- 01
Development of Advanced Recycling Technologies
Innovating new or improved recycling processes to handle various types of waste materials more efficiently. This includes developing technologies for sorting, processing, and reclaiming materials such as plastics, metals, and electronics to increase the yield and purity of recycled outputs.
- 02
Innovations in Waste Collection and Sorting
Developing and implementing new methods for the efficient collection and sorting of waste materials. Projects can involve creating automated sorting systems, enhancing material recovery facilities (MRFs), or developing new techniques for segregating mixed waste streams.
- 03
Development of Biodegradable and Sustainable Materials
Researching and creating new materials that are biodegradable or more sustainable to reduce waste and environmental impact. This includes developing alternatives to traditional plastics, such as bioplastics or other eco-friendly materials that can be easily recycled or decomposed.
- 04
Innovative Waste-to-Energy Technologies
Developing technologies that convert waste materials into energy or fuel. Projects may include research into anaerobic digestion, gasification, or pyrolysis processes to produce renewable energy from organic or mixed waste streams.
- 05
Development of Advanced Waste Treatment Processes
Innovating new or improved methods for treating waste to reduce its environmental impact or to recover valuable resources. This includes developing chemical, biological, or thermal treatments to neutralise hazardous waste or to extract useful by-products.
- 06
Smart Waste Management Systems
Creating intelligent systems and software for managing waste collection, processing, and recycling. Projects can involve developing IoT-enabled sensors for waste bins, optimising collection routes, or using data analytics to enhance waste management efficiency.
- 07
Circular Economy Innovations
Researching and implementing strategies to support the circular economy by designing products and systems that minimise waste and maximise resource reuse. This can include developing take-back schemes, remanufacturing processes, or upcycling methods.
- 08
Advanced Chemical Recycling Technologies
Innovating chemical recycling processes that break down plastics and other materials into their basic components to be reused in manufacturing. This includes developing depolymerization, solvolysis, or enzymatic recycling techniques.
- 09
Reduction of Waste in Production Processes
Researching methods to minimise waste generated during manufacturing or production processes. Projects may include optimising material usage, developing processes to recycle production waste internally, or creating systems to recover and reuse waste heat or emissions.
- 10
Development of Efficient WEEE Recycling Processes
Innovating processes for the recycling of Waste Electrical and Electronic Equipment (WEEE). This includes developing new methods for disassembling, sorting, and reclaiming valuable materials from electronic waste.
- Client
- Geeta Chandra
- Sector
- End-to-end waste management business automation software
- Scheme
- SME
- Turnover
- £5m to £10m
- Employees
- 30 to 50
I cannot rate this company highly enough. From the very first call, they continue to be efficient, knowledgeable, personable, and all-round brilliant to work with. We have now successfully gone through two R&D claims with them both being painless, quick, and very beneficial.
How we can help
One senior team across the whole funding pathway, from the first claim to raising investment.
- R&D Tax Relief
Senior-led, HMRC-compliant R&D claims - Innovation GrantsGrant identification and proposal development
- Innovation LoansIntroductions to trusted lending partners
- Investment ReadinessPreparation for confident funding conversations
- HMRC Enquiry SupportEnquiry defence led by an ex-HMRC inspector
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