Periodic Reporting for period 1 - Usewaste (Patented modified-immobilized enzymes used in the production of biodiesel at commercial scales using any type of feedstock.)
Période du rapport: 2018-05-01 au 2018-09-30
Biodiesel is a natural and renewable domestic alternative fuel for diesel engines. The biodiesel fuel industry is driven by public demand for a cleaner environment and sustainable energy resources, followed by national and international regulation. Furthermore, the biodiesel industry has gained worldwide support for reducing dependency on the unstable fossil oil market with its extreme price fluctuations. Biodiesel produces less GHG emissions when compared to traditional fuels and improves car economy. However, biodiesel production is currently limited by feedstock availability and pricing. The major economic factor to consider for input costs of biodiesel production is the feedstock, which is about 80% of the total operating cost. The traditional industry is heavily dependent on government subsidies due to the high cost of first generation feedstock and production.
The overall objective of TransBiodiesel's project is to bring to market an environmentally friendly enzymatic biodiesel production process that allows the use of cheaper high free fatty acid feedstocks, for more cost-effective biodiesel production.
The overall objective of TransBiodiesel's project is to bring to market an environmentally friendly enzymatic biodiesel production process that allows the use of cheaper high free fatty acid feedstocks, for more cost-effective biodiesel production.
During the feasibility assessment, TransBiodiesel completed a full analysis of the technical and business potential of TransZyme A. TransBiodiesel expanded its knowledge on TransZyme A's capability, the market and different customer segments. A sound business model and commercialisation strategy was established for the anticipated market launch. TransBiodiesel also identified key partners and outlined the scope of the activities to complete the product development, readying it for market launch.
TransBiodiesel’s major technology breakthrough is the development of modified-immobilized enzymes, characterized with their high resistance to methanol. Thus, these enzymes can be used for the production of biodiesel at commercial scales using any type of feedstock (FFAs 0-100%).
This breakthrough is based on TransBiodiesel’s technology platform, consisting of two elements:
- Modification and adaptation of enzymes (lipases) for use in solvent-free systems
- Immobilization of modified enzymes for industrial applications, which is achieved by covalent binding of the enzymes to specific carriers
TransBiodiesel’s technology overcomes the major drawbacks of enzyme-based catalysts in biodiesel production:
- Irreversible deactivation of the enzymes
- High cost of the enzymes
- Avoiding the use of solvent to enhance the contact between oil and methanol
The methanol-resistant modified immobilized enzymes developed by TransBiodiesel can be used in multiple batch and continuous processes; they are highly active in solvent-free systems, tolerate the use of low-grade and cheap feedstocks of high contents of FFAs and polar lipids (phospholipids and glycolipids). Ultimately, it provides the most efficient solution to biodiesel producers who are eager to make more profits by using the cheapest & lowest grade vegetable oil and animal fat.
This breakthrough is based on TransBiodiesel’s technology platform, consisting of two elements:
- Modification and adaptation of enzymes (lipases) for use in solvent-free systems
- Immobilization of modified enzymes for industrial applications, which is achieved by covalent binding of the enzymes to specific carriers
TransBiodiesel’s technology overcomes the major drawbacks of enzyme-based catalysts in biodiesel production:
- Irreversible deactivation of the enzymes
- High cost of the enzymes
- Avoiding the use of solvent to enhance the contact between oil and methanol
The methanol-resistant modified immobilized enzymes developed by TransBiodiesel can be used in multiple batch and continuous processes; they are highly active in solvent-free systems, tolerate the use of low-grade and cheap feedstocks of high contents of FFAs and polar lipids (phospholipids and glycolipids). Ultimately, it provides the most efficient solution to biodiesel producers who are eager to make more profits by using the cheapest & lowest grade vegetable oil and animal fat.