste water (250.0...300.0 m3/day);

OND a BECK plant, Kolarovo (Slovakia).
Electroplating wastewater treatment plant (50.0...60.0 m3/day, second stage 300.0 m3/day);

Radiator plant "Korad", Košice (Slovakia).
Metallic and paint-containing wastewater treatment plant (125.0...130.0 m3/day);

Plant for the production of car parts for the Volkswagen Group ZSNP, Žar nad Hronom (Slovakia)
Water treatment plant 300,0 m3/day.
Metallurgical plant ZDB, Bohumin (Czech Republic).
Wastewater treatment plant for pickling of metal parts (850,0...1000,0 m3/day, second stage 4500,0 m3/day);

US Steel Works, Košice.
Chromium and phenol waste water treatment plant for the tinplate industry 500.0 m3/day; US Steel, Kosice.

Leningrad, Russia, LOMO
Galvanic works recycling water supply (80% water treatment and return). 1200 m3/day.
Orel. Russia, Steklomash plant
Production wastewater treatment plant for heavy metal ions. The work was executed jointly with the cooperative "Elion". 500 m3/day.

Kiev, Ukraine, "Geofizpribor".
Wastewater treatment facilities of the plant. Purification of water from ions of heavy metals and water recycling. Electrochemical correction of En and pH. 400 m3/day.
Moscow, Russia, ZIL plant. 1986...1987
Sewage systems for galvanic shops. Recycled water supply. 1400m3/day.

Orel. Russia, plant "Steklomash" 1985...1987.
Station of treatment of industrial (washing) sewage from heavy metal ions. The work was executed jointly with the cooperative "Elion". 500 m3/day.

Riga, Lithuania, tannery.
Wastewater from the tannery. Wastewater treatment plant before discharge to a municipal sewage system. 300 m³/day.
Karelia, Russia.
Wastewater treatment plant of the village and the sanatorium. Domestic wastewater. Quality of treated water - to be discharged into water bodies (lakes). Together with UIIVH and LOMO. 200 m³ cubic day.

Tiraspol, Moldova, plant "Litmash".
Treatment and water treatment plant of the plant. Electroplating water recycling, 85%. Polystyrene filters with automatic maintenance. Electrical correction pH and En of water. 800 m3/day.
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info@purewater.pw / 183 Jalan Pelikat #b1-121 Singapore 537643
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