NEPure is a groundbreaking Clean-in-Place (CIP) system developed designed to revolutionise industrial cleaning processes. By aiming for zero water consumption and significant energy savings, NEPure offers a sustainable and cost-effective solution for industries seeking to minimise their environmental footprint without compromising on cleaning efficacy.
Traditional CIP systems often operate on fixed parameters, leading to unnecessary resource consumption. NEPure introduces a flexible approach by allowing customised adjustment of Time, Action, Chemical, and Temperature (TACT) factors for each cleaning cycle. This tailored methodology ensures optimal cleaning performance while conserving water, energy, and chemicals.
NEPure not only enhances cleaning efficiency but also integrates sustainability at its core. By incorporating the GreenCIP solution, it enables the regeneration and reuse of cleaning solutions, reducing waste and environmental impact. Additionally, GreenCIP's design facilitates the treatment of organic pollutants at the source, significantly lowering the chemical oxygen demand (COD) and biological oxygen demand (BOD) in wastewater.
These features highlight a shift toward truly sustainable CIP solutions. By aiming for zero water consumption and significantly improving energy efficiency, your cleaning process becomes both economical and eco-conscious. Customised cleaning ensures that every cycle is tailored to your product and process, no more overcleaning or wasted resources. And with a measurable reduction in environmental impact, this approach helps you meet internal targets and external regulations with confidence.
NEPure is a new design for Clean-in-Place (CIP). It delivers unmatched performance, reduces costs, and improves quality control with customized cleaning cycles. NEPure also has a minimal environmental footprint. We aim for a CIP system with zero water consumption and very low energy use. The design also targets maximum decarbonization.
This is a new generation of highly scalable CIP. It significantly reduces automation costs. The system adjusts all TACT factors to meet the precise needs of each object.
