The solution involves a modular system that integrates chemical precipitation and bio-mineralization processes.

Brine is first treated with chemical reagents that precipitate useful minerals like gypsum.

Following this, a bio-reactor uses specialized microbial consortia to further convert remaining constituents into other minerals or inert compounds.

This transforms most of the brine into solid products that can be harvested and sold, leaving minimal waste for ecological discharge.

The Eco-Brine Converter not only reduces environmental harm and regulatory liabilities of brine disposal but also transforms waste into resources, offering desalination plants a new revenue stream.

This dual benefit addresses both economic and ecological needs, providing a distinct advantage over current costly and inefficient solutions.

The technology leverages established chemical and biological processes that can be optimized and scaled for industrial use.

Initial high costs can be mitigated through phased implementation and partnerships with mineral industries.

Regulatory approvals will focus on safe discharge protocols, benefiting from low ecological footprint standards.