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Patents
1. Method and apparatus for pyrolysis of organic substances - team led by prof. V. Beshkov
2. Electrochemical method for separation
of hydrogen sulfide and sulfur dioxide from fluids - team led by prof. V. Beshkov
3. Production of hydrogen from Black Sea waters by sulfide driven fuel cell - team
led by prof. V. Beshkov
4. Method for extraction of metals -
team led by prof. V. Beshkov
5. Purification of emissions of sulfur
dioxide - team led by prof. Chr. Boyadjiev and assos. prof. M. Doichinova
6. Absorption
of highly soluble gases
- team led by prof. Chr. Boyadjiev and assos. prof. M. Doichinova
7. Method and apparatus for the
absorption of gases - team led by prof. Chr.
Boyadjiev and assos. prof. M. Doichinova
8. Method for production of
2,3-butanediol - team led by prof. K. Petrov
9.
Method
for production of lactic acid - team led by prof.
K. Petrov
10.
Method and apparatus for production of liquid
extracts from raw plant materials - team led by prof. L. Boyadzhiev and prof. G.
Angelov
Utility models
1. Installation for direct production of
electricity from deep sea water containing sulfides - team led by prof. V. Beshkov
2. Tool for preserving the moisture and
original soil structure - team led by prof. V. Beshkov
3.
Method
and tool for removal of heavy metals, pesticides and organic pollutants
from soil - team led by prof. V. Beshkov
Ready for implementation developments of the team led by prof. V. Beshkov
1. Method and technology for the
production of gluconic acid by biochemical way
2. Method and tool for removal of heavy
metals, pesticides and organic pollutants from waters and soils
3. Method and tool for improving soil
structure and extension of the time / moisture is preserved in the soil
4.
Elaboration of
a hydraulic classifier for the separation of bulk materials with
different density and particle size
5. Technology for full wastewater
treatment of nitrites
6. Technology for production of biogas
from organic waste
7. Methods for the precipitation of
contaminants in industrial wastewaters
8. Method for directly treating the
waste by high-temperature pyrolysis (RT-E1) for
the production of fuel (RDF)
9. Method for direct treatment of wastes
by high-temperature pyrolysis (RT-E1) with
production of fuel (RDF)
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