| 摘要 |
At the state of the art facilities and thermal power plants there are a major source of pollution of the atmosphere for toxic substances emitted and also a source of economic waste to the waste heat and not recovered. The Italian invention of the applicant CE2012A000009 brings together technology equipment and materials so that we can recover resources and increase the yields of energy plants and water treatment plants that in the future as there will be one expanded facility that we can call GSPDPTC (global synergy plants for depuration, biomass production and thermoelectric cogeneration). Among the main components of these systems are the "linear digesters, dehydrators, composters" (LDDC). These synergistic systems compacting three processes into one, along with the biogas will produce compost in a long aerobic process that employs the same mesospheric digestion times. The sludge, without departing from the system, will be turned into quality compost dried, stabilized with calcium oxide and bagged. The LDDC, sized according to the energy recovered from waste water and gas, are the natural extension of the water line of the existing thermal plants as well as the recovery of chimneys and flue gas treatment (CCPC) are an extension of the "air". In the process GSPDPTC complete these two lines the buildings synergistic vertical (VSB), vertical synergic buildings, containing limestone photosynthetic green house. Today, the thermal systems are not complete, not by closing the carbon cycle anthropic nor by water or by air. Even the existing sewage treatment plants do not close the carbon cycle. Since the potential of thermoelectric plants are immense compared to those of the depuration GSPDPTC replace simultaneously thermal and purifiers, but without energy recovery allowed by (LDDC) and the production of biogas of high quality from these permitted in conjunction with the manufactured VSB, is not possible to realize these important environmental and energy innovations. |
