ld go one step further using bacteria to eat it all and then use the energy of all this coFactories uses chemicals and compounds in the manufacturing process and all too often these chemicals end up emulsified and go through our city sewer systems which are not always set up to handle them. Of course most of the more modern facilities are careful enough and have filtration and ways to clean the chemicals and even reuse them or sell them. Yet we could go one step further using bacteria to eat it all and then use the energy of all this come chemicals end up emulsified and go through our city sewer systems which are not always set up to handle them. Of course most of the more modern facilities are careful enough and have filtration and ways to clean the chemicals and even reuse them or sell them. Yet we could go one step further using bacteria to eat it all and then use the energy of all this cot up to handle them. Of course most of the more modern facilities are careful enough and have filtration and ways to clean the chemicals and even reuse them or sell them. Yet we could go one step further using bacteria to eat it all and then use the energy of all this coave filtration and ways to clean the chemicals and even reuse them or sell them. Yet we could go one step further using bacteria to eat it all and then use the energy of all this cold go one step further using bacteria to eat it all and then use the energy of all this commotion to power up let’s say the lighting system in the factory itself.

You see this is a win/win situation and a potential way to use a progressive Abatement program to alleviate the risks of Corrosive Compounds and Chemicals in these Factories and it is keeping with the forward progression of mankind and the initiatives to use alternative energies and