PRE-TREATMENT SYSTEMS
Systems Under Pre-Treatment Plants
- Precipitation Systems
- Sand Filter and / or Multi Media Filter
- Automatic Washing Mechanical Filter
- Activated Carbon Filter
- Disinfection Systems
- Chlorination
- UV
- Ozonlama
DEMINERALIZATION SYSTEMS
Demineralization is the process of removing cation and anion ions in water. This process is carried out by using ion exchangers or RO + EDI systems in the process that contain resin fillings. Demineralization systems are needed in sectors that require advanced treatment such as energy production, medicine, paint and petrochemicals. It is especially used in meeting industrial process water needs. It covers the processes performed until the raw water obtained from the well or surface water sources becomes pure.
Resin Technology
- Coagulation Systems
- Flocculation Systems
- Sand Filter and / or Multi Media Filter
- Automatic Washing Mechanical Filter
- Cartridge Filter
- Activated Carbon Filter
- Cationic Resin
- Anionic Resin
- Mixed Bed
Reverse Osmosis and Electrodeionization
- Coagulation Systems
- Flocculation Systems
- Sand Filter and / or Multi Media Filter
- Automatic Washing Mechanical Filter
- Cartridge Filter
- Activated Carbon Filter
- Reverse Osmosis (RO)
- Membrane Filtration
- Mikrofiltrasyon (MF)
- Ultrafiltrasyon (UF)
- Nanofiltrasyon (NF)
- Electrodeionization (EDI)
SEA WATER TREATMENT SYSTEMS
It is a preferred system in our country in recent years due to the difficulties in accessing water resources and limited natural water resources. It is planned to meet the high amount of industrial water need or city water demand. RO systems are generally used for desalination of sea water. Desal RO systems perform a pre-treatment for RO and other treatment plants.
Systems Under Sea Water Treatment
- Fine and Coarse Filtration
- Coagulation Systems
- Flocculation Systems
- Automatic Washing Mechanical Filter
- Sand Filter and / or Multi Media Filter
- Activated Carbon Filter
- Cartridge Filter
- Membrane Filtration
- Mikrofiltrasyon (MF)
- Ultrafiltrasyon (UF)
- Nanofiltrasyon (NF)
- Desal RO
DRINKING WATER TREATMENT SYSTEMS
Drinking and using water in our country; These are the waters that are used by people for their daily activities such as drinking, washing, cleaning and such, and whose content must be determined by TS 266. There should be no disease-causing microorganisms in drinking water; chemicals such as chloride, sulfate, zinc, nitrite, lead should not be more than the specified amount; color, turbidity, pH should be in desired properties. Drinking water treatment systems are in demand in covering the city and regional needs as well as meeting industrial drinking water needs.
Systems within the Scope of Drinking Water Treatment Plants
- Water Intake Structure
- Raw Water Storage
- Oxidation Systems
- Chlorination
- Ozonlama
- Cascade Ventilation
- Coagulation Systems
- Flocculation Systems
- Sand Filter and / or Multi Media Filter
- Automatic Washing Mechanical Filter
- Activated Carbon Filter
- Resinous Systems
- Membrane Systems
- Product Water Storage
- Disinfection Systems
- Chlorination
- Ozonlama
- UV
- Promotion Station
RECOVERY / ZERO WASTE DISCHARGE SYSTEMS (ZLD)
Considering the point of water treatment technologies and investment costs, zero waste discharge or recovery facilities provide significant advantages for the private or public sector, which have a high demand for water or use a high amount of water in the process.
Advantages of Recycling / Zero Waste Discharge System Applications
- Providing cost advantage
- Environmental risks reduced
- Decreasing and simplifying environmental management procedures
- Increased productivity throughout the company
- Ensuring the reduction of environmental risks
- To become more competitive with environment-quality sensitivity in national and international markets
ZLD systems turn the waste water source into a raw water source for reuse, thereby creating a serious economic gain. In ZLD systems, the most advanced waste water treatment technologies are used to recycle and purify almost all of the waste water produced.
- Discharge water recoverability can be provided in the cooling tower.
- The sulfur in flue gas purification waters can be removed and water can be recovered.
- Waste from process waters will be treated and turned into process water that can be used in the same systems.
- Recycling can be achieved in industrial wastewater.
Systems within the Scope of Recovery and ZLD Plants
- Balancing and Neutralization Pool
- Coagulation Systems
- Flocculation Systems
- Chemical Precipitation Systems
- Biological Treatment
- Membrane Systems
- Mud Concentration
- Sludge Dewatering
- ZLD systems
DECARBONIZATION SYSTEMS
Removal of high alkalinity in the water is also the process of precipitation with lime and other chemicals in order to remove other ions dissolved in water to a certain rate (bicarbonates, sulfates, nitrates, etc.).
COOLING TOWER WATER TREATMENT SYSTEMS
It is the filtration processes for cleaning the water polluted in the towers after circulation, especially in the AKM angle. For this, sand filters (Site Filter) or mechanical filters are generally used.
PILOT FACILITIES
The pilot plant is a small-scale treatment system built to generate information about the behavior of the system for use in the design of the investment facilities. It is used in a specific area or in a process that has not been tried before.
MOBILE PACKAGE TREATMENT SYSTEMS
- Industrial Waste Water Treatment Systems
- Domestic Waste Water Treatment Systems
- Industrial Process Water Treatment Systems
- Drinking Water Treatment Systems
DISINFECTION SYSTEMS
In drinking water treatment, disinfection is needed in the network or at the exit of the treatment plant. The purpose of disinfection of drinking and utility waters is to neutralize pathogenic microorganisms that may be harmful to health. In general, waters are disinfected by applying mechanical, physical, chemical, biological and radioactive methods.
Systems Within The Scope of Disinfection
- UV
- Chlorination
- Ozonlama
SOLVED GAS REMOVAL SYSTEMS (Membrane Contactors)
These are the systems used to keep the process product water quality values constant during process water production or as a result of treatment. System designs are available that can be closed and mounted on the line. Especially in energy production facilities, refinery, paper, medicine, food industries, it is needed.
Dissolved Degassing Systems
- O2 Removal
- CO2 Removal
- Ammonia Removal
- Other dissolved gases
HEAVY METAL REMOVAL SYSTEMS
Especially in industrial process water supply, heavy metal removal is required according to the needs of the process. In addition, heavy metals slow down metabolic reactions and have an extremely toxic effect on living organisms. In the world, environmental pollution increases with toxic heavy metals and dyes due to industrial development. Heavy metals such as Cd, Cr, Cu, Ni, As, Pb and Zn with high solubility in aqueous environments are absorbed by living organisms. Therefore, wastewater containing metal must be treated before discharging into the environment.
Heavy Metal Removal Systems
- Iron Removal
- Mangan Removal
- Copper Removal
- Zinc Removal
- Lead Removal
- Nickel Removal
OIL SEPARATION SYSTEMS
Oil separation in water contaminated by oil during production or contamination is necessary for both the equipment in the system and the discharge criteria to be met.
- Oil – Water Separators (OWS)
- Chemical Precipitation
- Dissolved Air Flotation (DAF)
Dissolved air flotation (DAF) is a method of removing emulsified oils and suspended substances from the water by floating. Compressed air supplied to the system creates air bubbles in the water. Flocks that are trapped on the surface of the air bubbles come to the surface of the water. While the flocs on the water surface are removed from the water with the help of a scraper, the particles that weigh more than water settle to the bottom of the tank. Water that is free from unwanted particles is drained and removed from the system.
INDUSTRIAL WASTEWATER TREATMENT SYSTEMS
It is the treatment systems required to return the wastewater generated by industrial processes and production to the receiving environment, the network or per process for reuse. Every industrial enterprise has different character wastewater formation. By considering these differences in the design of treatment systems, customer-specific solutions are produced.
Systems within the Scope of Industrial Waste Water Treatment Plant
- Oil – Water Treatment (OWS)
- neutralization
- Coagulation Systems
- Flocculation Systems
- Active Mud System
- Mud Concentration
- Sludge Dewatering
DOMESTIC WASTE WATER TREATMENT SYSTEMS
Domestic wastewater treatment is the process of removing pollutants from wastewater and creating effluent that meets the discharge criteria.
Systems within the Scope of Domestic Wastewater Treatment Plant
- Grid Systems
- Sand and Oil Retaining Systems
- Precipitation Systems
- Nitrification / Denitrification Systems
- Biological Treatment Systems
- Advanced Biological Systems
- Disinfection Systems
- Gray Water Handling Systems
- Mud Concentration
- Sludge Dewatering
MUD DRYING SYSTEMS
Mud is a product that results from pre-treatment and wastewater treatment. Due to the physical-chemical processes involved in the treatment, it contains heavy metals and products that cannot be biologically treated, as well as pathogenic organisms (virus, bacteria, etc.) from wastewater.
- Mud Concentration
- Sludge Dewatering
As a result of this process, the sludge is made up of 20 – 45% solids. Thus, both a decrease in the amount of sludge and an increase in the calorific value of the sludge are achieved.
