Gensource produces potash using a closed-loop method called selective extraction (or selective solution mining) that has little environmental impact. It works like this: A hot salt (NaCl) brine is injected into horizontal caverns in the ore body, which selectively dissolves potash (KCl) leaving salt in place. The KCI-rich brine is then processed (KCI ‘drops out’ through cooling crystallization) and the NaCl brine is reheated and re-circulated back to the cavern to repeat the process.

A clean approach with less impact on air, water, and land.



Power is self generated at site using natural gas, not coal. By not using grid power, a Gensource module will avoid up to 24,500 tonnes/year CO2e of emissions.



A Gensource module will use up to 75% less water per tonne of
potash than conventional solution mining methods and the ability to use a brackish water source reduces fresh water usage even further.



With no salt tailings, no brine ponds and its small size, a Gensource module is light on impact – to the point that regulators did not require a full Environmental Impact Assessment for the project.

Gensource method vs. traditional potash mining: key benefits.

Gensource projects or modules have a much smaller footprint yet they extract up to 10 times the resource from the same area. Other benefits include:

  • smaller size projects are welcome by local communities
  • provide long-term employment
  • less impact on community infrastructure and utilities
  • no salt tailings or brine ponds
  • can use brackish water, not fresh water
  • self-generating power
  • projects are scalable and repeatable

A Gensource module avoids the environmental impacts that conventional potash mines are responsible for, including:

  • massive salt tailings stored on surface for an indefinite period
  • large fresh water consumption
  • large demand on utilities
Source: Google Earth, modified by Gensource

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