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sofiproteol - Montpellier SupAgro

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Conférence, « La chimie, ça se cultive »<br />

<strong>Montpellier</strong>, le 08 mars 2011<br />

L’exemple des oléagineux<br />

Jean-François Rous, Sofiprotéol


Agenda<br />

• SOFIPROTEOL Group<br />

• Sustainability as developed in the biodiesel<br />

activity<br />

• Focus on the oleochemical activities


PROLEA, the French vegetable oils and proteins sector<br />

I


SOFIPROTEOL, the industrial and financial actor of the<br />

French vegetable oils and proteins sector<br />

SOFIPROTEOL<br />

Management of<br />

investment funds<br />

Industrial activities<br />

Sectors of investments:<br />

• Seed production and biotechnology<br />

• Collect of crop and protein based seeds<br />

• Industries processing oilseeds and protein<br />

rich plants<br />

• Nutrition and animal industries<br />

• Support for innovation and sustainable<br />

investment<br />

Food and animal<br />

sector division<br />

• Holding SOFIAL<br />

• From animal feed and<br />

health to animal<br />

production and animal<br />

products<br />

•GLON SANDERS<br />

Total turnover: 6 b€<br />

Close to 6 000 employees<br />

Oilseeds division<br />

• Holding SOPROL<br />

• From crushing seeds to<br />

end products for food,<br />

feed, energy and<br />

chemistry<br />

•SAIPOL<br />

•LESIEUR<br />

•DIESTER INDUSTRIE<br />

•DII<br />

•OLEON<br />

•NOVANCE<br />

•EXPUR


SOFIPROTEOL, Industrial activities<br />

Sales 2010 5.6 Mds €, 6300 employees<br />

IDIA<br />

Famille GLON<br />

Management<br />

SOFIAL<br />

Pôle nutrition et filières<br />

animales<br />

GLON SANDERS<br />

HOLDING<br />

SAIPOL<br />

SOPROL<br />

Pôle valorisation des<br />

oléagineux<br />

FONDS<br />

STRATEGIQUE<br />

D’INVESTISSEMENT<br />

IDIA<br />

IN VIVO<br />

SOUFFLET<br />

AXEREAL<br />

BUNGE<br />

Coopératives négociants<br />

FIDICOOP<br />

FINÉGOCE<br />

SAIPOL<br />

DIESTER INDUSTRIE<br />

GROUPE<br />

GLON<br />

LESIEUR<br />

OLEON<br />

DIESTER INDUSTRIE<br />

INTERNATIONAL<br />

GÉNÉRALE<br />

CONDIMENTAIRE<br />

NOVANCE<br />

Partners<br />

Animal Health and Feed<br />

Seeds crushing (oil and<br />

meal production)<br />

Human food (oils and<br />

sauces)<br />

Renewable energies<br />

Renewable chemistry


SOFIPROTEOL is active on the entire value chain:<br />

Complex issues towards a better quality of life...<br />

Contribute to a better quality meat,<br />

through animal health and feed<br />

Optimize the quality to reduce<br />

the protein dependency<br />

Oil meal<br />

Animal health<br />

and breeding<br />

Breeders<br />

Transformation<br />

and animal<br />

productions<br />

Biotechnologies<br />

Seeds<br />

Pesticides<br />

Growers<br />

Collect of oil and<br />

protein seeds<br />

Crushing<br />

Animal nutrition<br />

Oils<br />

Food<br />

Helping in optimizing<br />

Contributing to a the practices<br />

Growers and breeders<br />

sustainable agriculture<br />

Oilseeds division<br />

Food and animal sector division<br />

Renewable<br />

energies<br />

Renewable<br />

chemicals<br />

Contribute to a better<br />

quality food chain<br />

Other industries in which Sofiproteol is involved<br />

Developing more sustainable products<br />

for a better quality of life


Agenda<br />

• SOFIPROTEOL Group<br />

• Sustainability as developed in the biodiesel<br />

activity<br />

• Focus on the oleochemical activities


Sustainability:<br />

Optimisation of the collecting zone<br />

Example: Le Mériot<br />

150 km<br />

100 km<br />

• Situated in the middle of a<br />

rape seeds production<br />

region<br />

• 1,5 million tons of rape seeds<br />

produced within 150 km around<br />

the factory in 2008. The factory<br />

will transform around 1,1 Mt of<br />

seeds at full capacity<br />

• Transport downstream<br />

• Seine based refineries for the<br />

Diester<br />

• Other factories from the group<br />

for oils that are not transformed<br />

on site<br />

• Animal feed industrials<br />

Surfaces and production of rape<br />

seeds in 2008:<br />

- 1 441 000 ha<br />

- 4,7 million tons of seeds


Sustainability:<br />

Continuous improvement programme<br />

Many factors influence indirect N 2<br />

O emissions from the ground<br />

→ Modifying farming practices as a way to reduce emissions<br />

Partnership UMT GES-N 2 O<br />

-INRA, CNRS, Universities<br />

-ARVALIS, CETIOM, ITB<br />

Climate<br />

Farming practices<br />

Type of soil<br />

(Photo J. Raimbault, CETIOM)<br />

N 2<br />

O<br />

Emissions


Continuous improvement programme:<br />

CETIOM audit<br />

% of plot lands<br />

• The process started in 2008<br />

for rapeseeds farms<br />

• > 10000 plots of land audited<br />

• In 2009, more than 15000<br />

plots of land were audited<br />

• Partners : « OS »<br />

50,0<br />

40,0<br />

30,0<br />

20,0<br />

2008<br />

2009<br />

10,0<br />

0,0<br />

3.9


The programme is conducted at all levels of the value<br />

chain<br />

illustration : G. Castagnon / Proléa<br />

36%<br />

1%<br />

1%<br />

11%<br />

33%<br />

11%<br />

5%<br />

1%<br />

Farming Storage-Drying Transport Crushing<br />

Semi-refining Methanol Transesterification Distribution


Sustainability, the driving force for the<br />

development of oil-based refineries<br />

• Strongly proteindependent<br />

for animal<br />

feed<br />

• France imports 49%<br />

of its protein needs<br />

(Unip – 2006/2007) for animal<br />

feed and has thus<br />

imported 4,3 Mt of soy<br />

meals in 2007 (Huilerie de<br />

France)<br />

• Obligation to reduce the<br />

GHG emissions in<br />

transport and contribute<br />

to the fight against<br />

climate change<br />

• In 2005, France CO 2<br />

emissions were 412 Mt<br />

(DGEMP - Caisse des<br />

dépôts – 2007)<br />

• Transports represent<br />

34% of the total GHG<br />

emissions in France<br />

(DGEMP - Caisse des<br />

dépôts – 2007)<br />

• Strong and increasing<br />

demand for diesel type of<br />

fuel<br />

• In 2007, 33 Mt of diesel<br />

were consumed in<br />

France and 10 Mt of<br />

gasoline (source CPDP)<br />

• In 2007, 73,9% of new<br />

cars were diesel ones<br />

(source CCFA)<br />

• 34% of the diesel<br />

consumed in France is<br />

imported (Russia and<br />

Middle-East) and 37% of<br />

gasoline production is<br />

exported (USA)


Agenda<br />

• SOFIPROTEOL Group<br />

• Sustainability as developed in the biodiesel<br />

activity<br />

• Focus on the oleochemical activities


Raw materials<br />

Vegetable oil production in France<br />

2500<br />

2000<br />

1500<br />

1000<br />

Surfaces en oléagineux (1000 Ha)<br />

Oleaginous surfaces<br />

Soja soy<br />

sunflower<br />

Tournesol<br />

8000<br />

2,23 MnHa<br />

7000<br />

6000<br />

5000<br />

4000<br />

3000<br />

Production d'oléagineux (1000 T)<br />

Oleaginous seed production<br />

soy<br />

Soja<br />

sunflower<br />

Tournesol<br />

7,35 MnT<br />

500<br />

rape Colza<br />

2000<br />

1000<br />

rape<br />

Colza<br />

0<br />

90 91 92 93 94 95 96 97 98 99 00 01 02 03 04 05 06 07 08 09<br />

• French oilseeds production (2010) : 6,452 MnT<br />

• SAIPOL: 70% of the French crushing capacities<br />

0<br />

90 91 92 93 94 95 96 97 98 99 00 01 02 03 04 05 06 07 08 09<br />

(From FOP)<br />

SUNFLOWER OILS<br />

• High oleic sunflower (HOSO)<br />

• 50% of the sunflower production (France)<br />

France - 882 kt / EU27 - 3 402 kt<br />

• 80% used for human food<br />

high oleic<br />

82<br />

classic 21<br />

0% 20% 40% 60% 80% 10 0 %<br />

oleic<br />

linoleic<br />

saturated


European oleochemical development:<br />

Biodiesel (FAME) & Glycerol production<br />

SEMI-<br />

REFINING<br />

TRANS-<br />

ESTERIFICATION<br />

1.5t semi<br />

oil<br />

refined oil<br />

1.5t biodiesel<br />

150kg glycerol<br />

GLYCEROL data<br />

Production 2010<br />

World<br />

EU-27<br />

1 690 kt<br />

980 kt<br />

BIODIESEL data<br />

Production 2010<br />

World<br />

16.9 million tons<br />

EU-27<br />

9.8 million tons<br />

EU Biodiesel content (1st and 2nd gen)<br />

2010 2020<br />

(vol.) 6.26% 10.89%<br />

Grade/Market price (EU)<br />

Crude (82-90%) ~€200/t<br />

Refined (99%+) ~€500/t


Focus on the oleochemicals activities:<br />

Diester Industrie, the largest producer of glycerin<br />

KT<br />

3000<br />

2500<br />

2000<br />

1500<br />

Worldwide<br />

glycerin<br />

production<br />

Glycerin from<br />

biodiesel origin<br />

1000<br />

500<br />

0<br />

1995 2000 2005 2006 2007 2009 2010<br />

Glycerin from<br />

Diester<br />

Industrie<br />

350 KT crude glycerine production, 150 KT refining capacity


Expected evolution of the global glycerin market<br />

• Continued strong growth in the next 5 years<br />

• Roughly 2.5 million tons today, 3.5 million tons in 2015<br />

• Growth driven mainly by Biodiesel and also by oleochemicals<br />

• In parallel, strong growth of existing and new applications<br />

• Mainly glycols substitution in various market segments<br />

• Development of current known applications: polyols for polyurethane<br />

type polymers, surfactants, or ketals for solvent applications<br />

• Ramping up of new applications: Epichlorhydrine, MPG, fermentation,<br />

other…<br />

• Overall the market should stabilize and prices should come<br />

back to “normal” levels<br />

• It is critical for new projects to target higher value added applications


Glycerol as a Platform Chemical<br />

TRANSFORMATION<br />

PRODUCT/APPLICATION<br />

Epicerol process<br />

O<br />

Cl<br />

Epichlorhydrin<br />

Epoxy resins<br />

OH<br />

Enzymatic conversion<br />

HO<br />

OH<br />

1,3-Propanediol<br />

Polyesters fibres PTT<br />

SORONA, CORTERRA<br />

OH<br />

OH<br />

Catalytic hydrogenation<br />

Via acrolein obtained<br />

by glycerol dehydration<br />

HO<br />

O<br />

OH<br />

OH<br />

Propylene glycol<br />

Acrylic acid<br />

Solvent<br />

Esters<br />

Coating resins, adhesives<br />

Polyacrylates<br />

Superabsorbants<br />

Carbonylation<br />

Urea / catalytic Zn<br />

HO<br />

O<br />

O<br />

O<br />

O<br />

Glycerol carbonate<br />

Alkyd resins<br />

Solvent<br />

Glycidol<br />

Enzymatic conversion<br />

HO<br />

OH<br />

Dihydroxyacetone<br />

Sunless tan


Example:<br />

GLYCEROL CARBONATE<br />

Process<br />

HO<br />

OH<br />

OH<br />

+<br />

O<br />

ZnSO 4<br />

140°C<br />

H 2 N NH 2<br />

vacuum<br />

HO<br />

O<br />

O<br />

O<br />

+ 2 NH 3<br />

Ref: EP0955298<br />

Product/Applications<br />

GLYCEROL CARBONATE<br />

Pilot production<br />

Grade<br />

Crude : 85%<br />

Distilled : > 97%<br />

USES<br />

Building block polycarbonates,…<br />

Reactive solvent alkyd resin manufacture<br />

Cosmetics formulation<br />

Ammonia fertilizer, synthesis,…


Evolution of glycerol main applications<br />

2009<br />

2.2 million tons<br />

2015 (est.)<br />

3.5 million tons<br />

Traditional uses<br />

66% of which :<br />

Alkyd resins<br />

7%<br />

Cosmetics<br />

Soaps<br />

Pharmacy<br />

33%<br />

Food &<br />

Drinks<br />

9%<br />

Cellulose<br />

films<br />

6%<br />

Animal Nutrition<br />

16%<br />

Tobacco<br />

3%<br />

Polyols<br />

14%<br />

Esters<br />

(surfactants,<br />

emulsifiers,<br />

…)<br />

15%<br />

Paper<br />

Others1%<br />

12%<br />

Energy<br />

13%<br />

Glycol<br />

substitution<br />

2%<br />

Epichlorhydrin<br />

1%<br />

Biomethanol<br />

2%<br />

53%<br />

10%<br />

New applications likely to represent<br />

30% of glycerin uses by 2015<br />

▪ Higher requirement in refined<br />

glycerin for these applications<br />

9% Glycol<br />

substitution<br />

6%<br />

Epichlorhydrin<br />

12%<br />

Propylene Glycol<br />

3%<br />

Acrylic acid<br />

1%<br />

Biomethanol<br />

6%


Fatty acids (esters) as Platform Chemicals<br />

AMIDES, AMINES<br />

O<br />

BIOPOLYMERS<br />

- polyesters<br />

- polyamides,...<br />

POLYOL ESTERS<br />

jet engine lubricants<br />

2-stroke engine oils<br />

hydraulic fluids<br />

slip agent in PE, PP, PVC films<br />

inks/dyes dispersing agent amidation<br />

(ammonia, amines, ...)<br />

HOSO methyl oleate<br />

polymerisation<br />

(via di/polyacids)<br />

O<br />

transesterification<br />

- trimethylolpropopane<br />

- pentaerythritol<br />

- dipentaerythitol<br />

O<br />

< cross/homo ><br />

metathesis<br />

NR 2<br />

azelaic pelargonic<br />

ASA<br />

Alkenyl Succinic Anhydrides<br />

OR<br />

ene<br />

O<br />

O<br />

O<br />

O<br />

Paper sizing<br />

Wood treatment<br />

fermentation<br />

ozonolysis<br />

PAO, w-unsaturated FA<br />

lubricants +<br />

O<br />

O<br />

-unsaturated esters<br />

DIACIDS, POLYACIDS<br />

COOH<br />

COOH<br />

SHORTER CHAIN MONO/DIACIDS<br />

O O O<br />

HO<br />

OH HO<br />

plasticizers<br />

polyamides<br />

skin care<br />

lubricant esters<br />

whitening agent


Example:<br />

ASA (Alkenyl Succinic Anhydrides)<br />

Process<br />

O<br />

O<br />

10 9<br />

7 7<br />

R = Me,Bu<br />

OR<br />

O (x éq.)<br />

O<br />

T ~200 °C, 8h<br />

Ene reaction<br />

O<br />

O<br />

O<br />

5 10<br />

9 5<br />

O<br />

OR<br />

+<br />

Oléo-ASA<br />

10<br />

9<br />

5 5<br />

O<br />

O<br />

O<br />

O<br />

OR<br />

▪ Applications<br />

Grafting<br />

on wood<br />

Paper sizing agents<br />

(Biobased alternative to isomerized<br />

derived olefins)<br />

Wood treatment<br />

Eco-friendly process to treat<br />

wood for risk class 4 uses<br />

Ref: WO 03/049913<br />

9<br />

5 10 5<br />

FP6 project - www.surfasam.com<br />

O<br />

O<br />

OH<br />

O<br />

O<br />

OR<br />

lignocellulose


Example:<br />

DIACIDS, Overview of applications<br />

HO<br />

O<br />

O<br />

OH<br />

n<br />

APPLICATION<br />

Plasticizers<br />

CARBON Nb<br />

Lubricants<br />

Polyesters<br />

Polyamides<br />

Alkyd resins<br />

Solvents<br />

Cosmetics<br />

Pesticides<br />

Anticorrosion additives<br />

▪ Chemical approach<br />

D9: ozonolysis of oleic acid<br />

D10: alkaline cleavage of sodium ricinoleate<br />

D12: cyclisation and oxydation of butadienes<br />

Dx: metathesis<br />

▪ Biotechnological approach<br />

D18: Yeast fermentation<br />

(eg Candida Tropicalis)


SOFIPROTEOL<br />

12, avenue George V<br />

75008 Paris<br />

France<br />

www.<strong>sofiproteol</strong>.com<br />

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