Green chemistry, also known as the sustainable development of chemical, research and development in the global importance of the chemical industry is improving. View of the development of new technologies and promote sustainable development, green chemicals are constantly developing new technology to attract manufacturers. Despite the sluggish global economy, green chemicals continues to heat up. Some of the chemical giant has developed a new green products, and some of the technologies and products to market.

United States: the development of green chemical standards

How to define whether the green chemical products industry, the future will follow. U.S. green chemistry and green engineering supporters have already started to create a clear identification of green chemicals and green technology integrated industrial standards.

With this green standard, chemical producers and users can determine the conditions under clear, to measure the chemicals and their derivatives, environmental impact and sustainable development features.

American Chemical Society Green Chemistry Institute
Robert Tepibule explained that currently there are many eco-label under the banner name of the green standard. These standards usually by some companies, environmental organizations, industry associations or the promulgation of the characteristics of concern to them, fine chemicals suppliers only one or two, such as emissions of volatile organic compounds, or the percentage of recyclable materials and so on. But this fact is not enough. He said: "We hope to reach a broad consensus on a set of features integrated multi-criteria, third-party certification, you can claim that the company's green products or green production processes to judge."

Pi Bole said there are nearly 50 units involved in the development of this standard, including the American Chemical Society, the large chemical companies, large pharmaceutical companies, industry associations such as the American Chemical Council, a non-profit environmental organizations and academia. and representatives.

This standard will include guidelines on process efficiency, such as raw materials, Copper Chromite (CC), water, solvent and energy consumption, atmospheric emissions, solid waste generation and recycling of product capabilities and so on. After by their own determination and green food nutrition labels similar to the product label, or as a sign similar to electrical energy, such labels or signs to make it easy for consumers to judge the use of chemical products and manufacturing processes of these products the green degree.

The development of green standards in the industry caused a great response. American Chemical Council, former member of the Society of Automotive Engineers toxicologist, said Carol Henry: In today's increasingly globalized, Triphenyl Bismuth the need for existing norms and new norms are being developed to take greater responsibility. Green standards will help improve the quality and competitiveness, but also be rewarded for innovation.

Warner Babcock Director of the Institute of Green Chemistry CTO John Warner noted that the industry should have a way to evaluate whether a technology is really green technology. However, due to the development of green standards related to all aspects of the complex, he reminded, the vast majority of green technology to be developed, if done well, 10-Hydroxydecanoic Acid the standard to guide and lead the innovation of new materials and new technology development; if done well, the standard is innovation will set a threshold, it will stifle innovation.

Dow Chemical and sustainable development life cycle assessment department head Anne Wallin also optimistic about the introduction of this standard. She said: "Green Standards Initiative will provide you a great opportunity, we can use this platform for sustainable development of chemical and engineering results in a uniform standard on the clear and extensive communication."

France: agriculture, green chemical heating

Currently 97% of the French chemical industry raw materials from petroleum products industry, Octylferrocene but the growth of green chemistry is very strong momentum. French National Agronomic Research Institute forecast, with the green chemical in agriculture rapid warming, the future of this emerging industry to create wealth is likely to exceed the farm itself, only to produce bio-energy a very large market value. Green Chemistry has outstanding environmental protection and replacement value. Bioenergy from crops produced greenhouse gases is minimal. Bio-energy not only can partially substitute petroleum products, and bio-energy use, waste can be recycled or natural degradation.

Widely used in the chemical field crops. For example, some plant fiber and resin are good building materials, they also can serve as a protective agent, instead of toxic chemical preservatives. The lipids and proteins are made lubricants and cleaning agents, of good material. From corn and sugar beet ethanol can be extracted directly as bio-energy. Agricultural raw materials can also be used as an alternative to the pharmaceutical and cosmetics industry material. Not long ago, Musk R-1 the French National Agronomic Research Institute scientists developed the first use of apple juice all-natural yellow pigment, and many countries banned because of side effects in the synthesis of yellow pigment than the natural yellow pigment is more affected by the food and cosmetics industry's favor.

But the French National Agronomic Research Institute also pointed out that to truly replace the petrochemical, chemical green it must show in the industrial, economic and environmental aspects of specific value, also need to further reduce the cost of these research institutions need to innovate and improve application technology.

Brazil: Green Chemical strong unabated

With the green world is whipping up waves of bio-plastics for many companies promising new industry. Brazil is rich in plant resources due to cost of production is much lower than other regions, which attracted many investors.

Brazilian Chemical Corporation has medium-sized sugar cane-based high-density polyethylene into the market, Lead Citrate and invest $ 150 million construction of ethanol production from sugar cane-based olefin plant. Brazilian fuel ethanol price relatively low, green polyethylene is expected to compete with petroleum-based polyethylene. Brazilian companies in the bio-chemical group allyl butyrate preparation has also been made a major breakthrough. They produce bio-butyric en qualifying low-density polyethylene, and have the product sent to key users to assess performance and environmental benefits, green plastic used for flexible film packaging materials open the door. The company also produces sugar cane as raw material 100% recyclable polypropylene.

Some multinational companies have begun to study in Brazil to produce ethanol as a raw material the feasibility of green plastic. Such as bio-plastics on the Dow looking forward to the future. The company has a large ethanol producer with Brazilian Crystalsev formed a joint venture company, and started the production of sugar cane as the initial raw material polyethylene. The joint venture is the integration of Brazil linear low density polyethylene plant construction plans in 2011. Dow Chemical said that with the traditional polyethylene manufacturing process compared to the proprietary Solution technology, new technology, will significantly reduce carbon dioxide generation. By the joint venture production of this green resin, product quality will be produced by other devices with Dow Chemical polyethylene product quality Dowlex the same brand, and a new polyethylene resin as traditional fully recycled. In addition, Dow Chemical also plans to cooperate with Crystalsev, in southern Brazil, the construction of an annual 770 million tons of green plastic plant.

In addition to Dow Chemical Corporation and the Brazilian sugar cane that has mastered the most advanced technology polyethylene, there are a number of companies intend to set up production plants in Brazil, green plastic, including the Belgian company Solvay, Canada and the Nova Group Brazil's national oil company and so on. 2012, the Brazilian state, in 10% of plastic is prepared from sugar cane. The world's eighth largest producer of synthetic resin - Brazil, in the near future will become the world's largest producer of green plastic.

Chemical giant: blitz green chemical

Chemical companies are more and more green chemical potential market to attract.

In the forefront of the green chemical companies, including Akzo Nobel, BASF, Bayer, Dow Chemical, DSM, Rhodia and so on.

The company has started to increase the number of green product innovation projects. Significant advantage of the green chemical applications are increasing in applications such as batteries, solvents, catalysts, polyether polyols, cosmetics, pharmaceuticals, and low energy products.

Akzo Nobel recently in the chemical part of the Dow Jones Sustainability World Index ranked first. The company uses renewable raw materials, reduce carbon monoxide emissions and improve energy efficiency of prominent, production processes used in about 40% of energy from renewable energy, is twice the EU standards by 2020.

Fossil raw materials supply constraints and rising prices, combined with climate change and other issues, has led to the chemical industry to take measures to deal with emissions and accelerate the production of safer products to meet the demand. In 2007, Rohm and Haas Company U.S. $ 300 million R & D costs will be half for environmentally friendly business activities, including product development, improve energy efficiency and improve the technology and so on.

Huntsman Corporation will further develop the production of glycidol by the glycerol process, which is the key ingredient in the production of epoxy resin. Huntsman is also working with the production of methyl ester ethoxylate detergents, industrial materials, raw materials and personal care products.

Bayer's sustainable development as an opportunity to focus on those high-impact and can increase the value-added areas. These areas include construction, automotive and alternative energy markets. Bayer is also developing a number of sustainable products, including energy-efficient windows for the polyurethane insulation material for the production of photovoltaic solar cell materials and bio-based materials.

Dow Chemical is increasing its level of green. Dow Polyurethanes soybean oil obtained by the polyether polyol, the product can be used to produce polyurethane foam, coatings and elastomers. With this product from petrochemical raw materials compared with no greenhouse gas emissions while saving 60% of fossil raw materials. Dow Chemical to determine the goals of sustainable development, including the year 2005 to 2015 to reduce greenhouse gas emissions by 2.5%.

DSM is also doing a better environmental protection company, its basic strategy is to become a sustainable company, their greater use of white biotechnology processes, namely the process less efficient technology, the use of non-fossil fuels. The next four years, DSM will invest 50 million euros for emissions, mainly used in developing countries.

As the world's leading fine chemical company Rhodia has vowed to pursue green chemical. From raw material procurement to product development, production, transportation, to sales and after-sales tracking, Rhodia has principles of sustainable development and green chemical concepts throughout all business operations. As early as 1990, Rhodia began implementing greenhouse gas emission reduction projects. It is the investment and long-term persistence of early efforts laid the Rhodia in the field of global climate change leadership. Rhodia currently rely on its technical superiority, not only the Group, but also for other emission reduction projects in third-party business development services. In addition to emission reduction projects, Rhodia is also committed to the development of environment-friendly materials, from the source to reduce greenhouse gas emissions.