Ann: Gekko Plant Outperforms Expectations, page-33

Someone should report these inconsistencies to ASX:

Response to ASX queries start of 2022:
"8 Please clarify what CLZ meant by “Part delivery” of the Gekko Plant, as quoted at paragraph G."

The Gekko plant components delivered to date are those components required to produce gold through a gravity circuit., with anticipated recoveries of approx. 70% - it is those components that reflect “part delivery” of the Gekko Plant. CLZ also intends to install a leaching process with the expectation of a further 25% in recoveries. As the Gekko plant is a modular system, modules can be easily added to the processing sequence to increase recovery. CLZ has been actively procuring suitable modules for the leaching process and is refurbishing them in Perth before transporting them to the Kat Gap project.

Todays Announcement:

Tailings collected for reprocessing when CIL plant established (cyanide alternatives are currently being assessed to continue the philosophy of a greener gold plant – if technically and commercially appropriate).

WHAT HAPPENED TO THE LEACHING MODULES ACTIVELY ACQUIRED BY CLZ?

29 July 2020 Update on Gekko:An added attraction to Classic is that the Australian-made Gekko plant is modular and mounted on containerised elements providing for scalability and ease of modification. The plant has a 30 tonne per hour capacity and is scalable to a Gekko Python plant with a processing capacity of 250 tph.

Todays Announcement:

The Pilot is capable of processing 10 tonnes of feed per hour, however, was run at 1-2 tph during the pilot in order to focus on understanding and optimising process dynamics rather than throughput rate.

The Gekko Jig used, in the pilot plant setup, was an IPJ 1000 capable of processing a throughput of up to 30 tons per hour. Classic also has a Gekko IPJ 2400 which has a nameplate capacity of up to 100 tons per hour.

We already have the additional Gekko components that will permit a processing capacity in excess of 100 tons per hour at Kat Gap.

UMM WHAT IS THE THROUGHPUT AND WHAT IS IT ACTUALLY SCALABLE TO AND AT WHAT COST? DOES CRUSHING TO <2MM IMPACT THE THROUGHPUT RATE? I THINK SO.