Sunday, March 21, 2010

Waste Eater catalyst.

Chemical experts were also concerned about environmental issues. There is such thing as "green chemistry" of the science of environmentally friendly chemicals. Pollution from industrial waste is now quite concerned. almost all the rivers that flow is no longer clear alias contaminated water. Biodegradable detergents even when used in excess will still damage the environment because the existing ecosystem off hand.

Health experts believe that the water purification process is also still contain pollutants that infinitesimal changes in the parts per million (ppm) to parts per trillon (ppt). Although very little, content of pollutants there could still damage the body's metabolic processes that lead to the intellectual level, immunity, reproduction, until the level of molecular genetics.

Green Chemistry?
We should be grateful that some chemical world development environment called 'green chemistry' has developed quite rapidly. In the last few decades misalny, Green Chemistry Institute of the American Chemical Society continued to support projects that care for the environment. One fairly successful project is Carnegie Mellon University's for Green Oxidation Chemistry. They successfully developed a catalyst that works like enzyme, a catalyst is called tetra-amido-Activators macrocyclic ligand (TAML).

TAML who worked with hydrogen peroxide (H2O2) can mimic the human body's enzymes work to break down dangerous toxins such as pesticides, textile dyes, and detergents. TAML also able to reduce levels of odor pollution, purify water, to be disinfectants to kill the anthrax bacteria level.

When TAML soluble in water, hydrogen peroxide activated by replacing TAML ligand with H2O2 to H2O groups TAML. Then, H2O2 is not stable H2O decomposes back into oxygen atoms leaving. This oxygen repel each other with iron atoms (Fe) contained in the center TAML group. Interaction is what makes TAML active and able to work as enzymes or free radical scavenger in this pollutant. (For the details can be found at www.cmu.edu / greenchemistry)

TAML believed to revolutionize the use of chlorine as an anti-pollutant that have been widely used industrial society and the world. At the laboratory level, TAML considered promising enough, but at the leveRata Penuhl of another industry problem. TAML still have to be tested again to observe its effect on the environment when used in amounts not less. Do not let it be TAML new pollutants are no longer resolved. Activation levels high enough TAML also feared could damage the existing ecosystem level because the anthrax bacterium (Bacillus atropheus) capable TAML killed in 15 minutes. In addition, the cost is one of the things to consider, whether the cost to the process of synthesis TAML industrial revolution can draw a strong reaction from industry. Changing a chemical in industrial applications is not easy and inexpensive.

Green Chemistry applications even this still leaves a problem of its own. The people who are not thinking home easily dispose of waste with dreams that can handle TAML. Some seek to be clear that TAML contaminated water and after that the world community must be committed to more love nature. However, can it happen?

Chemical experts were also concerned about environmental issues. There is such thing as "green chemistry" of the science of environmentally friendly chemicals. Pollution from industrial waste is now quite concerned. almost all the rivers that flow is no longer clear alias contaminated water. Biodegradable detergents even when used in excess will still damage the environment because the existing ecosystem off hand.

Health experts believe that the water purification process is also still contain pollutants that infinitesimal changes in the parts per million (ppm) to parts per trillon (ppt). Although very little, content of pollutants there could still damage the body's metabolic processes that lead to the intellectual level, immunity, reproduction, until the level of molecular genetics.

Green Chemistry?
We should be grateful that some chemical world development environment called 'green chemistry' has developed quite rapidly. In the last few decades misalny, Green Chemistry Institute of the American Chemical Society continued to support projects that care for the environment. One fairly successful project is Carnegie Mellon University's for Green Oxidation Chemistry. They successfully developed a catalyst that works like enzyme, a catalyst is called tetra-amido-Activators macrocyclic ligand (TAML).

TAML who worked with hydrogen peroxide (H2O2) can mimic the human body's enzymes work to break down dangerous toxins such as pesticides, textile dyes, and detergents. TAML also able to reduce levels of odor pollution, purify water, to be disinfectants to kill the anthrax bacteria level.

When TAML soluble in water, hydrogen peroxide activated by replacing TAML ligand with H2O2 to H2O groups TAML. Then, H2O2 is not stable H2O decomposes back into oxygen atoms leaving. This oxygen repel each other with iron atoms (Fe) contained in the center TAML group. Interaction is what makes TAML active and able to work as enzymes or free radical scavenger in this pollutant. (For the details can be found at www.cmu.edu / greenchemistry)

TAML believed to revolutionize the use of chlorine as an anti-pollutant that have been widely used industrial society and the world. At the laboratory level, TAML considered promising enough, but at the leveRata Penuhl of another industry problem. TAML still have to be tested again to observe its effect on the environment when used in amounts not less. Do not let it be TAML new pollutants are no longer resolved. Activation levels high enough TAML also feared could damage the existing ecosystem level because the anthrax bacterium (Bacillus atropheus) capable TAML killed in 15 minutes. In addition, the cost is one of the things to consider, whether the cost to the process of synthesis TAML industrial revolution can draw a strong reaction from industry. Changing a chemical in industrial applications is not easy and inexpensive.

Green Chemistry applications even this still leaves a problem of its own. The people who are not thinking home easily dispose of waste with dreams that can handle TAML. Some seek to be clear that TAML contaminated water and after that the world community must be committed to more love nature. However, can it happen?

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