The aim of this project is to exploit recent UK research to develop and evaluate the feasibility of a process to recycle 150,000 tonnes of waste paper crumble produced during the recylcing of waste paper. The crumble will be exploited for the component inorganic material. The organic cellulose component will also be used as a low cost source of glucose for producing platform chemicals and fuels. The outcomes will ensure added value, reduce carbon footprint of the process, and a reduction in disposal costs enhancing the competitiveness of the industry in the UK.

The incorrect disposal of "flushable" nonwoven wet-wipe products by consumers in the domestic toilet is a major source of environmental pollution in the UK and in Europe that contaminates the underground sewer pipework, filter screens and pumping installations. This process of waste disposal leads to major economic and environmental costs. The disposal of wet-wipe products in this way by consumers is strongly discouraged but is difficult to prevent. Significantly better environmental protection needs to be built-in to the wipe product as part of its original engineering design without compromising its performance in use. The main aims are: (i) to develop a less polluting nonwoven pre-moistened wipe substrate that will have better durability during use, disperse in water rapidly when disposed of and be capable of anaerobic biodegradation. (ii) to demonstrate a significantly reduced impact on the UK sewerage system as quantified by accepted industry guidelines.