Anaerobic Digester for Wastewater Management

Anaerobic digester

Anaerobic digestion contributes to greenhouse gas reduction by recovering methane from waste. Construction and operation differ depending on the type of waste stream to be treated. WOG Group’s primary goal is to provide solutions for all water treatment and management aspects. We aim to make better use of our natural resources, including water. One big challenge for enterprises is industrial water treatment. Implementing an Anaerobic Digester in collaboration with researchers is one of the oldest solutions for treating water waste. In an oxygen-free environment, anaerobic bacteria transform organic contaminants or chemical oxygen requirements into biogas. Similarly, we are working in numerous areas of water treatment. We work on expanding anaerobic digestion with a commitment to meeting the needs of our clients.

Anaerobic Digester
Anaerobic Digester

Anaerobic Digester Operation (AD)

The natural process by which bacteria break down organic compounds is known as anaerobic digestion. Organic material is derived from or made from plants or animals. Anaerobic digestion takes place in enclosed spaces with no air (or oxygen). The following substances were widely referred to as organic. Food leftovers, animal manure, fats, oils, grease, and industrial organic residuals can all be handled in a digester. During anaerobic digestion, it generated biogas. It happens when microorganisms degrade organic compounds in the absence of oxygen (or oxygen). We essentially made biogas form of methane (CH4) and carbon dioxide (CO2), with traces of water vapor and other gases thrown in for good measure. Overall, it is capable of removing carbon dioxide and other greenhouse gases, leaving just methane.

The Benefits of an Anaerobic Digester Process for Bacteria Breakdown

Anaerobic treatment has several advantages over aerobic treatment approaches, including:

  • Low power consumption
  • It decreases the surface area of the reactor.
  • It reduces your reliance on chemicals.
  • Reduced sludge-handling costs
  • Use aerobic treatment after anaerobic treatment to achieve good treated-water quality for release into a water channel.
  • Wastewater treatment for the industrial processes will achieve using an anaerobic digestion technique
  • It has the potential to increase overall system efficiency while also bringing economic and environmental benefits. 
  • Implementing this technology would result in lower greenhouse gas emissions, lower utility operating costs, and increased reliance on alternative energy sources.

Similarly, we are working in numerous areas of water treatment. With a commitment to meeting the needs of our clients, we are working on expanding anaerobic digestion technology,

Procedures for Wastewater Treatment

We provide Anaerobic Treatment Systems as a provider of the world’s greatest treatment technologies.

We offer the activated sludge process in Aerobic technology employing fine bubble diffused aeration, aerators, or jet aeration systems based on the wastewater characteristics. The primary benefits of this technique are significant savings in liquid resources or no liquid discharge. However, for high-end treatment requirements, we provide membrane processes with submerged or exposed membranes.

WOG Group’s water purification system line has been expanded from the home to the industrial sectors. We provide outstanding service to our customers. We are maintaining a research initiative that allows our employees to improve water filtration. The wastewater treatment plant removes suspended particles, breaks down organic molecules, and purifies the water.

In India, Anaerobic Digestion Is Being Used.

In India, we have used anaerobic digestion with a range of substrates, including sewage sludge, for many years. Under Indian conditions, we believe that anaerobic digestion is the best option because it produces both methane and electrical energy. By burning it in gas engines, aerobic treatment will necessitate oxygen pumping via aeration, where electrical energy is used. As we all know, anaerobic digestion requires temperatures above 25°C, which is available as sewage temperature virtually everywhere in India and almost all year. The sludge management system in large wastewater treatment plants in India featured a thickening, a digester, and a sludge drying structure.

We use less energy in our wastewater treatment for industry technologies. High-quality water does not necessitate the use of many chemicals. Businesses are also improving their manufacturing procedures in order to reduce wastewater, resulting in better production research practices. Finally, wastewater producers may benefit from WOG Group solutions. 

WOG: Provider of Various Resource Recovery Management Techniques

India has historically employed anaerobic digestion with a range of substrates, including sewage sludge. We believe that anaerobic digestion is the greatest alternative since, when burned in a gas engine, it provides both methane and electrical energy. This is due to the fact that aerobic treatment requires the use of ventilation, which requires the use of electrical energy in industrial power plants. In the future, thickeners, digestion tanks, and sludge drying structures will all be part of a vast wastewater sludge management system. The WOG Group’s mechanical and private divisions will now be active in water cleanup. Customers believe that the company creates cutting-edge industrial process water treatment plants. As a provider, we offer a choice of Wastewater Treatment Plants and effective use.


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