Take a look at our case studies for insight into the types of projects we have been working on and hopefully for inspiration on how we may be able to help you!
Get in touch to see how we could work together and remember as an SME in Yorkshire and the Humber you may be eligible for our funded support. Please do check back as we will be adding to this page regularly.
-
Making pharmaceuticals from food waste
The BDC helps GSK identify a new source of food grade glucose for use in their pharmaceutical products
-
Getting added value from wood pellets
The BDC supports Drax to get added value from their biomass before it is used in energy production
-
Turning potato starch into batteries for electric vehicles
The BDC collaborates on H2020 project to scale up process for turning starch into a building block for energy storage and chemical catalysis
-
Making use of wastes from food and drink production
The BDC helps Courtauld signatories use production wastes from bread, cider and cheese production, as well as vegetable packing
-
Using recycled plastic ‘planks’ to grow plants through hydroponics
The BDC conducts growth trials to prove the capability of HydroBlox product as a hydroponic support
-
New crops for bio-based lubricants
The BDC is working as part of a consortium led by Velcourt to provide a bio-alternative to mineral-based lubricants.
-
Resource mapping for biorefining in Scotland
The BDC collaborates with Ricardo E&E to provide data for Zero Waste Scotland’s sector study on beer, whisky and fish.
-
Novel processing technologies to develop naturally-derived insect repellents
The BDC collaborates with Citrefine to help them break into new over-seas markets by reducing product’s scent
-
Converting biomass into high-value chemicals
The BDC helps AET develop their technology which uses super-heated water in place of harmful solvents to extract compounds from biomass.
-
Shelf-life implications of oil
We helped business, NibNibs with their quest to use local rapeseed oil in their breadsticks, without compromising the shelf-life of their product
-
Growth trials for crop stimulants
Our work revealed that BioElements’ product had a significant impact on germination and the early stages of seedling growth; helping on their journey to commercialisation
-
Revolutionising nanofiber filtration
A technical textile business using novel nanotechnology to develop high performance, recyclable textiles has benefited from capital funding from the Biorenewables Development Centre’s ERDF capital grants scheme.
-
Seeds for growth
Green-Tech’s wildflower seed company is drawing on the BDC’s expertise to help drive change in the horticultural industry by investigating the germination rates of seed varieties from several seed sources.
-
Pets snaffling for more treats
BDC has supported the Innocent Pet Care company to invest in more drying equipment to meet growing demand for their pet treats.
-
Cardboard cuts out waste
The BDC is helping develop a high quality water and fire resistant cardboard product which presents a niche opportunity for various green applications.
-
Helping green the energy market
Capital funding helps Cawood diversify into the rapidly expanding anaerobic digestion (AD) market & in turn promote growth in this sector across the north.
-
Meaty opportunities from waste
Using novel processing equipment available at the BDC, Quorn is exploring new uses for by-products from their vegetarian food production process.
-
Cashing in the chips
The BDC has been working with Landplan on modelling effective processes for wood chip drying, and has helped fund the equipment to dry them.
-
High-value chemicals from household waste
Read all about our work with Wilson BioChemicals to turn household waste into high-value chemicals and fuels using steam treatment
-
Bees fight bugs and win
Read about our recent work with BeeVital to test the antimicrobial properties of their newly-developed gel containing propolis – a glue-like substance from bees
-
Growing the post anaerobic digestion market
Read about our work to identify technologies to convert AD digestate into a more marketable product
-
The seeds of a new relationship
New Holland Extraction has been working in collaboration with us to explore alternative technologies for extracting the special oils that are the core of the company’s business.
-
Food waste for high value chemicals
We are working on a variety of projects to help companies realise the potential of food waste as a source of valuable chemicals, for example using microwave technology
-
Extracting value from agricultural waste
Advanced Extraction Technology (AET) ltd is working with us with the aim of turning agricultural waste into a biofuel. Separately, AET are also working with the GCCE to extract polyphenols from citrus waste
-
Evaluation of microbrewery waste streams
We’ve been working with microbreweries to establish what value can be extracted from their three main waste streams, including spent grains, hops and yeast
-
Novel technology for the treatment of biomass
Aqua Enviro Ltd is working with us to test a novel technology for treatment of biomass used in anaerobic digestion using our ERDF funding and is looking to take the project forward using a SMART award.
-
Optimising fungi for biorefining high value chemicals from industrial biowaste
Citration Technology is making use of our open access facilities to use a fungus, Aspergillus niger, to obtain valuable chemicals through fermentation.
-
Added-value glycerine from biodiesel waste
Brocklesby have been working with the BDC and our academic founder the GCCE to improve the quality of glycerine from biodiesel.
-
Optimising industrial hemp for skin care
Researchers at CNAP worked with Boots to analyse the full composition of hemp oil, which led to a new range of cosmetic products.
-
High value renewable waxes from agricultural waste
Our academic founder the GCCE has worked with partners to extract wax from wheat straw – with the worked scaled-up to 100kg batches to allow for prototyping
-
Increasing yield of anti-malarial medicine through fast track plant breeding
Our academic founder CNAP used fast-track breeding technologies to improve the yield of a medicinal compound to treat malaria found in a Chinese herb – the new varieties will be supplied for cultivation in Africa, India and China.
