Not an MMU as we know it?7 Nov 2017 13:47
For those not on ii this is what I posted there earlier:-
"Working in conjunction with various entities within KSA and from Europe and the US, Quadrise has taken a central coordination role, and has progressed the project to a point that it can commence immediately once all parties have agreed the multiple bilateral contracts and the triparty contract that define the overall project."
The US involvement has puzzled me. What are the Yanks bringing to the party? Well, much of my career has been spent working on petro-chem projects as a structural designer, and almost all of the EPC (engineering, procurement and construction) contractors are American. Also, doing some research yesterday on the fueling requirements for the KSA trial, and the output capacity of an MMU things don't add up. One MMU (as we know it) will take almost 6 months continuous operation to provide enough fuel for the test, on just one of the 14 boilers at the power plant. Given that shut-downs to refineries are colossally expensive and take years of planning, I'm now leaning towards a theory that the refinery have installed a purpose made unit that can eventually deliver the huge volumes of MSAR that will be needed for commercial production. I no longer believe a standard MMU has been installed, I now think they've installed a bespoke MSAR production unit, that is now ready to go at the press of the start button, and it was probably designed, procured and built by an American EPC contractor. This is purely my own opinion, I have nothing to back it up other than what I've included here, but the alternative simply doesn't make sense. Otherwise they'll need maybe a dozen or more MMU's (depending on how many boilers they eventually anticipate fueling with MSAR), which would probably entail yet another shut-down at the refinery, and the subsequent costs involved. This could also explain the reason we haven't been informed of the installation of the MMU, because it isn't part of the supply agreement we have entered into with ENH engineering
Opinions welcomed . . .