Yes. The eRET is able to generate pure, inexpensive hydrogen, which is the KEY building block of the chemical industry. The carbon source for organic chemical manufacture for the eRET is carbon dioxide. Hydrogen and carbon dioxide can combine over a catalyst to produce most if not all the same chemicals produced from fossil fuels. Even the production of ammonia can be successfully executed with nitrogen from the AIR and hydrogen from wastewater.

The ability to generate chemicals at the point of use will eliminate an expensive capital INFRASTRUCTURE for production and distribution of valuable chemical products.

As an example, the generation of ammonia and fertilizer, could, in principle, be produced at the farm for immediate use. The cost of ammonia using the eRET is independent of the price of the fossil FUEL source (e.g. natural gas) as well as the transportation costs ASSOCIATED with bringing the fertilizer to the consumer.

Yes. The eRET is able to generate pure, inexpensive hydrogen, which is the key building block of the chemical industry. The carbon source for organic chemical manufacture for the eRET is carbon dioxide. Hydrogen and carbon dioxide can combine over a catalyst to produce most if not all the same chemicals produced from fossil fuels. Even the production of ammonia can be successfully executed with nitrogen from the air and hydrogen from wastewater.

The ability to generate chemicals at the point of use will eliminate an expensive capital infrastructure for production and distribution of valuable chemical products.

As an example, the generation of ammonia and fertilizer, could, in principle, be produced at the farm for immediate use. The cost of ammonia using the eRET is independent of the price of the fossil fuel source (e.g. natural gas) as well as the transportation costs associated with bringing the fertilizer to the consumer.