Our Operations
Range of Operations

WOG Technologies - Working of Anaerobic digester

An anaerobic digester is a biological process of breakdown of natural pollutants in wastewater without oxygen. These microorganisms take the oxygen from the oxides present in the effluent. Anaerobic bacteria make biogas by decomposing natural contaminants in wastewater. It is mostly composed of Methane and carbon dioxide. Biogas could be used as a gas alternative. Wastewater is injected into a bioreactor unit containing sludge in anaerobic treatment. It's a thick, semi-solid material that contains microorganisms that break down organic contaminants in wastewater. Food leftovers, animal manures, fats, oils, grease, and industrial organic residuals can all be handled in a digester. Construction and operation differ depending on the type of waste stream to be treated. Anaerobic wastewater treatment is used to treat wastewater from a variety of industries, including the food, paper, and pulp industries, as well as the sewage industry after it has been treated to minimize hydrogen sulphide. Anaerobic digestion has the greatest advantage of reduction of greenhouse gas emissions by extracting methane from wastewater.

The industrial water treatment system

Water is purified and made appropriate for reuse after industrial wastewater treatment removes the most dangerous contaminants. It also helps to cut down on industry spending. Depending on the needs of the industries, each industrial wastewater treatment system is unique. Water transports a wide range of waste products and chemical components. Businesses must deal with these contaminants at each level, which may cause oxidation or fine-filtering technologies. It will remove hazardous contaminants and chemical additions from the water at the industrial treatment facility. Industrial wastewater must be treated since it is not properly treated.

Importance of recycling industrial wastewater

Main processes of Industrial water treatment

To treat industrial wastewater, there are four key processes:

Chemical treatment for wastewater recycling management

Certain types of chemicals are used in chemical wastewater recycling treatment for reducing the pollutants in the wastewater. By using the chemicals various elements will dissolve in wastewater more easily. During precipitation, a previously dissolved ingredient becomes a dissoluble material that can be filtered from the liquid. The chemical treatment process will employ chemicals such as chlorine, hydrogen oxides, sodium chlorite, and sodium hypochlorite.

We use several procedures in the chemical treatment process, including:


Difference between anaerobic & aerobic water treatment

The two biological wastewater treatment systems are anaerobic digester water treatment and aerobic digester systems.

Wide range of industrial water treatment systems

Most of the hazardous compounds included in wastewater are removed using industrial wastewater treatment systems. There are many different contaminants in wastewater, and it employed different systems to treat them. Some of them are:

Benefits of water recycling plant

Water is a plentiful natural resource, yet it is our primary obligation to recycle it for future use. Water recycling is the removal of contaminants from water before it enters a body of water or is reused. Sewage Treatment is the popular name for this wastewater treatment technique for industries. Water recycling has several advantages, including resource conservation and cost savings. We can use recycled water from diverse industries for a variety of purposes, including agriculture, landscape and irrigation, and mining. There are various benefits of recycling plants.

Anaerobic digester role in wastewater management

They typically regard anaerobic digestion as a benign wastewater treatment method.


An anaerobic digester is a biological wastewater treatment system that uses microorganisms to break down and eliminate organic pollutants. In the lack of oxygen, anaerobic digester water treatment systems work. The element will be broken down and it will produce oxygen. It employed biogas as a substitute for oxygen in this system. We can tailor anaerobic digesters to meet the system’s needs. In anaerobic treatment, wastewater is pumped into a bioreactor unit holding sludge.

We can reuse water for a variety of uses if we recycle it. Recycling industrial wastewater can help ease the demand for fresh water supplies for agricultural uses like irrigating crops, commercial and residential landscaping, and irrigation. Recycling wastewater will help in reducing the water supply requirement of large industrial plants. Water recycling will save money on water transportation. It also helps in water sustainability for the environment.

Incorporating food waste into anaerobic digesters can save money for wastewater treatment systems. These include lower energy expenses from on-site power generation and a tipping fee for accepting food waste. As we all know, it produced methane in anaerobic digesters, therefore it can be sold to companies for profit. It is a profitable treatment system because the high-quality fertilizers produced after wastewater treatment are a necessary component of agriculture, thus they are in high demand and help the company generate cash.

Biogas is produced by microorganisms digesting organic matter, often known as biomass, in an oxygen-free atmosphere. Anaerobic digestion is decomposing chemicals that can occur anyplace and only requires the digestive system and wastewater. It can endure for 15-20 years if the digester is maintained. It is a treatment system that requires very little upkeep. We can make biogas from any form of organic waste. The time to produce garbage might range from 30 to 90 days, although it takes 30-45 days. The digester system designs vary depending on the function.

There are various ways of recycling water & reuse it for several purposes.