brew project workpackage 1: overview of biotechnological processes for bulk chemicals and...

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Frau n h o fer ISI Institute Syste m s a n d In n o vatio n R ese a rch Overview of biotechnological processes for bulk chemicals and intermediates Purpose, goals: Provide an overview of relevant processes and products, outline potential of bt Compile information scattered in diverse sources Provide a structure, organise the processes/products into categories basis for putting results of following workpackages into perspective deliverable: chapter 1 of report, written as 1-2 journal articles

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Page 1: BREW project Workpackage 1: Overview of biotechnological processes for bulk chemicals and intermediates Dr. Bärbel Hüsing, Fraunhofer Institute for Systems

Fraunhofer

ISI

InstituteSystems andInnovation Research

Overview of biotechnological processes for bulk chemicals and intermediates

Purpose, goals:

Provide an overview of relevant processes and products, outline potential of bt

Compile information scattered in diverse sources

Provide a structure, organise the processes/products into categories

basis for putting results of following workpackages into perspective

deliverable: chapter 1 of report, written as 1-2 journal articles

Page 2: BREW project Workpackage 1: Overview of biotechnological processes for bulk chemicals and intermediates Dr. Bärbel Hüsing, Fraunhofer Institute for Systems

Fraunhofer

ISI

InstituteSystems andInnovation Research

Work done so far

List of relevant products/processes

list of products (139) divided into three categories:

- I: relevant, complies with definition (58)- II: to be discussed whether relevant (32)- III: not relevant, because does not comply with definition (49)

some data sets updated

Questions regarding inclusion/exclusion are still open

Structure: platform chemicals and products derived thereof

Input acetic acid, starch, UU overview

Page 3: BREW project Workpackage 1: Overview of biotechnological processes for bulk chemicals and intermediates Dr. Bärbel Hüsing, Fraunhofer Institute for Systems

STARCH VALUE CHAIN FOR CHEMICALS

CRD/BB/Starch Value Chain for Chemicals - 10/03

Renewable Raw Materials (maize, wheat, potatoe, …)

Vegetable Proteins

Proteins based plastics

Starch

Glucose

Sorbitol

Isosorbide

PU

Ascorbic acid

PTT

Propane Diol

Other polyols (mainly for food markets

today)

MaltitolMannitolXylitol

ArabitolErythritol…

Cyclodextrines

Modified Starches

Organic acidsErythorbic acid + salts

Oxalic acid + salts

Lactic acid + salts

Succinic acid

Fumaric acid

Glucuronic acid

Arabinonic acid

Itaconic acid

Citric acid + salts

Lactate esters

PLA

Malic acid

Glucaric acid

Thermoplastic starches

Polyhydroxyalcanoates

Alkylpolyglucoside

Alkylmethylglucamide

Methylglucosideesters

Glucamine

Sorbitan esters

Dibenzylidenesorbitol and der.

Polyesterpolyols

Isosorbide esters

Dimethyl isosorbide

Polyethylene Isosorbide Modified Terephtalate

Thermo setting resins

PEIT

Current bulk productions

Productions on large pilote scale

Productions to be evaluated

Gluconic acid + salts

C = chemical process

B = biotechnological process

C

B

B

B

B

B

B

BC

C

C

C

C

C

C

C

C

C

B

C

B + C

C

C

EthanolC2 chemistry…

ETBE, fuel

BB

C

C

2 cetogulonic acid

C

Page 4: BREW project Workpackage 1: Overview of biotechnological processes for bulk chemicals and intermediates Dr. Bärbel Hüsing, Fraunhofer Institute for Systems

Fraunhofer

ISI

InstituteSystems andInnovation Research

Questions for discussion

Proceed with presented model structure?

Biotechnical production, chemical production?

How deep do we go into the analysis, borderline/intersection to other workpackages?

Sources of information?