Jog Waste to Energy Pvt. Ltd products

For the production of high-value Biomethane or BioCNG and clean gas vehicle fuel. Jog Waste To Energy Pvt ltd manufacturer’s biogas upgrading system, biogas purifier, biogas purification plant and biogas upgrading equipment. It runs the production from raw biogas produced from, multiple wastes like municipal waste, sugar crane press mud, cattle dung, vegetables, food waste. There are many types of biodegradable waste and other organic waste from farms available for biogas generation.

Biological removal of hydrogen sulfide from Biogas or Biological Scrubber utilizing conventional biological H₂S removal system has been a demonstrated strategy for many years to remove high to very high H₂S (hydrogen sulphide) content from Biogas, sewage gas, natural gas and landfill gas. The issue of many biological desulphurization plants is the blockage of the filling material which must be removed and renewed. Since the Classic line from JOG is fundamentally different from competitive systems. Blockage is technically nearly impossible.

Nowadays everyone is discussing about sustainable energy, but actions speak louder than words. Using Biogas from the fermentation of organic waste, JOG provide a solution of Biogas engines can create heat and power as a reliable energy source to power your business today, tomorrow, and in the future.

Single membrane Biogas Balloon / Biogas holder material (special PVC Coated) is high voltage and fire resistant, resistant to damage by sharpened steel even when red-hot. The Biogas holder is installed in a special ventilated shed. The Biogas holder is designed to collect and store Biogas under pressure 0.005-0.01 Bar. Biogas supply to the Gas holder is done by means of special branch pipes made of ?DPE. Biogas holders are equipped with a safety valve in order to avoid overpressure.

Double Membrane Biogas Balloon/ holders are used for biogas storage. It’s mounted tightly on the roof of the Digester and separated sphere on surface of Land. The Biogas holder system has a double membrane structure.

Digesters need to be kept at a steady, warm temperature for optimum gas yield and stable system operation. Ideally Digester heat requirements can be met by capturing waste heat from other facility unit operations, such as a Combined Heat & Power (CHP) system. therefore desired fixed temperature range is constantly maintained inside the Biogas Digester in order to achieve optimal bacterial action.

Biogas analysis can help upgrade digester operation and maximise methane creation. It helps process control, which can help shield CHP motors from H2S and moisture damage. Subsequently, it guarantees that methane is produced efficiently, ultimately generating revenue. We likewise have an incredible diagram which outwardly takes you through the biogas monitoring.