Sentences with phrase «anaerobic waste water»

Under the leadership of GWE President and CEO Mr Jean Pierre Ombregt, GWE's anaerobic waste water technology has been proved worldwide at more than 300 installations of totally enclosed tanks, or reactors.

While GWE's anaerobic waste water technology has been proved worldwide at more than 300 installations of totally enclosed tanks, or reactors, this is the first time it has been applied to a covered lagoon, an application where it has enormous further potential in countries with strong agribusiness sectors.

Not exact matches

Tags: Ofwat, sludge, water 2020, anaerobic digestion, biogas, EA, Defra, waste regulation, technical competence

Anaerobic digestion processes that radically improve the quality of waste water while delivering green energy extracted from biological waste streams are emerging as a profitable way for agricultural and food processing industries to cope with -LSB-...]

Thermophilic anaerobic / anaerobic systems have been proven internationally on slaughterhouse wastes, including digestion of wastes such as manure, stomach contents, blood and excess biosludge, which are transformed into biogas (methane), fertilizer and environmentally outstanding waste water effluent.

High - temperature thermophilic anaerobic digestion technologies, typically operating at 55 deg C, are part of a combination of processes that digest waste water's organic content to produce green energy (methane) while achieving outstanding waste water effluent qualities.

GWE is headed by green Global Water Engineering CEO and Chairman Mr Jean Pierre Ombregt, who has been a world leader in anaerobic digestion of industrial effluents and green energy solutions for more than 35 years and whose company has been involved in more than 300 water and waste water projects in Asia, Africa, North and South America, Australia, China, Europe (including Eastern Europe) and RuWater Engineering CEO and Chairman Mr Jean Pierre Ombregt, who has been a world leader in anaerobic digestion of industrial effluents and green energy solutions for more than 35 years and whose company has been involved in more than 300 water and waste water projects in Asia, Africa, North and South America, Australia, China, Europe (including Eastern Europe) and Ruwater and waste water projects in Asia, Africa, North and South America, Australia, China, Europe (including Eastern Europe) and Ruwater projects in Asia, Africa, North and South America, Australia, China, Europe (including Eastern Europe) and Russia.

Many of these projects have attained outstanding waste water processing efficiencies of up to and exceeding 99 per cent organic load removal by further steps in the anaerobic process.

Anaerobic technology is particularly applicable to countries suffering drought, where treated waste water not only provides green energy to substitute for fossil fuels emitting climate change gases, but also processes waste streams to high recycling standards.

COHRAL (TM) technology — which is applicable to both livestock and cropping operations — uses concentrated anaerobic bacteria to digest 70 per cent of the organic matter (COD, or Chemical Oxygen demand) in Oakey Abattoir's waste water to produce effluent of far high quality than typical open lagoons.

The COHRAL (TM) Covered High Rate Anaerobic Lagoon at Oakey Abattoir on Queensland's Darling Downs will extract green energy biogas from its waste water streams to replace millions of dollars worth of natural gas currently consumed at the abattoir.

Another major benefit of covered anaerobic lagoons is that the methane biogas produced within them is not only prevented from escaping into the atmosphere (where it is many times more damaging than C02 emissions) but is also harnessed to generate energy — rather than waste water being heavy consumers of energy in processing and oxygenation.

The Anaerobic Digestion Plant uses natural biological processes to both reduce output in distillery waste water by -LSB-...]

Another major benefit of covered anaerobic lagoons with efficient green energy storage is that the methane biogas produced is not only prevented from escaping into the atmosphere (where it is many times more damaging than C02 emissions) but is also harnessed to generate energy — rather than waste water plants being heavy consumers of energy in processing and oxygenation.

The Global Water Engineering (GWE) anaerobic digestion technologies — to be featured on Stand S9 — extract biogas from virtually any biological waste stream, including municipal food wastes from restaurants, food service facilities, grocery stores, and municipal solid waste, as well as organic wastes from industrial processing facilities, food and beverage plants and agribusinesses.

The anaerobic digestion technologies — recently applied to a major SE Asian pineapple producer — extract biogas from crop processing waste water streams to simultaneously raise water quality while generating methane to replace fossil fuels used in production processes.

She has kept a technical interest throughout her career leading projects in waste water, anaerobic digestion and sludge treatment technology development.

Tags: member's press release, huber technology, huber uk, anaerobic digestion, waste water, PAS 110, digestate, plant optimisation, digestate quality, UK AD & Biogas

Keywords: sedimentation sludge sewage effluent aerobic bacteria organic anaerobic Objectives: Explain how waste water is treated Describe how sewage is treated Compare the ease of treating waste, ground and salt water

Anaerobic digesters must meet local, state and federal regulatory and permitting requirements for air, solid waste and water.

This table summarizes state - specific air, solid waste and water permitting requirements as of May 2015 for livestock farm anaerobic digesters in the states with the most operating anaerobic digesters.