Neo-Solutions, Inc. services

Industrial customers are challenged to conserve and recycle water resources, conform to regulatory permitting requirements, and eliminate potential environmental impacts from facility effluent.

Society depends upon municipalities and water supply companies to provide safe, clean drinking water. The Neo-Solutions team is focused on helping our customers meet that expectation by using our complete line of NSF/ANSI 60 approved products.

Continually Evolving to Help Customers Meet Municipal Wastewater Challenges; Major operational challenges are the result of industrial expansion, flow rate increases from population growth, and regulatory requirements to lower the limits of constituents in final effluents.

A typical mineral processing operation may recycle more than 90% of its process water. Any unnecessary water losses to product, dust control, or final effluent will require usage of make-up water which can be scarce or expensive. When chemicals (e.g., collectors, frothers) are added in the beneficiation phase, they can further complicate water management challenges.

Neo-Solutions is the industry leader in foam management capabilities for froth flotation applications. Our surface modifiers are used to increase throughput, grade, and recovery when properly applied. Additionally, our team of experienced metallurgists can provide the level of support you need.

Interfering Gangue Minerals; Mine sites with depleted high-grade ores need to use a dynamic approach for maximizing production rates. These ore bodies typically contain gangue materials that cause operational issues, including low throughput, low recovery, and low grade.

Copper porphyry and skarn ore deposits can contain both primary copper minerals such as chalcopyrite and bornite as well as other secondary copper minerals. These minerals influence the chemical treatment strategies required to maximize recovery and concentrate grade.

Reagents and operational programs for capturing the full potential in Polymetallic Separations; Separation of complex sulfides (also known as sulphides) and other polymetallic sulfides require a detailed chemical and operational strategy to maximize recovery and grade for each final product stream.

The comprehensive or holistic approach to reagent selection requires an understanding of mineral processing plant process flow and operations. 

Our employees are driven to solve our customers problems and help them deliver on their production and financial commitments. We leverage all our expertise in polymeric and other chemical sciences to solve customer problems for applications in a host of environments, including steel, chemical, food, and other water intensive industrial settings.