Deprecated: implode(): Passing glue string after array is deprecated. Swap the parameters in /home4/zagdimco/public_html/website1/wp-content/themes/pennews/inc/media.php on line 245

Deprecated: implode(): Passing glue string after array is deprecated. Swap the parameters in /home4/zagdimco/public_html/website1/wp-content/themes/pennews/inc/media.php on line 245

Deprecated: implode(): Passing glue string after array is deprecated. Swap the parameters in /home4/zagdimco/public_html/website1/wp-content/themes/pennews/inc/media.php on line 245
Enzyme driven bio-plant to turn problem household waste into resource.
Image default
Chemicals Process Technology Technology

Enzyme driven bio-plant to turn problem household waste into resource.

The REnescience plant in Northwich is expected to be operational in early 2017. Big news from the North West of England where a partnership has been announced between clean energy specialists DONG Energy and biological solutions provider Novozymes to construct the worlds first full-scale bio-plant capable of handling household waste by means of enzymes.

Today, a large part of UK waste ends up in landfill sites. It is expensive and harmful to the environment. The REnescience plant in Northwich will ensure that as much of the waste as possible is recycled and converted into biogas, which can again be converted into green power. The plant will be able to sort 15 tonnes of waste per hour or 120,000 tonnes per year equivalent to the amount of waste from almost 110,000 homes in the United Kingdom (UK).

Thomas Dalsgaard, Executive Vice President in DONG Energy ( @DONGEnergy)said: “It’s important to extract as many resources as possible from waste, and the enzymes are an important part of the process where we convert waste into green energy and recyclable material. We’re pleased to enter into a partnership with Novozymes on setting up this type of plant.”

Thomas Schrder, Vice President in Novozymes (@Novozymes), said: “Waste is a major problem for many urban areas around the world, but this technology turns the problem into a resource. Biorefineries like this, where trash is transformed into value, is an excellent example of circular economy in practice.”

Waste becomes valuable products

With the REnescience technology, ordinary unsorted household waste is mixed with water and enzymes in a large reactor. Then, the actual chemical process starts, and the enzymes dissolve all food waste, labels and similar types of organic waste and turns it into a liquid that can be used for biogas. At the Northwich facility, the biogas will be used to generate around 5 MW of electricity which is enough to power around 9,500 typical households. The remaining part of the waste is plastic and metal, which can be recycled, and then there is a part that is converted into fuel.

This infographic show the role of enzymes in converting unsorted household waste into biogas

Novozymes and DONG Energy have also agreed to further develop the enzymes for the technology together.

“The further development of the enzymes will help us to continuously optimise the process and, at the same time, extract even more valuable products from the waste. This is both good for the environment and useful in terms of reducing the costs of waste management. I’m pleased that together we’re also looking at the future prospects for this technology,” said Dalsgaard.


The REnescience plant in Northwich is expected to be operational in early 2017. DONG Energy will finance, build and operate the plant in the North West of England and will also look into the possibilities for building similar plants in other places around the world.The enzyme supply agreement is a long-term non-exclusive agreement.


You may also be interested in…

Video: You and your T-shirt – how to last as a couple.

Unibio takes step forward with first commercial licence agreement.

Commercialization of bio-based products the focus for Ginkgo Bioworks and Amyris partnership.

What will Brexit mean for Britain’s bio-economy and EU green targets?

The use ofCO2to produce plastic takes step forwardwith new Covestro plant.



Related posts

A new industry collaboration hopes to drive the circular economy using sustainable chemistry.

Emily Odowd

Seaweed to help combat drug-resistant superbugs, new research finds.

Liz Gyekye

Japanese scientists find new metabolic engineering technique to improve biochemical production

Liz Gyekye

Leave a Comment

This website uses cookies to improve your experience. We'll assume you're ok with this, but you can opt-out if you wish. Accept Read More