Towards Net Zero Fibre Bottle Challenge
The Net Zero Catalyst is supporting Pulpex in their search for a solution provider capable of technically analysing recycled paper fibre and alternative biomass sources. These materials must be suitable for a fibre bottle moulding process, aligning with the goal of significantly reducing the carbon footprint of paper packaging solutions and meeting the sustainability requirements of the industry and major corporate clients.
Opportunity
Challenge opens
05/04/2024
Challenge closes
10/05/2024
Benefit
The Net Zero Catalyst is an Innovate UK Innovation Exchange (iX) competition which makes available grant funding for a series of Net Zero iX challenges (up to £25,000 per challenge partnership). Please note that, in accordance with the iX process, all funding will be directed to solution providers.
The Challenge
The challenge aims to identify viable alternatives to virgin cellulose materials to foster a low carbon paper packaging industry. The solution provider will purpose and technically analyse alternative biomass sources and recycled paper fibre for use in a fibre bottle moulding process. These alternatives should be scalable and aim for potential future certification for liquid food use, setting new environmental standards for packaging.
The core objective of this challenge is to explore and technically analyse a range of alternative materials, specifically focusing on recycled paper fibre and other biomass sources such as bagasse or hemp, which are potential candidates for an innovative fibre bottle moulding process. These materials are required not only to meet sustainability and recyclability standards but also to align with the ambitious goal of significantly reducing the environmental impact of paper packaging solutions.
The ideal solution will demonstrate a deep understanding of the physical and chemical properties of various biomass sources and their suitability for high-quality, scalable fibre bottle production. This includes evaluating the potential of these materials to maintain the integrity and safety standards required for packaging consumable goods, particularly liquids, which necessitates adherence to food-grade specifications. Furthermore, the solution must consider the compatibility of these alternative materials with existing recycling infrastructures to ensure they contribute to a circular economy, enhancing the lifecycle of packaging materials from production through to recycling.
Key to this challenge is the scalability of the proposed solutions. The ability to implement these materials in a commercial setting, producing fibre bottles at a scale that meets the demands of large food corporations. This entails a comprehensive analysis of the supply chains for these alternative materials, assessing their availability, sustainability credentials, and the logistics of their integration into current manufacturing processes.
This challenge is brought to you by:
