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1903 Start-up of Domsjö pulp mill 1940 Start of chemicals production Today a cluster of companies producing dissolving cellulose, cellulose derivatives, lignin products, biogas, chemicals and energy. Also a location for SP subsidiaries, private development companies and university research in the field of biorefining. BIOREFINERY AREA IN DOMSJÖ, ÖRNSKÖLDSVIK

BIOREFINERY AREA IN DOMSJÖ, ÖRNSKÖLDSVIK

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1903 Start-up of Domsjö pulp mill

1940 Start of chemicals production

Today a cluster of companies producing dissolving cellulose, cellulose derivatives, lignin products, biogas, chemicals and energy. Also a location for SP subsidiaries, private development companies and university research in the field of biorefining.

BIOREFINERY AREA IN DOMSJÖ,

ÖRNSKÖLDSVIK

Algae production

TMP-pilot

Black liquor gasification

DME

Solid phase gasification

DME Pyrolysis

Pelletizing and combustion

Chipping pilot

Torrefaction IDU & pilot

Bioreactors/Flow chemistry reactorsMethanol pilot

Indirect gasification

Sugar platform/ethanol/biorefinery demoViscose / Spinning pilot. Nanocellulose (CNC) pilot*

Pulping, unit operationsMembran filtration

Lignocellulose biorefinery test site

Processum cluster region

SP Processum ABR&D partner within wood-basedbiorefiningCluster manager - ”a creative hub in a world leading cluster for development of biorefineryprocesses”

RISE – Research Institutes of SwedenIn global co-operation with academia, enterprise and society, we create value, growth and competitiveness through research excellence and innovation.

21 industrialowners (40%)

Bioethanol

Viscose thread

Candles Aviation fuel

Fish

Plywood substitute

Green chemicals

BiogasNanocelluloseConcrete additive

Torrefaction

Examples of R&D project topics

Fish feed

Biotechnology

Lisandro BernardoPhD Mol. Biology

Emma JohanssonPhD Biotechnology

Andreas HörnbergPhD Biochemistry

Björn AlrikssonPhD Biochemistry

Pretreatment

Competences

Enzymatic hydrolysis

Fermentation

Microbe modification

Two strong focus areas

Organic chemistry

Tomas GustafssonPhD Org. chemistry

Karin JohnsonPhD Org. chemistry

Jonna AlmqvistMSc Org. chemistry

Julia ForsbergMSc Org. chemistry

Competences

Organic synthesis

Process development

Extraction and separation

Flow chemistry

David BlombergPhD Org. chemistry

Pilot facility

Thermochemical pretreatment

Biochemical conversion

Chemical conversion

Pretreatment reactor-Batch-Steam explosion-40-litre-32 bar, 230°C-Acid, alkali, or neutral conditions

Bioreactor-Fermentation-Enzymatic hydrolysis-High solids content slurries-50- and 600-litre BioreactorAlgae pilot

ATEX reactor system-Batch reactor-Process Development-Flexible system-15 bar, 230 °C-10-litre-50-litre

Down stream processing

-Distillation-Filterpress-Decanter centrifuge-Liquid/liquid extraction-Mill-High speed centrifuge-Dryer

Hydrothermal liquefaction process High pressure (≤ 350 bars)

High temperature (≤ 450°C)

Focus on liquid phase Bio-oil

Chemicals

Solid phase Active coal

Fuel

Process

ResidualStreams

Main product

HtLGas phase

Liquid phase

Solid phase

Biomassa

Europe’s first pilot facility for cellulose nanocrystals (CNC) in Örnsköldsvik

Result

Cellulose nanocrystals:

• Natural building blocks of all plants on earth• Transparent nano-particle gel• Light, eco-friendly and stronger than steel!• Excellent for production of novel eco-

friendly materials

=Solution

Efficient and sustainable extraction of CNC fromlignocellulose raw material based on a uniquetechnology developed by Melodea .

!Need

Novel materials with superior performancefrom renewable resources as alternative topetroleum-based materials.

Requirement• High technical performance• Competitive cost• Renewable resources• Sustainable production

?

Reinforcing of paper andpaperboard

Foams for compositesand insulation panels

Additive to coatingand barrier materials

Additive or coating to fibers and threads = Active clothing

Biorefinery Demo Plant

Agar plates Shake flasks Lab bioreactor

Pilot bioreactors

From lab to demo scale

The Biorefinery Demo Plant

Fully integrated process from feedstock to product

Operated 24h/ 7d

Flexible Process configurations Forest and agro feedstocks Biorefinery applications (sugar platform)

Capacity, 2 tons of dry wood chips / 24 h

Open access facility

Independent, public ownership

Strict confidentiality (customer defined)

Customer owns IP

Botnia Bioraff is an Interreg Botnia Atlantica project, within the specific goalIncreased implementation of innovative solutions.

Lead partner;SP Processum AB,

Other PartnersCentria University of Applied SciencesKokkola University Consortium Chydenius

Total project time is three years (2015-05-01—2018-04-30).

Total budget is 1 457 785 EUR

Bioraff Botnia

Activities • WP 1 Furans

Activities • WP 2 Production of L-arginine from low value fiber sludge

Activities • WP 3 Conversion of lignin into chemicals

Activities • WP 4 From forest to chemical industry

We are

NETWORKING

Our mission is

We need

Your partner in biorefinery developmentand the creative hub in a leading cluster for large-scale processing of

lignocellulosic biomass feedstock

To realize a sustainable bioeconomy. Now.

Partners on our missionUp-/downstream partners:

Knowledge on feedstock supply and properties, Chemical & materials industry etc.Brand owners with sustainability ambitions.

1903 Start-up of Domsjö pulp mill

1940 Start of chemicals production

Today a cluster of companies producing dissolving cellulose, cellulose derivatives, lignin products, biogas, chemicals and energy. Also a location for SP subsidiaries, private development companies and university research in the field of biorefining.

BIOREFINERY AREA IN ÖRNSKÖLDSVIK

www.celluloseworkshop.com

Welcome to the

BioLinX Brokerage Event16-17 November 2016Örnsköldsvik, Sweden

www.biolinx-project.eu

Thank you!

Jonas Joelsson: [email protected] Website: www.processum.se