1. The Benefits
Global Industrial
Global Industrial
Bio-Refining Solutions
G.I.Dynamics:Bio-RefiningSolutions
Integrated Bio-Refineries are serving a niche and rapidly growing market for bio-chemicals and
bio-plastics. At G.I. Dynamics we want to expand the added value of ethanol/biomass usage and
with our technologies to convert it further to other added value products for the industry like :
> Bio-Ethylene > Bio-Mono Ethylene-Glycol > Bio Acetic Acid
> Bio-Ethylene-Oxide > Bio Poly ethylene
The map of petrochemical products is changing rapidly and an increase number of company are
moving away from the petroleum products. They are looking into harnessing the potential created
by the biomass by conversion into ethanol/sugar and further downstream bio-chemicals.
Multiple bio-products
The integrated technologies generate added value for
multiple industries like cosmetics, pharmaceutical,
textiles, etc. which are using bio-ethylene, bio-EO and
bio-MEG.
Flexible model
Depending on the variation of the market
bio-EO/MEG plants can accommodate a
change in the capacity and to align with
the changes in the market.
Saleable CO2
We approach the business from a
zero discharge philosophy. The CO2
is recovered as food grade and can
be used further e.g. beverages.
Minimize carbon footprint
Extensive research showed that ethanol based bio-ethylene
production reduce the carbon footprint supporting the
environmental and sustainability endeavors of many
companies.
Integration
Best performances of the techno-
logy are a consequence of high
level of integration from energy
perspective/utility consumption.
Best Technology
The technologies combine best practice and use state of
the art catalyst reaching the highest conversion and the
highest selectivity of the main products.
We deliver Technology for Bio-Chemical Production Facilities
Introduction
G.I. Dynamics technology converts the ethanol in added value bio-chemical products, has been
applied successfully in many projects worldwide. The technology takes advantage of the full
integration with the downstream and upstream processes and incorporates best practices
leading to the best technology with the highest conversions. Furthermore the integrated
bio-Refining makes use of maximum heat/utility recovery and still has flexibility of operation.
The technology converts the ethanol into bio-ethylene with nearly 100% conversion
with minimum by-products. The conversion of bio-ethylene to bio-EO takes advantage of the best
available catalyst, reporting best performances. Bio-MEG converted from bio-EO serves the niche
market of bio-PET, sustaining the increase demand for bio-plastics.
The Technology
Market Price conform
Using best performances and full integration, bio-chemi-
cal result in the process chain to have a market conform
price. Depending on the region the bio-chemicals prices
are highly competitive with the petroleum ones.

2. Bio-Sources /-Mass to produce Bio-Ethanol
1st
Generation
> Corn
> Wheat
> Sugar Beet
> Sugar-Cane
> Sorghum
> Potatoes
2nd
Generation
> Corn stover
> Wheat straw
> Bagasse
> Wood chips
> Switchgrass
> Pulp and paper
waste
3rd
Generation
> Algae
G.I.Dynamics:Bio-RefiningSolutions
10+More than 10 successful project
implemented with commercial
live plants in operation.
25Majority of stand-alone Ethylene
units globally licensed by us
during past 25 years.
20Backed by over 20 years of
continuous process development,
catalyst R&D, and operations/
integration know-how.
Key Figures
The Concept
Global Industrial
Global Industrial
Contact
Adrian R. Toader
+31 (0)71 56 229 51
ar.toader@gidynamics.nl
30-250Commercial delivery and project
implementation from 30-250 KTA
per year.
1st
- 2nd
Both 1st
and 2nd
generation ethanol
production can be used for
production of bio-chemicals and
bio-plastics
16-18Short project duration of 16 to 18
months versus petroleum based
projects which take up to 4-5 years.
+99%Selectivity of ethanol and purity
level of produced ethylene, EO or
MEG is typically +99%
0Minimum to Zero (0) carbon
dioxide discharge due to optimi-
zed and integrated design.
40-120%High turn-down ratio from 40%
to 120% of design rates.