Industrial Resource Efficiency Innovation Challenge 2020
[Last Date for Application: 18th Dec 2020]
The Facility for Low Carbon Technology Deployment (FLCTD), a project of the United Nations Industrial Development Organization (UNIDO) implemented in collaboration with the Bureau of Energy Efficiency (BEE) is launching the 2020 Innovation challenge in the “Industrial Resource Efficiency” vertical.
Entries are invited to the 2020 FLCTD Innovation Challenge for Industrial Resource Efficiency to suggest promising innovations in the areas described below. Winning entries will be supported in the deployment of their innovation to showcase that technology gaps are addressed resulting and result in improved resource efficiency. The maximum award per entry is US$50,000 (excl GST) and the total award money earmarked for this particular vertical for 2020 Annual Innovation Challenge is US $500,000.
Within the context of this FLCTD challenge, Industrial Resource Efficiency encompasses technology solutions that result in the reduction of the specific consumption of either or a combination of raw materials, product components and ingredients, consumables, water and energy (referred collectively as natural resources) per unit of product and/or per unit of manufacturing output. The FLCTD challenge particularly zooms in on resource efficiency solutions with demonstrably significant reductions of net greenhouse gas (GHG) emissions resulting from direct energy savings, savings of indirect and embodied energy from avoided production and supply of these natural resources and potentially non energy GHGs.
The Challenge is open for Resource Efficiency technology innovations at product and/or process levels across all industrial sectors in India for the following (or combinations thereof):
- Chemicals: Innovations demonstrating reduction in the usage of chemicals in industry. The reduction could be due to: better/ improved chemicals and/or process chemistry (for example - catalytic, at near ambient conditions, reduced water or solvent consumption, reduced process steps, improved process efficiency or yield); use of renewable materials as raw material instead of petroleum based, superior application/ usage methods (e.g. with regard to mixing, cooling, heating); recovery and/or reuse of chemicals (in process or as useful byproduct); improved process and product control; Improve positive impact on Environment and life cycle cost. The innovation should not have any negative impacts on the end product/ equipment/ environment/ occupational, consumer and community health and safety.
- Consumables: Innovations demonstrating reduction in the usage of consumables in industry. Consumables include any materials in the manufacturing process that are not directly included in the final end product, for example: lubricating oils, hydraulic oils, cleaning agents, reaction media (e.g. solvents), casting sand, molds, refractory, intermediate packaging/holding, process control, better operation and maintenance practices etc. The reduction could be due to: custom designed consumables; superior usage methods; recovery and/or reuse of consumables; minimizing wear due to better design; etc. The innovation should not have any negative impacts on the end product/ equipment/ environment/ occupational, consumer and community health and safety.
- Materials: Innovations demonstrating reduction in the usage of all materials (excluding chemicals and consumables as above but including raw materials and fuels) and/or substitution to lower GHG materials and fuels in industrial products and/or processes through light-weighting and/or selection of alternative materials which are either environment friendly (biodegradable), safer (less toxic) or with a lower carbon footprint and/ or materials designed for reuse after-life.
- Waste generation and recycling: Innovations demonstrating reduction in the generation of waste from manufacturing units, conversion into useful byproducts and/ or recycling of waste products/ byproducts/treated waste water in industry and/ or use of waste of one industry in to another industry (industrial ecology) / or Utilization of waste after pretreatment in the same premises. Innovations may be applicable to a particular equipment/ machinery or to a manufacturing unit as a whole.
- Water management: Innovations demonstrating: conversion to less water-intensive or even waterless manufacturing and/or auxiliary processes, reuse of process water and/or improved recycling/ reclamation of water in industry/improved water footprint. Innovations must not pollute or have other negative impacts on water used/ discharged from the industry.
- Energy and GHG management: Innovations demonstrating: greatly improved energy efficiency, better energy management, deep GHG emissions reductions in industrial energy use.
All innovative solutions should be based on proof-of-concept or early stage prototype and clearly indicate the replication potential and opportunities for scale-up, and also the following:
- Innovations that result in overall resource efficiency improvements.
- Emerging and novel technology applications that reduce resource consumption.
- Design improvements that reduce resource consumption, overcome application constraints and improve economic feasibility.
- Innovation should not have any negative impacts on the end product/ equipment/ environment/ occupational, consumer and community health and safety etc.
Innovation challenge is closed now.