Recently, the transition from administrative methods of prescribing to control unwanted emissions and destroy formed by chemical processes harmful substances to a fundamentally different method – the "green" chemistry. "Green" chemistry in its best incarnation – is an art form that allows not just get the right stuff, but ideally to get his way, which does not harm the environment nor to one stage of production. Of course, the substance must also be friendly biosphere. Using the methods of "green" chemistry leads to a reduction of production costs, if only because they do not need to enter the stage destruction and recycling of hazardous by-products, used solvents and other wastes, since they are simply not produced. Reducing the number of stages leading to energy savings, and it also has a positive effect on environmental and economic assessment of the production. ages&cd=vfe&ved=2ahUKEwjI8pfao9LsAhVL-4UKHcAXA7cQr4kDegQIARBv’>Evan Metropoulos. It is important to note that the view of the ongoing research in terms of 'green' chemistry can be useful in purely scientific terms.

Often such a change of paradigm allows scientists to see their own research in a new light and open up new opportunities that benefit science in general 1. By "green" chemistry, in terms of the chemist, may include any improvement of chemical processes which has a positive effect on the environment. In the recent literature 2 formulated twelve principles of "green" chemistry to guide researchers working in this field. Can divide the problems within the competence of the "green" chemistry into two directions. The first is associated with the processing, disposal, destruction of environmentally hazardous by-products and waste chemical and other industries industry so as to eliminate an environmental hazard, or at least reduce it to acceptable values. (Source: Mike Gianoni).

According to experts, in order to achieve this goal and to avoid further global warming, you need as quickly as possible to give up fossil fuels, replacing it with alternative sources. By the way, British recently invented an original method for solving the problem of uneven development of wind energy and learn to keep the wind energy in the water. Click Jennifer Skyler to learn more. In addition to large renewable energy prospects in the future and open to biotechnology, which use living organisms, their systems or their metabolic products for a variety of technological and other problems. Experts from the institute of biological design University of Arizona invented a new genetically engineered bacteria that produce fuel much better than other bacteria. Modified scientists cyanobacteria produce significantly more energy from sunlight than maize and millet. Begin to actively develop biotechnology in Russia. For example, Chuvashia has started active implementation of biotechnologies in agriculture, food industry and other sectors of the economy. Priorities development of biotechnology in this region of Russia are as follows: Biotechnology in the environment and ecology, agriculture, energy, and bioekopolisy – as the beginning of the formation of a new and very prospective model of living arrangements in the XXI century. The development of biotechnology in Chuvashia, in the opinion of its leaders will translate to modern agriculture agro-biotechnology, will help solve the problem of energy supply through the development of bioenergy, will provide the region with high-quality food, need to close on the federal level, an important component of feed production and solve the problem of employment and quality of life.