Show why a quantified liquid residual can be the rational technical, economic and operational optimum.
Compare liquid and solid residual routes before selecting the treatment intensity needed to reach them.
Place high-intensity treatment after avoidance, reduction, segregation and fit-for-purpose reuse. Controlled principle The hierarchy is
Establish a calculation language that closes water, dissolved species, reagents, products, solids, moisture and residuals
Connect the normal, design and worst-credible chemistry cases to the mechanisms that limit recovery, uptime
A single analysis is an observation. Design requires a defensible distribution linked to operating states.
Define the analytical and operating data set that can support modelling, technology screening and residual
Map the whole facility before designing the final brine plant. Purpose Chapter promise Controlling anchor
The project driver sets the economic baseline; the endpoint is a response, not the starting
Endpoint, residual and value language that must be fixed before a technology train is selected.
