How my evokation could be implimented world wide

Thermal Energy scavenging for the purposes of electricity generation to reduce the CO2 footprint of the 1^st world nations.

How can we create the system of organisation to make Thermo Electric Generation a world wide technology with applications in all things that require some cooling,
thus to generate energy from the cooling of objects?

Use a combination of top down and bottom up organisation, but with a global central organisation to monitor and stimulate the development. For instance, the World bank
in co-operation with the UN and global national governments can work
together to start the project. Under the instruction of the World
Bank and UN, the national governments can seek to find researchers
and engineering companies that are well versed in the need for
cooling, have knowledge of the thermal inefficiencies of 21^st
century living and have sufficient environmental concern to want to
make a difference. The national governments then work to organise
scientific bodies within their own geographical territories to
oversee and monitor the success of their national research. The
national scientific bodies then report back to the UN and the World
Bank who will then evaluate which is the most efficient form of
Peltier/Seeback semiconductor technology out there in the world, and
which varieties are best for different applications such as low heat
heat sinks for computers and high temperature applications such as in
cooling towers for power plants.

This technology will then form the foundation for thermal energy scavenging technologies of the future.

Strategic partnerships will then be built between the national governments and the engineering companies that deal with the aspects of modern human life that generates
thermal innefficiencies, such as washing machine manufacturers,
drying machine manufacturers, manufacturers of heat venting radiators
on the backs of fridge/freezers, hot air vents for air conditioning,
domestic and industrial heating. Heat sink manufacturers, cooling
tower engineers, oil and gas technology maintenance and manufacture
so as to extract heat from the flames that come off oil rigs, car
manufacturers who can use the heat that comes off auto-mobile
engines, radiators and exhausts and even PVCU pipe makers who make
the pipes that carry warm waste water out of baths, washing sinks and
showers.

The best method of energy extraction is then designed that can conduct the heat away from the source of waste energy and into the Thermoelectric generators. Circuitry is then
designed to take that power and put that back either into the system
(as in into the power supply of the computer that the heat sink is
in) or back into the mains electricity grid through a system of
mains current inversion (low voltage DC current to higher voltage
mains AC current), or maybe to be stored in a battery prior to use in
the home or office for lighting, powering technology or entertainment
systems etc.

Through international policy, these devices are introduced into all new builds and added to existing builds over a 5 - 10 year period.

Although this will require funding in the short term both for research and development, when the technology is agreed upon, it can then be handed to the free open market to
maintain competition and keep prices low.

The long term benefits are the creation of jobs in design, manufacture, maintenance and installation, thus the creation of a new green industry and, on a global scale, massive
energy savings that can reduce our dependence on energy generation.