Are you trying to manage wastewater in your facility in an effective and long-lasting way?

WOG Group has been a pacesetter inside the wastewater control region for more than ten years, having advanced contemporary generation. 

Our Aaenrobic Digester System uses today's era to convert natural waste into beneficial biogas and biofertilizers. This generation no longer best enables you to reduce waste disposal prices through utilising the energy of anaerobic digestion, but it also produces renewable strength and supports environmental sustainability.

We at WOG Group are aware of the particular difficulties that various businesses have while managing wastewater. 

Our team of professionals works directly with customers to customize the Anaerobic Digester System to meet their unique demands. 

Selecting the Anaerobic Digester System from WOG Group for your wastewater treatment requirements will improve your operations' overall sustainability while also having a favourable environmental effect. 

Overview of the Process of Anaerobic Digestion

The microbiological wastewater treatment method known as anaerobic digester makes use of organisms to detect and eliminate common contaminants. Water recycling is made possible via anaerobic digestion, which breaks down the components in the absence of oxygen. Oxygen is released during the component's splitting. Here, biogas took the place of oxygen. Underutilized as a treatment method for sewage sludge, wastewater, and mechanical discharge is anaerobic digestion. We are investigating an anaerobic maintenance upgrade to produce biogas from common toxins or synthetic oxygen precursors in a way that is more akin to the search for oxygen. Process optimization may benefit from a reduction in flavour utilization during production. Anaerobic digestion slows down climate change since it releases fewer greenhouse gases into the atmosphere.

Advantages of Anaerobic Digestion

Anaerobic digestion technology provides industrial water treatment with several benefits, such as decreased large-space requirements, a decrease in emissions of liquid effluent, and a major reduction in the use of liquid resources. 

Compared to aerobic digestion, anaerobic digestion offers the following benefits:

• Energy usage for the anaerobic digester will be very low.
• The reactor's surface area will decrease.
• Over time, industrial processes will utilize fewer chemicals.
• The cost of sludge removal will hinder the breakdown of bacteria by anaerobic digesters.
• Numerous procedures make use of anaerobic bacteria.
• To make sure the treated water is disinfected before being dumped into a water channel, aerobic treatment is performed after anaerobic treatment.

Wastewater Management: The Inspiration of the Anaerobic Digester

• They usually believe that anaerobic digestion is a safe method of treating sewage.
• Muck can be used to turn the biogas generated in the anaerobic digester into energy.
• Both the muck's quality and the adverse effects on the neighbouring agricultural region are improved.
• Manure and animal waste together make compost that is softer on plants, has fewer organisms that cause illness, and is simpler for plants to retain.
• The way that natural garbage is treated economically affects the climate.
• The effluent from anaerobic digesters contains CH4, a substantial energy source that can be used to generate electricity in industrial power plants.
• Building anaerobic digesters close to residential areas boost employment and tax income in the area.

Methods for Disposing of Waste

As one of the top global providers of therapeutic technologies, WOG provides anaerobic treatment systems. We provide the aerobic technology field with the activated sludge process. Depending on the wastewater conditions, aerators, jet aeration systems, or fine bubble diffused aeration may be used. In addition to keeping a lot of liquid resources intact, this technique stops any liquid from leaking out. We offer membrane operations with hidden or exposed membranes for complex treatment requirements. During process water treatment, organic molecules are broken down, suspended particles are removed, and sludge is disposed of. If not, humans might find it difficult to get rid of sewage. WOG Group maintains an ongoing research initiative that helps our employees improve wastewater treatment plants.

Types of anaerobic digester systems

In the absence of oxygen, Anaerobic Digester Systems are used to break down natural wastes such as food waste, agricultural waste, and wastewater. This technique produces biogas, a combination of methane and carbon dioxide, as well as digestate, a nutrient-rich byproduct. Here are some types of Anaerobic Digester Systems with short reasons.

• Covered Lagoon:

Anaerobic digester systems with covered lagoons consist of a large pond or lagoon sealed off with a rigid or flexible gas-tight cover. The lagoon is utilized to store natural waste, and as it degrades, biogas is produced and collected beneath the quilt. Animal manure and other organic waste are widely managed in agricultural settings, such as livestock farms, through the use of protected lagoon digesters.

• Plug Flow Digester: 

A plug flow digester is a horizontal tank or tunnel that is long and narrow. The tank is filled with organic waste, which is added at one end and flows through it while producing biogas. Like a plug going through a pipe, the waste passes continuously through the tank. Industrial and agricultural wastes are frequently anaerobically digested on a big scale using plug-flow digesters.

• Complete Mix Digester: 

In a complete mix digester, water and organic waste are combined in a reactor or tank. To guarantee that the waste is distributed evenly and to speed up the digestion process, the mixture is constantly churned or agitated. As the trash breaks down, biogas is created, and the digested material is periodically extracted as digestate.

• Fixed Film Digester: 

A surface where microbes can cling and develop is created in a fixed film digester by using solid support material, such as pebbles or plastic. This surface is flooded with organic waste, which is broken down by microorganisms to produce biogas. In addition to treating wastewater, fixed film digesters can be utilized for smaller-scale anaerobic digestion of organic waste.

• Up-flow Anaerobic Sludge Blankets:

Reactors known as Upflow Anaerobic Sludge Blankets (UASBs) are commonly utilized for the treatment of municipal wastewater. This technique creates dense sludge at the bottom as wastewater travels upward through a tank. Biogas is created when the organic matter in the sludge is broken down by microorganisms. While treated water is released from the top of the reactor, the gas is gathered there.

Conclusion

We give it an effort as a provider for the advantages of wise water use and conservation. Specifically, we are one of the industry's top suppliers of effluent water treatment plants thanks to our previous effluent treatment projects. Our wastewater treatment plants for industrial systems provides high-quality water while using less energy and chemicals. Consumers who share positive experiences are the best at showcasing the value of the business. We work with the utmost confidence that our company will grow and earn a solid name within the sector. We'll put in a lot of effort every day to improve our corporate strategy. Therefore, WOG Group provides solutions to this issue for businesses that rely on operations that generate wastewater. Researchers are still available, and initiatives are being undertaken.