
NITRION is an innovative and comprehensive turnkey solution by Yield RMG.
We are revolutionizing ion exchange technology for efficient brine waste management, enhanced sustainability, and reduced operational costs, providing tailored equipment, maintenance, financing options, waste handling, and a commitment to seamless integration across industries.

Introducing Nitrion Water Treatment Systems: Revolutionizing Ion Exchange with Zero-Waste Solutions
In the realm of technological innovation, Yield RMG proudly presents Nitrion—an unparalleled advancement in ion exchange technology and equipment. Through a seamless fusion of efficiency and sustainability, Nitrion is poised to transform the landscape of purification, recovery, and synthesis across diverse applications.

Ion Exchange Redefined
Ion exchange technology has long been recognized as a cornerstone for purification, separation, and recovery. Calgon Carbon's renowned ion exchange technology, adept at removing inorganic compounds like nitrate from municipal water, has set a precedent for effective solutions.
Now, Yield RMG's Nitrion add-on technology takes this a step further. By seamlessly integrating into the ion exchange process, Nitrion revolutionizes the equation by eradicating the need for costly brine disposal—a true zero-waste solution that champions both efficiency and environmental consciousness.

A Pioneering Process
The salts utilized to regenerate the Ion Exchange media swap sodium chloride for potassium chloride. The resulting brine is transformed from a waste stream into a resource. Yield RMG employs state-of-the-art single or multiple-effect evaporators, tailored for saline solution concentration.

Zero-Waste, Maximized Value
Our commitment goes beyond conservation; it's about creating value. With a unique offtake agreement for the concentrated brine, treatment plants can circumvent brine discharge fees, curbing costs and environmental impact. Fewer trucks on the road, fewer resources consumed—an epitome of sustainable practices in action.

Empowering Agriculture, Uplifting Sustainability
But the journey doesn't end here. The heart of Nitrion lies in its restorative capabilities. The recovered fertilizer extracted from the Zero-Waste System is meticulously calibrated to meet the standards of agricultural customers. An advanced evaporation unit refines this valuable product, increasing its concentration to levels tailored to the end-users' needs. The result? A catalyst for sustainable agricultural production and water treatment, displacing mined fertilizer inputs and championing responsible resource management. Now the production of sustainable fertilizers can yield clean drinking water for residential customers.

Join the Nitrion Revolution
Yield RMG's Nitrion isn't just a technology—it's a paradigm shift. It's the embodiment of innovation that doesn't just solve problems; it reimagines solutions. It's a movement toward a world where progress and sustainability are intertwined, proving that even the most intricate processes can evolve for the greater good.
Experience Nitrion today, and be a part of this transformative journey where every exchange counts, and every waste is reimagined. Together, we're catalyzing change that resonates far beyond the technological realm—change that's rooted in a more sustainable and promising future.

Innovating Nitrate Removal Systems: Enhancing Sustainability, Cutting Costs, and Generating Clean Water.
Our central focus revolves around transforming nitrate removal systems, enhancing their operational efficiency and sustainability. We're dedicated to driving down the expenses associated with producing clean, potable water, all while creating eco-friendly sustainable fertilizers. Our commitment extends to optimizing the operation of ion exchange systems by converting brine waste into valuable fertilizers, eliminating the necessity for brine disposal and further reducing costs. With this unwavering dedication, we have successfully introduced a range of innovative solutions that are redefining the realm of nitrate removal technologies.