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Waste to Resource - Waste to Resource

From Waste to Resource. Ecological Design for the Production of Chemicals and Energy from Organic Residues. Waste is a sign of inefficiency. Nevertheless, industry and agriculture produce large amounts of organic waste. The organic molecules in these waste streams have an intrinsic value, and some of this potential is already used to create valuable products biogas production, for example. However, for many waste streams it is still not feasible to recover this intrinsic value. From Waste to Resource.

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Waste to Resource - Waste to Resource | w2r.nl Reviews

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From Waste to Resource. Ecological Design for the Production of Chemicals and Energy from Organic Residues. Waste is a sign of inefficiency. Nevertheless, industry and agriculture produce large amounts of organic waste. The organic molecules in these waste streams have an intrinsic value, and some of this potential is already used to create valuable products biogas production, for example. However, for many waste streams it is still not feasible to recover this intrinsic value. From Waste to Resource.

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1 waste to resource

2 research projects

3 biopolymer project

4 algae project

5 electron project

6 hydrolysis project

7 lignin project

8 news

9 partners

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waste to resource,research projects,biopolymer project,algae project,electron project,hydrolysis project,lignin project,news,partners,view all

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Waste to Resource - Waste to Resource | w2r.nl Reviews

https://w2r.nl

From Waste to Resource. Ecological Design for the Production of Chemicals and Energy from Organic Residues. Waste is a sign of inefficiency. Nevertheless, industry and agriculture produce large amounts of organic waste. The organic molecules in these waste streams have an intrinsic value, and some of this potential is already used to create valuable products biogas production, for example. However, for many waste streams it is still not feasible to recover this intrinsic value. From Waste to Resource.

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Biopolymer Project - Waste to Resource

http://w2r.nl/biopolymer-project

Biopolymer Production from Waste. The biopolymer project within the. From waste to resource. Program is about the production and marketing of polyhydroxy-alkanoates (PHA) from organic waste e.g. wastewater from agro-industrial factories. The project consists of six subprojects, each covering one aspect of the overall production chain (see figure). From Waste to Resource' is a research program of the Dutch Technology Foundation STW.

2

Electron Project - Waste to Resource

http://w2r.nl/projects/electron-project

Quantifying electron fluxes in methanogenic microbial communities. Anaerobic bioconversion of organic matter to biogas, which mainly consists of methane and carbon dioxide, comprises four major degradation steps: (1) hydrolysis, (2) acidogenesis, (3) acetogenesis, and (4) methanogenesis. Subproject 1 – Modeling and Validation. They are dependent on acetogenic bacteria which provide the substrate for methanogenic archaea. In such environments, acetogenesis can only proceed by coupling these energetica...

3

Lignin Project - Waste to Resource

http://w2r.nl/other-project/lignin-project

Increasing the Utilization of Organic Waste With the Help of Lignin-Degrading Fungi. Organic waste streams, like cereal straw, oil palm fronds, garden waste, and prunings, contains a relatively high content of cellulose. Cellulose (and hemicellulose), when converted to glucose and other sugars, can be used for many different purposes such as the production of energy (ethanol), chemicals (lactic acid) or animal feed, especially for ruminants. Lignin Degradation by Fungi.

4

PHA polymer pilot installed at Mars - Waste to Resource

http://w2r.nl/pha-polymer-pilot-installed-at-mars

PHA polymer pilot installed at Mars. PHA polymer pilot installed at Mars. November 23, 2012. As of the 19th of November the PHA polymer pilot is installed at the chocolate factory Mars at Veghel, the Netherlands. Goal is to produce the first kilos of plastic to make test-wrappings for Mars chocolate bars. From Waste to Resource' is a research program of the Dutch Technology Foundation STW.

5

Hydrolysis Project - Waste to Resource

http://w2r.nl/projects/hydrolysis-project

Enhanced Enzymatic Anaerobic Fermentation. Increase the Biodegradability of Organic Residues. Aim of this research project is to explain the increased biodegradability in anaerobic digestion of worm predated excess activated sludge and translate this knowledge into a reactor system. Key points in this project are:. Identification and determination of the increased biodegradability in excess waste sludge based on the activity of the aquatic worm species.

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TID *Industrie Nieuws*: 08/01/2015 - 09/01/2015

http://open-business-innovation.blogspot.com/2015_08_01_archive.html

The Innovation Daily NL Editie; Wij verbinden door te delen; bespreken innovaties wereldwijd. Sunday, 30 August 2015. Behind the Videos with Feller Media. Many people wonder how TEDxAmsterdam produces such high quality videos so quickly. The secret is the team behind the production. Mie Dries of Feller Media talks to us about how partnering with TEDxAmsterdam has helped their company innovate and grow. When Marck took off with. Ldquo;What gives me energy is the vibe. I like working with people who co...

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Hi My name is Ann. In 2006 I walked on my own over 1600 miles (2800 kms) across 3 countries and 2 mountain ranges from Santiago de Compostela in Spain to Rome. I created this website to publisize my journey because I wanted to raise money for two very deserving charities that help homeless people. The site contains a dairy of and pictures from that first walk. In 2008, I decided to embark on another long journey. This time from London to Canterbury, on to Rome and finally to Assisi.

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Waste to Resource - Waste to Resource

From Waste to Resource. Ecological Design for the Production of Chemicals and Energy from Organic Residues. Waste is a sign of inefficiency. Nevertheless, industry and agriculture produce large amounts of organic waste. The organic molecules in these waste streams have an intrinsic value, and some of this potential is already used to create valuable products biogas production, for example. However, for many waste streams it is still not feasible to recover this intrinsic value. From Waste to Resource.

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