APIX Pilot Plant Design Project – Recycling Wastes

Given your APIX-SEP Solution, I await its calculated "Carbon Credits" as applied to my Case Study # 1 and Case Study # 2 - the sooner, the better. Thanks.

Inasmuch as we are still grappling with the REAL Carbon Credit potentials in APIX-SEP systems/ processes, it would be appropriate to clarify more aspects of the DEPTH of APIX-SEP, from the point of view of "GREEN" products. There are certain BONUSES in our APIX-SEP methane gas based energy projects:

THE FOLLOWING ADDITIONAL GREEN PRODUCTS:

1. RECYCLED BIO-FERTILIZER (Off-setting need for "rotation of crops")
2. RECYCLED WATER (Off-setting need for drawing water from Town/ Municipal supplies)
3. RECYCLING STEEL for Iron/ Steel production (Off-setting need to draw that much from fossils and non-renewables)
4. GREEN SULFUR for GREEN SULFURIC ACID
5. RECYCLING BURNT CO2 TO BE CONVERTED TO CaCO3, to be used for "GREEN" CEMENT (off-setting need to reduce mining of Calcium from Dolomite Mines.)

NOTE: In case we plan for more ALL ROUND Production set up, we also would have Alternate Petrochemicals and Engineered Products ... all of which would be GREEN Products. Further, as we do not attempt any so-called hybridization and "over engineering" the cost of APIX-SEP plants would be far lower than any competing systems.

If we were to optimally compute the CARBON CREDITS, it would be possible to do so on the basis of the TOTAL REPLACEMENT OF THE FOSSIL FUELS by our GREEN FUEL. Thus, the value of Carbon Credit would be the equivalent of the CO2 generated when the ORIGINAL Fossil fuels were being burnt in the Plant that would be replaced by our unit.

The Modular System to be designed on the basis of the Agro-Biogenics available in a farm/ village area of 1000 Ha to 1200 Ha is presented below:

Thus, an APIX-SEP_1000 Energy Plant would be a set of three equivalent Modules of the subunit as shown in th illustration here, above. Each sub-unit would be designed @ one-third the total system based on Agro-biogenics in 1000 Ha to 1200 Ha. These could be the Optimum Module for Tropical nations with rainfall above 1200 mm. It is felt that such Modules could be designed for Assembly at the local areas, from a "knock-down" condition, easy to be transported and finally assembled. It would also help in "outsourcing" the construction of the designed components to the most advantageous vendor world wide, such that the ultimate cost and transportations are minimal. The construction methods are also being designed for "maximum GREEN" effect, so that the energy/ materials use in the components are minimal. The final Energy Plant would have an added CHP "Ready Made" unit (per subunit), which could be "bought-out" systems.

(NOTE: The Energy units would Scrub/ Use all of the CO2, H2S and Moisture/ Water, including the CO2 that comes out of the exhaust, thereby creating not only a Total Green system but recycling almost all materials in a "Self Regenerative Recycling" arrangement, finally resulting in ZERO-WASTE ZERO-CARBON BUSINESS MODEL)