The Importance of Partnerships in the World Bioeconomy

Transcription

1 The Importance of Partnerships in the World Bioeconomy ; Lodi (Italy) Italian Forum on Industrial Biotechnology and Bioeconomy Dr. Manfred Kircher Chairman Advisory Board CLIB

2 G-7 Leaders' Declaration June 8, 2015; Elmau, Germany...we emphasize that deep cuts in global greenhouse gas emissions are required with a Decarbonisation of the Global Economy over the course of this century. 2

3 Biomass is the Alternative Foto: Ianusius Food/Feed Global Agriculture: 14 bn t/a biomass containing Foto: Lamilux Rehau Chemicals 7 bn t/a Carbon Foto: MorgueFile Pharmaceuticals Fotos: Wikimedia Commons Foto: Bran Foto: Osvaldo Gago Energy/Mobility

4 Decarbonizing the World Economy is a very big Challenge Oil Residential 35% Mobility 29% Other 7% Chemicals 7% Power 22% Annual Use of Fossil Carbon: 11 bn mio t/a Gas Residential 29% Mobility 1% Industrial 29% Power 38% Chemicals 3% Power, Heating, Energy Carriers, mio t/a Chemicals 440 mio t/a Coal Residential 10% Industry 13% Other 8% Power 69% Chemicals 0,1% 4

5 World Sugar Production does not meet Ethylen-Feedstock Demand World Production Ethylen Carbon Demand Sugar Carbon Supply Ethylen 140 mio t/a (120 mio t C; 86% ) Sugar* 180 mio t/a ( 75 mio t C; 42%) *: sugar beet, sugar cane (2010/2011) 5

6 - Feedstock Focus on Ressource-Efficiency - Product-Focus on Chemicals & heavy-duty Fuel Foto: 4028mdk09 Agriculture Feedstock Foto: 4028mdk09 Forestry Products to be diversified Cascade use Foto: Lamilux Rehau Chemicals Foto: Bernd Schwabe Waste to be prioritized Long Distance Mobility Foto: Bundesarchiv ind.sidestreams Fotos: Wikimedia Commons

7 Bioeconomy enters 1 st gen. Food-Biomass Markets State-of-the Art Just Starting Emerging Sugar-/Oil- Carbon

8 Big Chemical Industries step into 1 st gen. Biochemicals Succinity produces first commercial quantities of biobased succinic acid Düsseldorf, March 3, 2014 Succinity GmbH, the joint venture between Corbion Purac and BASF for the production and commercialization of biobased succinic acid, has announced the successful start-up of its first commercial production facility. The plant, located at the Corbion Purac site in Montmeló, Spain, has an annual capacity of 10,000 metric tons... BioAmber: SARNIA Construction Substantially Complete Sarnia, June 9, 2015 BioAmber announced today that construction of its 30,000 MT succinic acid plant in Sarnia, Ontario is substantially complete. Commissioning is progressing as planned and the plant is on schedule to begin commercial operations in Q

9 1 st gen. Biochemicals drive Innovation Clariant chooses renewable raw materials for high-performance pigments Muttenz, April 8, 2014 First pigment producer to develop high-performance pigments based on bio-succinic acid Pigments based on renewable raw materials for coatings, plastics and printing sectors Supports customers sustainability and differentiation efforts Clariant, a world leader in specialty chemicals, is incorporating renewable raw materials into Quinacridone pigments produced at its Frankfurt-Hoechst facility in Germany. The achievement makes Clariant the first pigment producer to offer high performance pigments that are based on bio-succinic acid solutions. 9

10 Bioeconomy makes 2 nd gen. non-food-biomass Markets State-of-the Art Just Starting Emerging Sugar-/Oil- Carbon Lignocellulosic- Carbon

11 2 nd gen. Ethylen to be constructed in Slovakia ENERGOCHEMICA SE constructs a 2nd Generation Ethanol plant Bratislava, 06 October 2014 Biochemtex and Beta Renewables announce they have signed a definitive agreement with ENERGOCHEMICA SE for the construction of a 2nd Generation Ethanol plant and the annexed Energy Block for the generation of power and steam. The plant, that will be built in Strazske, Slovak Republic, will deliver 55,000 metric tons per year of cost-competitive cellulosic ethanol while using non-food biomass as its feedstock. The project begins immediately and the start-up of the plant is expected in the first half of 2017.

12 2 nd gen. PHA to be constructed in Italy Italian Companies to Generate Bioplastic from Potatoe Byproducts Bologna, 03/18/2015 The agreement between biotech firm Bio-on and potato products company Pizzoli aims to produce 2,000 tons of bioplastics annually with the hope of doubling that capacity in the future. The bioplastics, called polyhydroxyalkanoates or PHAs, could replace traditional plastic in a number of processes, the companies said. Bio-on Chairman Marco Astorri said his company's technology can already generate bioplastic from sugar beet and sugar cane byproducts, and the partnership with Pizzoli will broaden its ability to create PHAs.

13 Bioeconomy generates 3 rd gen. Recycling Feedstock State-of-the Art Just Starting Emerging CO 2,CO (Flue-, Syngas) Sugar-/Oil- Carbon Lignocellulosic- Carbon

14 3rd gen. Jet-Fuel under development from CO Jet Fuel from Steel-Mill off-gas LanzaTech is developing a revolutionary fuel that sees waste gases from industrial steel production being captured, fermented and then chemically converted for use as jet fuel. LanzaTech and Virgin Atlantic have been working together for three years on the fuel s development. A proving flight of the new technology will take place within the next year. LanzaTech estimates that its process can apply to 65 % of the world s steel mills, allowing the fuel to be scaled up for worldwide use.

15 3rd gen. Jet-Fuel under development from CO 2 AkzoNobel and Photanol win prestigious award Amsterdam, A partnership between AkzoNobel and cleantech company Photanol which aims to harness the power of the sun to make chemicals has won a top award at the 2015 WBM Bio Business Awards. The prize was awarded to AkzoNobel and Photanol for their ongoing work focused on creating sustainable technology which mimics the way plants use photosynthesis. Combining AkzoNobel s processing technology expertise and Photanol s existing proprietary technology, the aim is to produce green chemical building blocks that will eventually replace some of the raw materials AkzoNobel currently obtains from fossil-based production. 15

16 Bioeconomy builds Circular Value Chains Foto: 4028mdk09 Agriculture Foto: 4028mdk09 Forestry Agriculture Forestry Organic waste CO/CO 2 Consumer products Building blocks Feedstock Foto: Bernd Schwabe Municipal waste Foto: Bundesarchiv Industrial streams Fotos: Wikimedia Commons 16

17 BIG-C Fl-NL-NRW join Forces Population: 40.9 M Population: 6.35 M GDP: 221 Bn Euro GDP/capita: 33,400 Industry: 19.5% contr. GDP Chemical: 43 Bn Euro Revenue GDP: GDP/capita: Industry: GDP Agro&Food: Chemical Ind.: 1,382 bn EUR 33,572 EUR 25 % of 150 bn EUR 168 bn EUR Population: 17 M GDP: 579 Bn Euro GDP/capita: 34,059 Industry: 29% contr. GDP Chemical: 60 Bn Euro Revenue Population: 17,5 M GDP: 582 Bn Euro GDP/capita: 33,257 Industry: 25.4% contr. GDP Chemical: 65 Bn Euro Revenue 17

18 BIG-C Fl-NL-NRW: leading in Chemical Industries /year Sales of Chemicals & Plastics per Capita 2009 Source: Feri Q12010, NIS 2009 Figures * exclusive life sciences

19 BIG-C Leading in Bio-based & Gaseous Carbon Sources Atmospheric Carbon Gaseous Carbon Food Feed Fibre Biomass Fuel Chemicals Processing Bio-Catalysis Fossil Carbon Source: Manfred Kircher; Current Opinion in Chemical Biology 2015, 29:26-31

20 BIG-C Flagship Topics 2015 / 2016 F2P Value Chains Foto: 4028mdk09 Agriculture 1. Lignocellulose 2. Agro-based biomass 3. Organic side streams 4. CO/CO 2 -containing gas F2P Innovation Program Horizontal Program Foto: 4028mdk09 Forestry Foto: Bernd Schwabe Municipal Waste F2P Flagship Aromatics & Fine Chemicals from Woody Biomass F2P Flagship Chemicals from Carbon Monoxide F2P Flagship Aviation Fuel from various Feedstock Hor. Flagship Circular Economy Education Foto: Bundesarchiv Ind. Side Streams Several projects Several projects Several projects Several projects Fotos: Wikimedia Commons 20

21 BIG-C follows the EU Vanguard Initiative Regional Smart Specialization Improving Pillars of Competitiveness at the regional level Matching strategic roadmaps between regional, national and EU policy level Cooperation Interregional cooperation and harmonization Aligning strategic investments Industries Transforming and emerging industries Regions in the Vanguard-Initiative Smart Specialization

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