SlideShare a Scribd company logo
1 of 24
Download to read offline
The Business of
Food Waste
Dr Tom Dugmore
Waste Hierarchy
£80/ €100 per tonne
Breakfast
Spent Coffee Grounds
 0.91 g wasted grounds per g of coffee
produced
 32,000 tonnes coffee consumed per year
 29,000 tonnes spent coffee grounds per
year
Coffee as a commodity
 2nd most traded commodity after
petroleum
 8 million tonnes produced in 2011
0
1,000,000
2,000,000
3,000,000
4,000,000
5,000,000
6,000,000
7,000,000
8,000,000
9,000,000
1950 1960 1970 1980 1990 2000 2010 2020
WorldwideProduction(Tonnes)
Oil Contents
Source Oil Yield
Spent Coffee Grounds 18.3%
Rapeseed and Palm 40%
Olives 10 – 30 %
Sunflower 22 – 36%
Soybean 20%
Cotton 20%
Corn 2.8%
Jatropha 25 – 40%
Oil Usage
 Cooking
 Some oils inedible
 Biodiesel
 Food vs fuel debate
 Soap and Cosmetics
 Concerns over sustainability
Coffee oils for biodiesel and
cosmetics
 Biodiesel
 Meet all EN and ASTM criteria
 More pleasing odour than used cooking oil
 Cosmetics
 Similar fatty acid profile to palm oil
 More sustainable
 Source locally rather than import
Residual Grounds
 Composting
 Extracting oils reduces acidity and
concentrates other nutrients
 Biomass burning
 Fermentation
Commercial Value
 ~52p / L (before tax, delivery etc)
 132.9 – 153.0 p / L (pump price)
 136.0p 25/03/2014
 £9.50 / m3 (WRAP)
 Average 60 – 70 p / 100g
 Range 12.5p - £1.50 / 100g
Spent Coffee Grounds
 In 2013 –
 29,000 Tonnes SCG produced
 £73 per tonne landfill tax
 Cost of £2,117,826
 5,000 Tonnes of oil for further use
 Potential pre-duty price of £2.6 million
 Potential pump price of £6.8 million
 Over £2 million potential tax revenue
generated
Spent Coffee Grounds
 www. Inhabitat.com www.scafefabrics.com
Coffee Biorefinery
OPEC
 Organization of the Petroleum Exporting
Countries
 Orange Peel Exploitation Company
OPEC
Pectin
 20 – 30% of orange peel
D-Limonene
 Main component of essential oils
 Natural fragrances
 Strong apolar solvent
 Replacement for, e.g. benzene, hexane
 Cleaning Products
 Anti-bacterial and anti-microbial properties
D-Limonene
OPEC project
 Developed in-house methods to extract
pectin and d-limonene
 Microwave Technology
 No harsh acids or solvents
 Industrial investment agreed to develop
pilot-scale equipment
What can York do for you?
 Food Waste Producers
 Find alternative uses for waste and
unwanted by-products
 Reduces landfill and other disposal costs
 Potentially turn an unwanted waste stream
into a new source of revenue
 Network with companies that can make it
happen for you
What can York do for you?
 Manufacturers
 Help source new raw materials for your
processes
 Cheaper, safer, more secure
 Safeguard supply chain
 Address sustainability issues
What can York do for you?
 Processors
 Reduce/recover energy costs
 Increase customer base
What can York do for you?
 Industrial Engagement Facility
 Meeting and seminar rooms for networking
 Desk and lab space for visiting staff
 Facilities to aid company start up
 Access to additional funding and grants
Acknowledgements
 Aleksandra Borisova
 Sophie Mason
 Lucie Pfaltzgraff
 Prof James Clark
 Dr Avtar Matharu
 Dr Jeff Eaves
 Jo Parkes
 SCY
 ERDF (DCLG)

More Related Content

What's hot

Optimization of biodiesel production from sunflower oil using
Optimization of biodiesel production from sunflower oil usingOptimization of biodiesel production from sunflower oil using
Optimization of biodiesel production from sunflower oil usingAmanda Susanne
 
Effect of different pre-treatment methods on production of reducing sugars fr...
Effect of different pre-treatment methods on production of reducing sugars fr...Effect of different pre-treatment methods on production of reducing sugars fr...
Effect of different pre-treatment methods on production of reducing sugars fr...Asheesh Padiyar
 
Biodiesel from Waste oil
Biodiesel from Waste oilBiodiesel from Waste oil
Biodiesel from Waste oilaremuaremu
 
Conversion of Used Cooking Oil to Biodiesel
Conversion of Used Cooking Oil to BiodieselConversion of Used Cooking Oil to Biodiesel
Conversion of Used Cooking Oil to BiodieselMurray Hunter
 
Production of BioDiesel Using Jatropha as a Feedstock
Production of BioDiesel Using Jatropha as a Feedstock  Production of BioDiesel Using Jatropha as a Feedstock
Production of BioDiesel Using Jatropha as a Feedstock ZY8
 
Bio-diesel from Waste Cooking Oil
Bio-diesel from Waste Cooking OilBio-diesel from Waste Cooking Oil
Bio-diesel from Waste Cooking OilAsheesh Padiyar
 
Biodiesel lecture notes
Biodiesel lecture notesBiodiesel lecture notes
Biodiesel lecture notesRavi Teja
 
Bio diesel production
Bio diesel productionBio diesel production
Bio diesel productionSai Nadh Dora
 
Production of Bio Diesel
Production of Bio DieselProduction of Bio Diesel
Production of Bio DieselAdeel Arif
 
Biodiesel production and analysis
Biodiesel production and analysisBiodiesel production and analysis
Biodiesel production and analysisFrancesco Tavano
 
Biodiesel and Vegetable oils
Biodiesel and Vegetable oilsBiodiesel and Vegetable oils
Biodiesel and Vegetable oilsLizbeth Patatuchi
 
Biodiesel- An outline
Biodiesel- An outline Biodiesel- An outline
Biodiesel- An outline savvysahana
 

What's hot (20)

Biodiesel production
Biodiesel productionBiodiesel production
Biodiesel production
 
Optimization of biodiesel production from sunflower oil using
Optimization of biodiesel production from sunflower oil usingOptimization of biodiesel production from sunflower oil using
Optimization of biodiesel production from sunflower oil using
 
Biodiesel production
Biodiesel productionBiodiesel production
Biodiesel production
 
Effect of different pre-treatment methods on production of reducing sugars fr...
Effect of different pre-treatment methods on production of reducing sugars fr...Effect of different pre-treatment methods on production of reducing sugars fr...
Effect of different pre-treatment methods on production of reducing sugars fr...
 
Biodiesel from Waste oil
Biodiesel from Waste oilBiodiesel from Waste oil
Biodiesel from Waste oil
 
Conversion of Used Cooking Oil to Biodiesel
Conversion of Used Cooking Oil to BiodieselConversion of Used Cooking Oil to Biodiesel
Conversion of Used Cooking Oil to Biodiesel
 
Production of BioDiesel Using Jatropha as a Feedstock
Production of BioDiesel Using Jatropha as a Feedstock  Production of BioDiesel Using Jatropha as a Feedstock
Production of BioDiesel Using Jatropha as a Feedstock
 
Bio-diesel from Waste Cooking Oil
Bio-diesel from Waste Cooking OilBio-diesel from Waste Cooking Oil
Bio-diesel from Waste Cooking Oil
 
Biodiesel lecture notes
Biodiesel lecture notesBiodiesel lecture notes
Biodiesel lecture notes
 
Bio diesel production
Bio diesel productionBio diesel production
Bio diesel production
 
Biodiesel
BiodieselBiodiesel
Biodiesel
 
Production of Bio Diesel
Production of Bio DieselProduction of Bio Diesel
Production of Bio Diesel
 
Biodiesel production and analysis
Biodiesel production and analysisBiodiesel production and analysis
Biodiesel production and analysis
 
final ppt
final pptfinal ppt
final ppt
 
Biodiesel and Vegetable oils
Biodiesel and Vegetable oilsBiodiesel and Vegetable oils
Biodiesel and Vegetable oils
 
Biodiesel
BiodieselBiodiesel
Biodiesel
 
Bio diesel
Bio dieselBio diesel
Bio diesel
 
BIO DIESEL PPT
 BIO DIESEL  PPT BIO DIESEL  PPT
BIO DIESEL PPT
 
Biodiesel- An outline
Biodiesel- An outline Biodiesel- An outline
Biodiesel- An outline
 
Biodiesel production
Biodiesel productionBiodiesel production
Biodiesel production
 

Similar to The Business of Food Waste - Tom Dugmore, Technical Liaison Officer, Green Chemistry Centre of Excellence, University of York

Analysis Of Biomass And Biofuels
Analysis Of  Biomass And  BiofuelsAnalysis Of  Biomass And  Biofuels
Analysis Of Biomass And BiofuelsNandeesh Laxetty
 
Analysis of biomass and biofuels
Analysis of biomass and biofuelsAnalysis of biomass and biofuels
Analysis of biomass and biofuelsNandeesh Laxetty
 
Biotechnological techniques for solving industrial problems
Biotechnological techniques for solving industrial problems Biotechnological techniques for solving industrial problems
Biotechnological techniques for solving industrial problems Zohaib HUSSAIN
 
Emerging challenges and the possibilities for wastewater treatment
Emerging challenges and the possibilities for wastewater treatmentEmerging challenges and the possibilities for wastewater treatment
Emerging challenges and the possibilities for wastewater treatmentshamshad ahmad
 
Biomass Program Overview
Biomass  Program  OverviewBiomass  Program  Overview
Biomass Program Overviewguest5dedf5
 
Biofuel presentation org
Biofuel presentation orgBiofuel presentation org
Biofuel presentation orgappchem
 
Trabajo pedro vicente y marcelo
Trabajo pedro vicente y marceloTrabajo pedro vicente y marcelo
Trabajo pedro vicente y marcelordn100
 
CAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILE
CAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILECAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILE
CAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILEiQHub
 
BIO-FUEL AND BIO-DIESEL PRESENTATION
BIO-FUEL AND BIO-DIESEL PRESENTATIONBIO-FUEL AND BIO-DIESEL PRESENTATION
BIO-FUEL AND BIO-DIESEL PRESENTATIONNikhil Malali
 
Graduation Presentation_CeylanpinarATAY_2
Graduation Presentation_CeylanpinarATAY_2Graduation Presentation_CeylanpinarATAY_2
Graduation Presentation_CeylanpinarATAY_2Ceylanp?nar Atay
 
Jeremy Jacobs Comp Ass 231107 (2)
Jeremy Jacobs Comp Ass 231107 (2)Jeremy Jacobs Comp Ass 231107 (2)
Jeremy Jacobs Comp Ass 231107 (2)nationalrural
 
Swru022008 John Clay2 Re Jeremy Jacobs The Composting Association
Swru022008 John Clay2 Re Jeremy Jacobs The Composting AssociationSwru022008 John Clay2 Re Jeremy Jacobs The Composting Association
Swru022008 John Clay2 Re Jeremy Jacobs The Composting Associationnationalrural
 
The Greening of Reusable Textiles
The Greening of Reusable TextilesThe Greening of Reusable Textiles
The Greening of Reusable Textilesnancyjenkins
 
New ideas for feeding cities in 2030
New ideas for feeding cities in 2030New ideas for feeding cities in 2030
New ideas for feeding cities in 2030Jan de Wilt
 
Plantagon def 10102016 De Wilt 2
Plantagon def 10102016 De Wilt 2Plantagon def 10102016 De Wilt 2
Plantagon def 10102016 De Wilt 2Jan de Wilt
 
4 Ian Russell Csiro
4 Ian Russell Csiro4 Ian Russell Csiro
4 Ian Russell CsiroFNian
 
POME-Sustainable-Renewable-Energy-Feedstock
POME-Sustainable-Renewable-Energy-FeedstockPOME-Sustainable-Renewable-Energy-Feedstock
POME-Sustainable-Renewable-Energy-Feedstockengrsurif
 
So050 ben expertise_in_biofuels
So050 ben expertise_in_biofuelsSo050 ben expertise_in_biofuels
So050 ben expertise_in_biofuelsRavi Jethra
 
Team Albatross_A1_Round-3
Team Albatross_A1_Round-3Team Albatross_A1_Round-3
Team Albatross_A1_Round-3Al Amin Shuvo
 

Similar to The Business of Food Waste - Tom Dugmore, Technical Liaison Officer, Green Chemistry Centre of Excellence, University of York (20)

Analysis Of Biomass And Biofuels
Analysis Of  Biomass And  BiofuelsAnalysis Of  Biomass And  Biofuels
Analysis Of Biomass And Biofuels
 
Analysis of biomass and biofuels
Analysis of biomass and biofuelsAnalysis of biomass and biofuels
Analysis of biomass and biofuels
 
Biotechnological techniques for solving industrial problems
Biotechnological techniques for solving industrial problems Biotechnological techniques for solving industrial problems
Biotechnological techniques for solving industrial problems
 
Emerging challenges and the possibilities for wastewater treatment
Emerging challenges and the possibilities for wastewater treatmentEmerging challenges and the possibilities for wastewater treatment
Emerging challenges and the possibilities for wastewater treatment
 
Biomass Program Overview
Biomass  Program  OverviewBiomass  Program  Overview
Biomass Program Overview
 
Biofuel presentation org
Biofuel presentation orgBiofuel presentation org
Biofuel presentation org
 
Trabajo pedro vicente y marcelo
Trabajo pedro vicente y marceloTrabajo pedro vicente y marcelo
Trabajo pedro vicente y marcelo
 
CAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILE
CAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILECAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILE
CAPTURING CARBON, CREATING VALUE BY IMPROVING ENVIRONMENTAL PROFILE
 
BIO-FUEL AND BIO-DIESEL PRESENTATION
BIO-FUEL AND BIO-DIESEL PRESENTATIONBIO-FUEL AND BIO-DIESEL PRESENTATION
BIO-FUEL AND BIO-DIESEL PRESENTATION
 
Graduation Presentation_CeylanpinarATAY_2
Graduation Presentation_CeylanpinarATAY_2Graduation Presentation_CeylanpinarATAY_2
Graduation Presentation_CeylanpinarATAY_2
 
Jeremy Jacobs Comp Ass 231107 (2)
Jeremy Jacobs Comp Ass 231107 (2)Jeremy Jacobs Comp Ass 231107 (2)
Jeremy Jacobs Comp Ass 231107 (2)
 
Swru022008 John Clay2 Re Jeremy Jacobs The Composting Association
Swru022008 John Clay2 Re Jeremy Jacobs The Composting AssociationSwru022008 John Clay2 Re Jeremy Jacobs The Composting Association
Swru022008 John Clay2 Re Jeremy Jacobs The Composting Association
 
The Greening of Reusable Textiles
The Greening of Reusable TextilesThe Greening of Reusable Textiles
The Greening of Reusable Textiles
 
New ideas for feeding cities in 2030
New ideas for feeding cities in 2030New ideas for feeding cities in 2030
New ideas for feeding cities in 2030
 
Plantagon def 10102016 De Wilt 2
Plantagon def 10102016 De Wilt 2Plantagon def 10102016 De Wilt 2
Plantagon def 10102016 De Wilt 2
 
4 Ian Russell Csiro
4 Ian Russell Csiro4 Ian Russell Csiro
4 Ian Russell Csiro
 
POME-Sustainable-Renewable-Energy-Feedstock
POME-Sustainable-Renewable-Energy-FeedstockPOME-Sustainable-Renewable-Energy-Feedstock
POME-Sustainable-Renewable-Energy-Feedstock
 
So050 ben expertise_in_biofuels
So050 ben expertise_in_biofuelsSo050 ben expertise_in_biofuels
So050 ben expertise_in_biofuels
 
Team Albatross_A1_Round-3
Team Albatross_A1_Round-3Team Albatross_A1_Round-3
Team Albatross_A1_Round-3
 
Polyflow
Polyflow Polyflow
Polyflow
 

More from GreenEconomyCoalition

GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...
GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...
GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...GreenEconomyCoalition
 
Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...
Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...
Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...GreenEconomyCoalition
 
GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...
GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...
GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...GreenEconomyCoalition
 
So what does business think about the circular economy? - Erica Russel, Head ...
So what does business think about the circular economy? - Erica Russel, Head ...So what does business think about the circular economy? - Erica Russel, Head ...
So what does business think about the circular economy? - Erica Russel, Head ...GreenEconomyCoalition
 
Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...
Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...
Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...GreenEconomyCoalition
 
The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...
The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...
The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...GreenEconomyCoalition
 
Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...
Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...
Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...GreenEconomyCoalition
 
GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...
GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...
GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...GreenEconomyCoalition
 

More from GreenEconomyCoalition (9)

Canari GEC pres - SME project 2014
Canari GEC pres - SME project 2014 Canari GEC pres - SME project 2014
Canari GEC pres - SME project 2014
 
GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...
GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...
GreenEcoNet Annual Conference - Lauren Milton, Salon Coordinator, Elan Hair D...
 
Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...
Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...
Modern Management for Efficient Compressed Air Systems - Theo Giamakidis, Ene...
 
GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...
GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...
GreenEcoNet Annual Conference - Ice-Breakers - Julie Lenain, Project Coordina...
 
So what does business think about the circular economy? - Erica Russel, Head ...
So what does business think about the circular economy? - Erica Russel, Head ...So what does business think about the circular economy? - Erica Russel, Head ...
So what does business think about the circular economy? - Erica Russel, Head ...
 
Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...
Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...
Horizon 2020, Societal Challenge 5: Climate action, environment, resource eff...
 
The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...
The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...
The Circular Economy and SMEs - Peter Czaga, Policy Officer, European Commiss...
 
Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...
Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...
Greening the Economy in Flanders - Koen Miseur, Account Manager, Enterprise F...
 
GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...
GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...
GreenEcoNet – Status of the Art - Corrado Topi, Senior Research Fellow, Unive...
 

The Business of Food Waste - Tom Dugmore, Technical Liaison Officer, Green Chemistry Centre of Excellence, University of York

  • 1. The Business of Food Waste Dr Tom Dugmore
  • 4. Spent Coffee Grounds  0.91 g wasted grounds per g of coffee produced  32,000 tonnes coffee consumed per year  29,000 tonnes spent coffee grounds per year
  • 5. Coffee as a commodity  2nd most traded commodity after petroleum  8 million tonnes produced in 2011 0 1,000,000 2,000,000 3,000,000 4,000,000 5,000,000 6,000,000 7,000,000 8,000,000 9,000,000 1950 1960 1970 1980 1990 2000 2010 2020 WorldwideProduction(Tonnes)
  • 6. Oil Contents Source Oil Yield Spent Coffee Grounds 18.3% Rapeseed and Palm 40% Olives 10 – 30 % Sunflower 22 – 36% Soybean 20% Cotton 20% Corn 2.8% Jatropha 25 – 40%
  • 7. Oil Usage  Cooking  Some oils inedible  Biodiesel  Food vs fuel debate  Soap and Cosmetics  Concerns over sustainability
  • 8. Coffee oils for biodiesel and cosmetics  Biodiesel  Meet all EN and ASTM criteria  More pleasing odour than used cooking oil  Cosmetics  Similar fatty acid profile to palm oil  More sustainable  Source locally rather than import
  • 9. Residual Grounds  Composting  Extracting oils reduces acidity and concentrates other nutrients  Biomass burning  Fermentation
  • 10. Commercial Value  ~52p / L (before tax, delivery etc)  132.9 – 153.0 p / L (pump price)  136.0p 25/03/2014  £9.50 / m3 (WRAP)  Average 60 – 70 p / 100g  Range 12.5p - £1.50 / 100g
  • 11. Spent Coffee Grounds  In 2013 –  29,000 Tonnes SCG produced  £73 per tonne landfill tax  Cost of £2,117,826  5,000 Tonnes of oil for further use  Potential pre-duty price of £2.6 million  Potential pump price of £6.8 million  Over £2 million potential tax revenue generated
  • 12. Spent Coffee Grounds  www. Inhabitat.com www.scafefabrics.com
  • 14. OPEC  Organization of the Petroleum Exporting Countries  Orange Peel Exploitation Company
  • 15. OPEC
  • 16. Pectin  20 – 30% of orange peel
  • 17. D-Limonene  Main component of essential oils  Natural fragrances  Strong apolar solvent  Replacement for, e.g. benzene, hexane  Cleaning Products  Anti-bacterial and anti-microbial properties
  • 19. OPEC project  Developed in-house methods to extract pectin and d-limonene  Microwave Technology  No harsh acids or solvents  Industrial investment agreed to develop pilot-scale equipment
  • 20. What can York do for you?  Food Waste Producers  Find alternative uses for waste and unwanted by-products  Reduces landfill and other disposal costs  Potentially turn an unwanted waste stream into a new source of revenue  Network with companies that can make it happen for you
  • 21. What can York do for you?  Manufacturers  Help source new raw materials for your processes  Cheaper, safer, more secure  Safeguard supply chain  Address sustainability issues
  • 22. What can York do for you?  Processors  Reduce/recover energy costs  Increase customer base
  • 23. What can York do for you?  Industrial Engagement Facility  Meeting and seminar rooms for networking  Desk and lab space for visiting staff  Facilities to aid company start up  Access to additional funding and grants
  • 24. Acknowledgements  Aleksandra Borisova  Sophie Mason  Lucie Pfaltzgraff  Prof James Clark  Dr Avtar Matharu  Dr Jeff Eaves  Jo Parkes  SCY  ERDF (DCLG)