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Innovative plasma based transformation of food waste into high value graphitic carbon and renewable hydrogen

PlasCarb transforms biogas generated by anaerobic digestion of food waste using an innovative low energy microwave plasma process to split biogas (methane) into high value Renewable PlasCarbon (RPC) and renewable hydrogen (RH2). As part of the project the quality and economic value of RPC and RH2 has been optimised using high quality research and industrial process engineering. Life cycle analysis has been encompassing the entire project to  ensure that the approach is sustainable and taken beyond BAT.

PlasCarb is a collaborative action funded by the European Union under the Seventh Framework Programme (FP7) "Environment" Theme.
 

Viability assessment of applying the plascarb technology

PlasCarb is circular economy in action! Our business plan foresees the adoption of PlasCarb to different settings.

Are you interested in the PlasCarb technology? Use the Viability Assessment calculator and generate your own preliminary assessment of the PlasCarb technology

Find out in three steps how you can engage with PlasCarb.

  1. Familiarise yourself with the PlasCarb technology and read the Policy Brief and the Case studies.
  2. Adopt the PlasCarb technology: Fill in the viability assessment calculator to generate your customised pre-assessment of PlasCarb.
  3. Voice your interest: Leave your requests and details on the contact form, submit your query and you will receive your customised output.

1. Background Material

Read a short summary and policy recommendations in the PlasCarb Policy Brief as well as the representative case studies.

2. Calculator

Please specify how you would operate PlasCarb.
Important: You can fill in one of the following three fields. Based on your input we send you a customized file with more information about a preliminary financial screening, requirements for the entire PlasCarb value chain and further steps.

Food waste input p.a. [t]
Biogas produced p.a. [nm3]
Output RPC p.a. [kg]
Food waste input p.a. [t]
Biogas produced p.a. [nm³]
Output RPC p.a. [kg]*
Download detailed report with descriptions

3. Contact Info

Instructions: Please leave us your contact details and any comments, suggestions and recommendations. We will contact you for any further steps to be taken.

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PlasCarb
News & Events

Events

News

Advances in Bone Tissue Engineering with Renewable PlasCarbon

Renewable PlasCarbon, the graphitic nanocarbon created by the PlasCarb technology has been tested by…

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Commercialising RTD project results: FP7 PlasCarb Project

Gateshead, United Kingdom
As our FP7 PlasCarb project is coming to an end soon, the consortium partners…

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Test Report: Application of Renewable PlasCarbon in Batteries

PlasCarb researchers from the teams at Abalonyx, Norway, and CNRS, France, published a report on…

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Graphene and 2D Materials USA 2016

Santa Clara, CA, United States
This event is the most commercially-focused conference and exhibition on graphene and other 2D materials.…

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3D Printing USA 2016

Santa Clara, CA, United States
The speaker program is carefully crafted by IDTechEx analysts who have studied and interviewed key…

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ANNIC 2016

Barcelona, Spain
Applied Nanotechnology and Nanoscience International Conference – ANNIC 2016 The Applied Nanotechnology and Nanoscience International…

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PlasCarb publication: Conductive inks of graphitic nanoparticles from a sustainable carbon feedstock

WHY GREEN IS THE NEW BLACK: PLASCARB RESEARCHERS PUBLISH A STUDY TO PROVE THAT SUSTAINABLE…

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PlasCarb goes to Industry - Exhibiting at the RWM2016

Close to the end of the FP7 PlasCarb project in November 2016, the PlasCarb team…

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For first time, carbon nanotube transistors outperform silicon

The UW–Madison engineers use a solution process to deposit aligned arrays of carbon nanotubes…

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