Sewage Sludge Biogas

Low Cost Faecal Sludge Management by Anaerobic Digestion Co-disposal

Low Cost Faecal Sludge Management by Anaerobic Digestion Co-Disposal

Before discussing low-cost faecal sludge management and the role of Anaerobic Digestion Co-Disposal, let’s start by defining faecal sludge (also spelled “fecal”). What is Faecal Sludge Management? Thankfully, that’s easy. Wikipedia tells us: Fecal sludge management (FSM) (or faecal sludge management in British English) is the collection, transport, and treatment of fecal sludge from pit […]

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What is Sewage Sludge? Wastewater Treatment Sludge Biosolids

If you are asking; “What is Sewage Sludge?” read on and you will find sewage sludge, biosolids and Wastewater Treatment Sludge are all defined and explained here. What does SEWAGE SLUDGE mean? Source: Wikipedia.org article, adapted under this licence. Sewage sludge is the remaining, semi-solid material that is left over after the cleaned-up water is […]

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Biomethane in Australia Starts on Demand for RNG & Low Carbon Transport Fuel

Biomethane in Australia is getting started. The construction of Australia’s first biomethane plant has begun as public and industrial demand for renewable natural gas and low-carbon transportation fuels rises. The country also has a new government that is willing to go above and beyond in many aspects of climate change mitigation. The result is that […]

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How to Improve Sewage Sludge Treatment – A Water Industry AD Plant Performance Review

Anaerobic digestion has been shown to be the best technology for treating wastewater from sewage systems globally and is increasingly being used in sewage treatment. The properties of sludge can be modified during anaerobic digestion and produce biogas as a result of the treatment, as well as several positive effects on sludge management. Anaerobic digestion […]

Image text: "Ultrasonic Disintegration for Higher Biogas Output from Biowastes".

Ultrasonic Disintegration for Higher Biogas Output from Biowastes

Ultrasonic Disintegration of biowastes especially sewage sludge is increasingly being used for the higher biogas output it provides from a relatively small and easily fitted device which provides a pretreatment stage before the digester tank at anaerobic digestion plants. Ultrasonics are a powerful method to break up or disintegrate cells so that they are available […]

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Biogas Production from Sewage Sludge for Local WWTWs (Sewage Works)

Biogas production from sewage sludge is likely to become more common at ever-smaller sewage treatment plants. One of the leading companies that will achieve this for their clients is Weltec Biopower. Weltec Biopower is one of the AD firms using its biogas technology and making a big step into the wastewater treatment works industry. Their […]

Image text: "Veolia and Anaerobic Digestion - Global Waste Company Embraces Anaerobic Digestion".

Veolia and Anaerobic Digestion – Global Waste Company Embraces Circularity

In this article, we look at how Veolia and anaerobic digestion (AD) are progressing together, as an example of how one global waste company is building their investment in biogas technology as it embraces circularity across the business. This post is a compilation of our research, based upon the information provided by the company across […]

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Egg Shaped Anaerobic Digesters – Strange Looking Tanks Explained

Egg Shaped Anaerobic Digesters; Enormous eggs! Whatever next! Have you ever wondered what those huge “strangely other-world like” not quite “spherical” tanks are that you sometimes see? They are anaerobic digestion process digesters, and very useful they are too! They make sewage sludge much more wholesome and in particular, they reduce sludge odour, but best […]

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Sustainable NPK Fertiliser Technology Uses Digestate to Replace Non-renewable Alternatives

A new sustainable NPK fertiliser technology has been patented (using digestate) which makes a conventional NPK mineral fertiliser replacement tailored for customer’s fields. Not only does this technology utilise digestate fibre, but it also uses the carbon dioxide captured, either: during biogas upgrading to pure biomethane, or from the biogas engines used to generate electricity. […]

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