LILIAN optimises measurement and control technology for the efficient use of chemicals

In an era of growing environmental awareness and stricter regulatory requirements, sustainable operations are becoming a key focus for many companies. Particularly in sectors that rely on the use of chemicals for water treatment – such as pool management, building services or industrial processes – optimising chemical consumption presents a major challenge.

In this context, the precise calibration of automatic measurement and control systems plays a particularly crucial role. These systems are generally based on reference measurements carried out manually using photometers. If these manual measurements are inaccurate or inconsistent, this leads to incorrect calibration of the automatic systems. The result is inefficient dosing – either overdosing, which causes unnecessary costs and environmental impact, or underdosing, which jeopardises water quality and requires rework. The need for a reliable reference for calibration is therefore key to optimised and sustainable chemical management.

The LILIAN system offers an innovative solution here by raising manual reference measurement to a new level of precision.

Through its user-independent and highly accurate analysis of parameters such as pH, water hardness and chlorine content, LILIAN provides the precise data that is essential for the reliable calibration of automatic measurement and control systems. This precise calibration ensures that automatic dosing systems operate optimally and that chemicals are used only in the quantities actually required. The result is a significant reduction in chemical consumption, which not only lowers operating costs and protects the environment, but also enhances the stability of water quality and extends the service life of the systems. LILIAN is therefore a strategic tool for companies seeking to achieve their sustainability goals through technological precision and efficient resource management.