Pollution from the industrial processes can be reduced by enzymes previously only a small range of enzymes have been available for the chemical industry. The U and C researchers are the first to produce an enzymes capable of speeding up oxidizing processes.
The new enzymes will be important in sensitive processes such as those involved in medicine production in the pharmaceutical industry.
Environmental pollution is growing more and more due to the in discriminated and frequently deliberate release on hazardous, harmful substances research efforts have been devoted to develop new, low-cost, low-technology , eco-friendly treatment capable of reducing and even eliminating pollution in the atmosphere, the hydrosphere and the soil environment.
Enzymes could be developed to clean up pollution by explosives. The quality of life on earth is linked in extricably to re overall quality of the environment . unfortunately progress in science, technology and industry a large amount ranging from raw sewage to nuclear waste is let out or dumped into the ecosystem hereby posing a serious problem for survival of man find itself on earth
In the past, wastes were traditionally disposed by digging a hole and filling it will waste materials. This made of waste disposal was difficult to sustain owing to lack of new place everything to dump . New technologies waste disposal that use high temperature in creation and chemical decomposition (eg base –catalyzed dechlorination, ultra violet oxidation have several drawbacks).
These methods are complex, uneconomical, and lack public acceptance. The associated deficiencies in these methods have focused efforts towards harnessing modern day bioremediation process as a suitable alternative.
The pollution from the industrial processes can be reduced by enzymes, previous only a small amount of enzymes have been available for the chemical industry .
Enzymes play a reasonable role in harvesting energy from the survival photosynthesis , perform a wide range of roles in the technology of pollution treatment by using biological systems to transform and convert various pollutant
3.1 REDUCES POLLUTION OXIDIZING
Processes the bases of all chemical oxidizers are often dangerously unrefined, often requiring high temperatures, extreme pressure and corrosive surroundings.
They can be designed to be unbelievable specific and are able to operate under moderate conditions unlike their traditional chemical counterparts.
Drugge U, Holmberg M, Holmgren G, Almay B.G, Linder -Holm H., Hereditary Myopathy with Lacti acidosis, Succinate dehydrogenase and aconitase deficiency in northern Sweden, a genealogical study. Imed Genet.
1995 May; 32(5):3447.
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