Mobile and Flexible Processing of Biomass EU project MOBILE FLIP

Similar documents
SECTOR - Production of Solid Sustainable Energy Carriers from Biomass by Means of Torrefaction

Report on economy of energy carrierbased CHP systems for market implementations

Performance in Torrefaction. IBTC is hosted by the European Biomass Association

What is Bioenergy? William Robinson B9 Solutions Limited

SESSION I Torrefied Fuels Part 3 - Demonstration

Biomass firing and. coal-fired utility boilers. W R Livingston. Forum/RSC Leeds Nov 2010

Turning waste into a resource REKokkola

ECN Research and Development in bioenergy

South Carolina's Renewable Energy & Climate Policies & Programs: Lessons for Federal Policies & Actions

Torrefaction to Improve Biomass for Energy and Biofuels Production and Carbon Sequestion. Chris Hopkins, Research Associate

Product and chain development for Oil Palm

The SECTOR project: Status quo and outlook of co-firing torrefied material

Does densification (pelletisation) restrict the biochemical conversion of biomass?

Renewable Energy Systems

MULTI-WASTE TREATMENT AND VALORISATION BY THERMOCHEMICAL PROCESSES. Francisco Corona Encinas M Sc.

Reducing GHG Intensity of Bitumen and Synthetic Crude Oil using Biomass. Fernando Preto CanmetENERGY-Ottawa Natural Resources Canada

Green Fuel Nordic The Smart Way. Utilising RTP TM technology to produce sustainable 2 nd generation bio-oil from local feedstocks

Microwave processing as a green and energy efficient technology for the production of energy and chemicals from biomass and energy crops

Co-combustion of Lignite with Biochar

Profitability of short rotation crop resources for bio-fuels: Miscanthus plantation in the south west of France

Biorefinery Mikael Hannus / October 22, 2010

2/19/2013. Manure Management Introduction Thermochemical Technologies Introduction and Advantages

Biofuels and Biochemicals: Investment Opportunities?

Advanced fuels Issue group 1 Eija Alakangas, VTT. Dublin, 23 April 2013

Industrial Biotechnology and Biorefining

Recycling and Disposal of Thermoset Composites Steve Pickering University of Nottingham

Two-stage Gasification of Untreated and Torrefied Wood

HYBRID STAGED THERMOLYSIS TO VALORISE BIOMASS Paul de Wild, March 11, 2009

Biomass and Biogas Conference Overview of Biomass Technology in Germany

Latest Developments In R&D Support for Forest Biorefinery Development In Canada 2017 BIO World Congress

Biomass Gasification IEA Task 33 Country Report - Finland Piteå, Sweden

Research priorities for large scale heating and industrial processes

Prospects for the International Bioenergy Market and Scientific Cooperation

INDUSTRIAL BIOENERGY SYSTEMS: STATE OF THE ART AND PERSPECTIVES

Mikko Hupa Åbo Akademi Turku, Finland

Strategies for the Implementation of National Renewable Energy Action Plan (nreap) in Biomass Sector: Current and Future Development in Denmark

Biochar By Doug Cram Extension Forestry and Fire Specialist at NMSU

Biomass Electricity. Megan Ziolkowski November 29, 2009

HYDROCONVERSION OF FAST PYROLYSIS BIO-OIL: UNDERSTANDING AND LIMITING MACROMOLECULES FORMATION. Alain Quignard / IFPEN

Economics of Torrefaction Plants and Businesses Buying Their Products

Pre-Treatment of Lignocellulosic Biomass (PI: Kent Hoekman, DRI)

Torrefaction? What s that?

Sustainable use of bio-resources in the context of Bioeconomy and Circular Economy

Economic Comparison of Torrefaction-Based and Conventional Pellet Production-to-End-Use Chains

Development and optimization of a two-stage gasifier for heat and power production

Membrane Harvesting Technology Algae Separation & Concentration

PROCESSES AND TECHNOLOGIES FOR THE VALORIZATION OF WASTES AND BIOMASSES

BTL2030 Project presentation. VTT Technical Research Centre of Finland Ltd Espoo, June 2017

TORREFACTION AND GASIFICATION TECHNOLOGIES FOR BIOMASS CONVERSION

ABOUT AVA-CO2 ENERGY OF THE FUTURE

Energy Generation from Recovered Wood for Greenhouse Gas Reduction

Pyrolysis for Biochar Production

Biofuels. Letizia Bua

Emerging biorefinery concepts and research infrastructure development needs

Strategic Development of Sustainable Supply Chains for Industrial Biomass Co-firing in Alberta

Gasification Technologies Council, October , Colorado Springs1

Upgrading of Malaysian Biomass for Cofiring with Coal. Adlansyah Abd Rahman Centre for Renewable Energy, UNITEN

Global Biomass Trade 28/07/2015. Current Biomass Exports Little Biomass; few trade routes. World Demand for Biomass

Waste treatment technologies I

Woody Biomass Factsheet WB4

Biorefineries - State of the art & current research activities. Ed de Jong, Bert Annevelink & Rene van Ree

Update on Biomass Gasification in New Zealand

GCE Environmental Technology. Energy from Biomass. For first teaching from September 2013 For first award in Summer 2014

Mapping the Innovation Potential in Kainuu Region

Mobilisation and utilisation of recycled wood for lignocellulosic(lc)bio-refinery processes. Dr. Guido Hora, Fraunhofer WKI, GERMANY

Emissions from wood-fuelled equipment. Senior research scientist Heikki Oravainen Technical Research Centre of Finland

Conversion of Biomass Particles

Biomass and Energy A Perspective from Municipal Solid Waste (MSW)

The biocrack Process a refinery integrated biomass-to-liquid concept to produce diesel from biogenic feedstock

Use of biochar from microware pyrolysis for removal of pharmaceuticals by filtration

Process Economics Program

CREATIVITY AND EXPERTISE to develop solutions for the marine industry. Green Tech 2016 Marine fuels from forest biomass

Biomass Use at Dry-Grind Ethanol Plants: Less Greenhouse Gases and More Profits

Report Global Aspects of Bioenergy Imports

The biocrack Process a refinery integrated biomass-to-liquid concept

INTEGRATED HEAT, ELECTRICITY AND BIO-OIL PRODUCTION. IEA Biomass Task 34 Meeting in Chicago Jani Lehto, Metso Pekka Jokela, UPM

BIOCHAR IN MORE DETAIL: WHAT IS IT? WHAT IS IT USED FOR? WHAT IS IT WORTH?

Biomass pellets production with industrial and agro-industrial wastes

Nordic Association of Agricultural Scientists

The post-2020 EU Policies on decarbonising transport and their impact on biofuels via gasification

Lars Sørum Coordinator NextGenBioWaste Senior research scientist. SINTEF Energy Research

Biogas Technology. INNOVAS (Munich) Proactive Energy Management. in the field of Biogas & Biomass Technology a cooperation with

Bioeconomy Transformation summary of the bioeconomy activities at VTT

Pajun uudet käyttömahdollisuudet VTT Aalto -yhteistyöprojekti

the Waste Tires Thermolysis plant

Renewable Chemicals from the Forest Biorefinery

Why diversify biomass production for biofuels

RENEWABLE ENERGY RESOURCES

The harvest of forest residues in Europe

The kraft pulp mill biorefinery platform

Role of biomass in meeting future energy demands

TORREFIED WOOD A New Emerging Energy Carrier

The Role of Solid Fuel Conversion in Future Power Generation

Product and Process Options for the Biochar Entrepreneur

SUSTAINABLE BIOPLASTICS INDUSTRY FROM RENEWABLE RESOURCES IN MALAYSIA

AREVA BIOENERGY Torrefaction. January 17, 2014

Lecture 1: Energy and Environment

IMO REVIEW OF THE BC CODE, INCLUDING EVALUATION OF PROPERTIES OF SOLID BULK CARGOES. Transport of Wood Pellets. Submitted by Canada and Sweden

Demonstration of grassland restoration and alternative use of biomass to ensure maintenance of grassland biodiversity in Latvia

Ethanol from lignocellulosic biomass: a comparison between conversion technologies

Transcription:

Mobile and Flexible Processing of Biomass EU project MOBILE FLIP Tarja Tamminen Matthieu Campargue Denilson da Silva Perez Capucine Dupont Finn Englund Priit Kotli Sylvia Larsson Electra Papadopoulou Kimmo Rasa Taisto Raussi Philippe Sajet Mikael Wallin Open MOBILE FLIP seminar at SLU, Umeå, Sweden, June 16, 2016

Mobile Flip consortium RTOs SMEs Mobile Flip in figures Budget 9.70 million euros 716 Person months 4 years (2015 2018) Large companies 2

Background Novel solutions need to be developed for sustainable process industries utilizing renewable resources in a sustainable manner. Forestry, agricultural and industrial wastes are potential future resources, but they are typically fragmented and only seasonally available. Mobile Flip brings together the industry, SMEs and RTOs, to generate new and emerging solutions for the environmental, social, and economic challenges, more specifically the growing demand for sustainable and innovative use of biomass raw materials. 3

Main objectives Develop technologies for simple and robust processes that are applicable to small scale. The specific aims of the project are to demonstrate at least three of the following technologies as a mobile unit biomass pre-treatment steps (comminution, drying, fractioning) hydrothermal treatment and saccharification hydrothermal carbonization torrefaction slow pyrolysis feasible compaction technologies for solid products (pelletizing and briquetting) 4

Approach Sustainability, feasibility and social aspects WP 4 - Sustainability evaluation (leader VTT) WP 1 - Business feasibility evaluation (leader SP) Technical performance WP 2 - Experimental evaluation of process flexibility and product quality (leader CEA) Task 1. Raw material procurement and characterisation (leader FCBA) Task 2. Process lines based on pelletization (leader SLU) Task 3. Process lines based on hydrothermal treatment and saccharification (leader VTT) Task 4. Process lines based on torrefaction, including evaluation of products (leader CEA) Task 5. Process lines based on slow pyrolysis (leader VTT) WP 5 - Dissemination and exploitation (leader FCBA) WP 3 - Mobile plant design and demonstration (leader BioGold) WP6 - Management (leader VTT) 5

Pelletizing SLU, CEA Chopping/ chipping/ crushing SLU, SPC, CEA Drying SLU, CEA Milling Biomass powder SLU, SPC, RAGT Pelletising CEA, RAGT, SLU Biomass pellets for fuel in small and medium scale combustion units SLU Biomass pellets for fuel in large scale combustion units (from low quality raw material) 6

Hydrothermal treatment for saccharification SLU Crushing BioGold, VTT Hydrothermal treatment for saccharification BioGold, VTT, SP Filtering Moist cellulosic fraction VTT Saccharification at site/ during transportation VTT Glucose-rich hydrolysate as feed for fermentation Drying and pelletising SLU, SPC VTT Dense cellulose-rich hydrolysable material as raw material for saccharification and fermentation Hemicelluloserich filtrate SP Separation, concentration VTT, FCBA Crude C5-rich sugar concentrate as feed to a sugar refining company Luke Residual filtrate for irrigation 7

Hydrothermal carbonization SLU VTT, BioGold VTT, BioGold, SP SLU, SPC, RAGT RAGT Crushing Hydrothermal carbonization Filtering Pelletising Biomass pellets for fuel in combustion units Luke Solid biocoal for soil remediation agent, even from wet raw material Luke, FCBA Filtrate for irrigation, potentially contains nutrients, platform chemicals 8

Torrefaction SLU SLU, SPC CEA, ETIA, VTT SLU, SPC, RAGT Solid Crushing Drying Torrefaction torrefied Pelletising biomass Condensable species/ gas RAGT Pellets for fuel Luke Solid biochar for soil amendments CEA, ETIA Combustion on site for energy VTT, Luke Repellant, soil amendment, odour control 9

Slow pyrolysis SLU, Raussi Chipping Raussi, VTT, CEA Slow pyrolysis Solid biocoal Raussi Sieving Raussi Crushing Raussi, VTT Densification VTT, Luke Soil amendments, barbeque coal, filtration agent VTT, Raussi VTT, Luke Liquid phase Decanting Aqueous phase Repellant, soil remediation agent, odor control VTT, Raussi, FCBA Tar Combustion at site for energy (heat, power), platform chemicals VTT, Raussi Gas Combustion at site for energy (heat, power) 10

Click to add title See the posters for more information!