Projects

The systems we designed for our large-scale seawater treatment plants in Libya clean the seawater to effectively meet the water needs of local industries and residential areas. Our project was developed with high efficiency and environmental sustainability in mind.

The treatment systems installed for the aid organization in the Somali region provide both utility and drinking water. This system is designed to meet the daily water needs of 600 people.

The water treatment systems we designed for our large-scale textile facilities in Osmaniye clean water from various sources to effectively meet your production water needs. Our project has been developed with high efficiency and sustainability in mind.

The treatment systems we established for the oil refinery facility in Iraq have been in operation since 2019. The water drawn from the well is first passed through pre-filtration and then through a reverse osmosis system before being supplied to the production process.

Reverse osmosis systems are critical for ships. Due to the limited availability of fresh water on long voyages, ships rely on reverse osmosis to ensure a continuous supply of potable water.

This comprehensive project involves the installation of water treatment systems for both potable and wastewater in a camp area. The treatment systems for a camp area accommodating 3000 people have been implemented by our team. The potable water treatment is housed in a container and can be relocated if necessary.

The water treatment system we designed for shopping malls meets the water usage needs of thousands of people daily. The water used in shopping malls must be free from sediment and lime. In this project, chlorine dosing, sand filtration, carbon filtration, and softening systems were employed.

For the greenhouse located in Azerbaijan, Kuzey Water Treatment Engineering designed and delivered a turnkey water treatment plant to supply the irrigation water required by the plants. The treatment systems we implemented to prevent the use of low-quality water in greenhouses have provided significant benefits.

The quality of water used in the textile industry directly affects production quality. Depending on the textile product to be manufactured, the required characteristics of the water vary, necessitating the use of water treatment systems.

Our water treatment systems, designed to meet the high-capacity drinking and utility water needs of hotels, purify water from various sources such as municipal, well, river, or seawater to effectively meet your hotel's water requirements.

The quality of process water directly affects production in the textile industry. In a textile dyeing facility, different systems – such as garden irrigation, cleaning, staff showers, drinking water, fabric dyeing, boiler operation, cooling water, and laboratory distillation – require water of varying qualities. This highlights the importance of process water technology and expertise.

This project encompasses an ultra-pure water treatment plant designed for use in steam turbines. It has been custom-designed with pre-treatment, reverse osmosis, and an EDI unit. The EDI process treats water continuously through electro-chemical operations, replacing traditional acid-alkali chemical regeneration with special ion membranes, mixed bed resins, and DC voltage.

Reverse osmosis systems are critical for ships. Due to the limited availability of fresh water on long voyages, vessels rely on reverse osmosis to provide a continuous supply of potable and utility water.

In this treatment plant designed for both utility and process water in a factory, sand filtration, carbon filtration, and reverse osmosis systems have been utilized. Reverse osmosis water systems are among the most commonly used treatment systems in factories.

This project, developed for agricultural irrigation in Kirklareli, utilizes sand filtration, carbon filtration, and osmosis systems. It provides the water source necessary for plant growth, development, and increased productivity in agricultural areas

The water treatment system we designed for shopping malls meets the daily water usage needs of thousands of people. Water used in malls must be free from sediment and scale. In this project, we employed chlorine dosing, sand filtration, carbon filtration, and softening systems.