Electrochemically activated modification of biopolymers for leather and fur manufacture
TypeName: Technology Offer
Category:
Country: Ukraine
Summary: A Ukrainian university offers an original technology for leather and fur (differed in the methods of conservation) treatment that can be used in leather tanning and related industries. The technology is environmentally friendly and cost-effective. It requires less raw materials (water and chemical reagents). The university is looking for an industrial partner for the license agreement. Technical cooperation is also possible.
Description: The technological processes of soaking, liming, pickling, softening, tanning (using traditional technical water solutions) require a wide range of chemical reagents which are, in the majority of cases, harmful to the environment. A level of consumption of working chemicals is considerable (approx. 2.4kg per 1kg of leather). However, it doesn’t improve the quality of leather/fur processing (efficiency of treatment doesn’t exceed 70%). In addition, it leads to extra environmental pollution. Ukrainian scientists have revealed that electrochemical activation (ECA) based on a law of changes of reactional and catalytic abilities of aqueous solutions allows to exclude reagent methods of solution properties' regulation from routine technological processes of leather/fur treatment,to improve production's quality,to reduce the number and duration of technological cooperations etc. On this evidence, the researchers have developed an original method of leather and fur treatment using ECA water solutions (during the soaking, liming, pickling, softening, tanning processes). The industrial application of the technology allows to obtain leather/fur of high quality as well as expand the assortment of leather/fur goods. The university is looking for industrial partner for the license agreement. Technical cooperation is also possible.
Agriculture & Food
Business Services
Electronics, IT and Telecoms
Leisure & Tourism
Minerals
Textiles, Clothing, Leather,
Transport & Logistics
