Construction|Consulting|Conveyors|Cutting|Design|Engineering|Export|Financial|flotation|Hatch|Mining|Power|PROJECT|Resources|srk|SRK Consulting|Surface|System|Underground|Environmental
Construction|Consulting|Conveyors|Cutting|Design|Engineering|Export|Financial|flotation|Hatch|Mining|Power|PROJECT|Resources|srk|SRK Consulting|Surface|System|Underground|Environmental

Kola potash project, Congo-Brazzaville – update

Image of drill rigs at the Kola potash project

29th April 2022

By: Sheila Barradas

Creamer Media Research Coordinator & Senior Deputy Editor


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Name of the Project
Kola potash project.

Kouilou province, Congo-Brazzaville.

Project Owner/s
Potash development company Kore Potash (97%).

Project Description
Globally, the Kola project is not only one of the shallowest muriate of potash (MoP) deposits but also one of the highest-grade undeveloped potash deposits.

The Kola definitive feasibility study (DFS) proposes mining the Kola sylvinite, the production of about 2.2-million tons a year of MoP over a 33-year mine life, and its export.

The Kola orebody is planned to be mined using conventional underground mechanised methods, extracting the ore within ‘panels’ using continuous miner machines of the drum-cutting type. The mine design adopts a relatively typical layout, including panels, comprising rooms and pillars.

Mine access will be provided by two 7-m-diameter vertical shafts. The shafts will be sunk in the centre of the orebody. To provide access underground, the intake shaft will be equipped with a hoist and cage system for the transportation of persons and material. The exhaust shaft will be equipped with a pocket lift conveyor system to continuously convey the mined-out ore to the surface. Both shafts are about 270 m deep.

Underground conveyor belts will be used for ore transportation in all areas of the mine. The belt conveyors are distributed in the main and submain haulages and, ultimately, in the working panels near the continuous miner working face. The ore will be placed on the belts from feeder breakers that are fed by the shuttle cars. Belt conveyors will carry the ore loaded by the feeder breakers to the ore bins.

The ore is then conveyed from the ore bins to the pocket lift system in the exhaust shaft.

Ore from underground will be transported to the process plant by a 35-km-long overland conveyor.

A conventional potash flotation plant has been designed for the project. The design strategy adopted delivers a process plant designed to produce 2.2-million tonnes a year of MoP at a potassium chloride grade of 95%, and to accommodate the variety of run-of-mine feedstock characteristics expected during the life of the project.

The economic model is based on a 23-year mine life, based on ore reserves of 152.4-million tons, inferred mineral resources of 9.7-million tons and an additional ten years (for a 33-year mine life) when the exploitation of a portion of the inferred mineral resources (70-million tonnes) is included.

Potential Job Creation
Not stated.

Net Present Value/Internal Rate of Return
The project has an after-tax real net present value, at a 10% discount rate, of $1.45-billion and a real ungeared internal rate of return of 17%, with a 4.3-year payback from first production.

Capital Expenditure
Preproduction capital is estimated at $2.1-billion on an engineering, procurement and construction management basis.

Planned Start/End Date
The project has a 46-month construction period, with a start date to be determined following the advancement of construction contract negotiations and project financing.

Latest Developments
Kore Potash has started a detailed review of the optimisation study on the Kola project, which was completed this month by an engineering partner of the Summit Consortium, with which Kore has a memorandum of understanding in place.  

The consortium aims to submit an engineering, procurement and construction (EPC) contract proposal for the construction of the project, based on the outcomes of the optimisation study, within the next two months.

Following Kore’s receipt of the EPC proposal and agreement on its terms, the consortium intends to provide a financial proposal for the construction of the project.

Key Contracts, Suppliers and Consultants
Technip France, Vinci Construction Grands Projets, Egis International and Louis Dreyfus Armateurs (DFS); Met-Chem DRA Global and AMC Consulting (specialist subconsulting); Met-Chem DRA Global (mineral resource estimate); SRK Consulting (environmental- and social-impact assessment); Jukes Todd, Hatch and Wood (reviews of the final draft DFS); and Summit Consortium, including Sepco Electric Power Construction (optimisation study).

Contact Details for Project Information
Kore Potash, tel +27 11 460 9140.
Tavistock, on behalf of Kore Potash, tel +44 207 920 3150 or email

Edited by Creamer Media Reporter



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