RE:4 PHASE Project ROUTE To COMMERCIAL-SCALE POTASH DRYING - since they ALREADY SUBMITTED the PRELIMINARY DESIGN for Phase 2 APPROVAL by IMII, it is ONLY a MATTER of BUILDING the APPARATUS and TWEAKING IT ASSUMING that the ENGINEERING of the POTASH DRYER was FUNCTIONALLY CORRECT
- ONCE they HAVE WORKED OUT the SMALL-SCALE DRYER SYSTEM, it then NEEDS TO BE UPSCALED from the BASE 100 KG. per hour to 5,000 KG. per hour in PHASE 2B
* this will be the CHALLENGING PART as they are ATTEMPTING to PROCESS a 50 TIMES (50X) DRYER INPUT into the CONTEMPLATED MACHINE in the SECOND STEP of Phase 2
* NO DOUBT that the CLEAN TECH INVERTER (CTI) WILL BE UP TO THE TASK
* it is HOW the RADIATED ENERGY is CAPTURED and TRANSFERRED to the POTASH ORE in an ENERGY EFFICIENT and EXPENSE-SENSITIVE WAY that will DETERMINE the COMMERCIAL FEASIBILITY and SUCCESS of the project
- Phase 3 (6 X) and 4 (13/3 X) should be CONCEPTUALLY STRAIGHTFORWARD IF we MASTER PHASE 2B {from 100 to 5000 kilograms per hour}
- IMII is being CONSERVATIVE in PROVING UP the DRYER SYSTEM as they SCALE UP and LIMITING their CAPEX EXPOSURE in DISCRETE INCREASING LIMITS
- so YES, I do NOT BLAME THEM for TAKING a QUANTIFIED SYSTEMATIC APPROACH
- last I read, AXE has ONLY 14 EMPLOYEES
* DOWN from 19 PREVIOUSLY
- so I CONGRATULATE IMII for BELIEVING and HAVING TRUST in Acceleware
z173