r&d, i for agrienergy in brazil j. dilcio rocha researcher embrapa-agrienergy the midlands...

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R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th October, 2011

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Page 1: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

R&D, I for Agrienergy in Brazil

J. Dilcio RochaResearcher

Embrapa-Agrienergy

The Midlands Energy Consortium International ShowcaseNottingham, UK, 5th October, 2011

Page 2: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Perspectives for the Brazilian Agroenergy Program and the International Cooperation

•Embrapa’s Mission and Network

•Agrienergy National Plan, 2006-2011

•Opportunities for International Cooperation in Agrienergy

PRESENTATION CONTENT

Page 3: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

The Brazilian Agricultural Research Corporation's mission is to provide feasible solutions for the sustainable development of Brazilian agribusiness through knowledge and technology generation and transfer.

Page 4: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

• Established in 1973

• Linked to the Ministry of Agriculture, Livestock and Food Supply

• Headquarters: Brasilia, DF

• ANNUAL BUDGETUS$ ~ 650 millions

• FUNDING Federal Government - 88% Own Funding - 12%

EMBRAPA: Brazilian Agricultural Research Corporation

Page 5: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

• PEOPLE (1)

Total: 8,375 2,198 Researchers

68% PhD(12% Post-Doc)

30% MS 2% BS1.270 Support Analysts

5% PhD 21% MS 8% BS Specialist

66% BS 4.907 Others Categories

Page 6: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Embrapa Network

• 41 Research Centers

- 11 National Thematic Centers

- 15 National Commodity Centers

- 15 Ecorregional /Agroforestry Centers• 4 VIRTUAL LABORATORIES OVERSEAS

Labex: USA – USDA/ARS

Europe: France, The Netherlands, UK

Korea: Seul, China

• Embrapa Africa – Accra, Ghana

• Embrapa Venezuela, Caracas

• Embrapa Central America - Panama

Page 7: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Embrapa’s R,D&I Network

Embrapa Acre

Embrapa Amapa

Embrapa Western Amazonia

Embrapa Eastern Amazonia

Embrapa Rondonia

Embrapa Roraima

Embrapa Mid-North

Embrapa Tropical Semi-Arid

Embrapa Coastal Tablelands

Embrapa Goats

Embrapa Cassava & Tropical Fruits

Embrapa Cotton

Embrapa Tropical Agroindustry

Embrapa Western Region Agriculture

Embrapa Rice & Beans

Embrapa Coffee

Embrapa Cerrados

Embrapa Beef Cattle

Embrapa Vegetables

Embrapa Pantanal

Embrapa Agroenergy

Embrapa Genetic Resources & Biotechnology

Embrapa Tecnological Information

Northern

Northeast

Mid-west

Embrapa Agrobiology

Embrapa Food Technology

Embrapa Dairy Cattle

Embrapa Agriculture Informatics

Embrapa Agricultural Instrumentation

Embrapa Environment

Embrapa Maize & Sorghum

Embrapa Satellite Monitoring

Embrapa Cattle-Southeast

Embrapa Soils

Southeast

Embrapa Temperate Agriculture

Embrapa Forestry

Embrapa South Animal Husbandry & Sheep

Embrapa Soybean

Embrapa Swine & Poultry

Embrapa Wheat

Embrapa Grape & Wine

Southern

(06)

(07)

(10)

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Page 8: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Embrapa Agrienergy / CNPAE – National Agrienergy Research Center:

• Central point of coordination of several Embrapa’s Research Centers;

• Research in strategic themes and products:– Not carried out by other Brazilian research institutions,– With specificity, – Complementary approaches;

• New expertises;• Embrapa’s reference in R&DI nets and consortium in the country

and abroad;• Support to Consortium and Agroenergy Funds.

http://www.cnpae.embrapa.br

Page 9: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

The Brazilian Energy ConsumptionBy Source

EPE, BEN 2010

Non Renewable 54.6Oil 38.0Natural Gas 10.2Coal 5.1Uranium 1.4

Renewable 45.4Hydraulic 14.2Firewood & charcoal 9.6Sugar cane products 17.7Other renewables (wind, biodiesel) 3.9

Page 10: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

EMBRAPA´S RD&I PLATFORMS

The National Agroenergy Plan is based on:- Agronomic technology development;- Industrial technology development; and- Sociological, economic, market, management, and public policy studies.

Vegetable oilsVegetable oilsVegetable oilsVegetable oils EnergyEnergyForestsForestsEnergyEnergyForestsForests

CaneCaneCaneCane Agri-residuesAgri-residuesAgri-residuesAgri-residues

Page 11: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Source: MAPA/CONAB – May 2010

Today (2010/2011 season):Sugarcane ......................: 664 million ton Planted area ...................: 8.1 million haSugar .............................: 38.6 million ton Ethanol ..........................: 28.5 billion litersSugarcane “brandy”.......: 1.5 billion litersEmployees – direct ........: 1.0 million indirect .....: 2.6 million

Future (2012):Sugarcane ......................: 1 billion tonPlanted area ...................: 10-12 million haEthanol ..........................: 48 billion liters

Brazil: 190 million inhabitants, 850 ha (8,5 million km2)

Sugarcane Production in BrazilSugarcane Production in Brazil

Page 12: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Brazilian Biodiesel Program

AGROENERGY - BIODIESEL

Law 11.097/2005: Brazilian Market2005 to 2007

(2% permitted) => 0 – 840 million liters2008 to 2012

(3% mandatory)(5% permitted) => 0.8 – 2.5 billion liters

From 2013 on (5% mandatory) => 2.5 billion liters

Type Units Total Capacity * Total Units Capacity*

Pilot 22 22 20.9 20.9Producing 19 41 708.0 728.9Built (not operating) 14 55 566.0 1,294.9Being built 28 83 1,408.7 2,703.6___________________________________________________________TOTAL 201 4,949.3* In thousand cubic meters (or billion litres) / year

Biodiesel Plants in Brazil

Page 13: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

OVERSEA LABS (LABEX) PROJECT

• Opportunity for scientific development• Partnership for high-tech development

• Scientific experience exchange

Page 14: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Embrapa Agroenergy R&D&I actions and Strategy: general

1. To contribute for structuring state level programs for agrienergy production;

2. To identify real and potential raw material sources for biofuels production integrated in the regional productive chain;

3. To perform the agroclimatic and risk zonning for the identified raw material sources;

4. To define certified raw material sources, production systems, and infra-structure for production of certified materials aiming their recommendation.

Page 15: R&D, I for Agrienergy in Brazil J. Dilcio Rocha Researcher Embrapa-Agrienergy The Midlands Energy Consortium International Showcase Nottingham, UK, 5 th

Cellulosic Materials:- Lignocellulosic biomass technology.- Biorefineries that produce an array of valuable chemicals and products together with bulk biofuels.-Lower the cost of the known technology which breaks cellulose and hemicellulose down into their component sugars using enzymatic hydrolysis (cellulase enzymes).- Ferment sugars to bioethanol (in several different alternative ways).

Chemical Process – New Biodiesel Routes: - Use of ethanol instead of methanol.- New catalysts (homogeneous and heterogeneous)- Vegetable oil from native palms

Thermochemical Process: - Pyrolysis and Gasification to syngas and biochar

Interchange and Training

Funds and/or proposal to joint research in Agrienergy (Opening for)

R,D&I Strategies: International Partnerships

Opening for new ideas : …