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Bio-Refining
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 use and via our technologies to convert it further to other added value products for the industry:

Key Success Factors
1. Proven Technology with reference plants -
The technologies combine best practice and use state of the art catalyst reaching the highest conversion and the highest selectivity of the main products.
2. Market Price conform -
Using best performances and full integration, bio-chemical resulted in the process chain have a market conform price. Depending on the region the bio-chemicals prices are highly competitive with the petroleum ones.
3. 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.
4. Integration -
Best performances of the technology are a consequence of high level of integration from energy perspective.
5. 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 price changes in the market.
6. 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.
7. 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.
Key Figures
10+
More than 10 successful projects implemented with commercial live plants in operation.
25
Majority of stand-alone Ethylene units globally licensed by us during past 25 years.
20
Backed by over 20 years of continuous process development, catalyst R&D, and operations/ integration know-how.
30-250
Commercial 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
16-18
Short project implementation of 16 to 18 months versus petroleum based projects which take up to 4-5 years.
+99%
More than 10 successful project implemented with commercial live plants in operation.
0
Minimum to Zero (0) carbon dioxide discharge due to optimized and integrated design..
40-120%
High turn-down ratio from 40% to 120% of design rates.