Consulting related to measurements of physico-chemical quantities using certified measuring equipment for oil, industrial fluids, air and dust, and back-calculating the actual production load on industrial technology and the workplace.
Professional measurement, diagnostics and consulting
Proper filtration design begins with understanding the actual conditions in your operation.
Our expert consulting is based on objective measurement of the physico-chemical parameters of oils, industrial fluids, air and dust. Using calibrated and certified measuring equipment, we obtain accurate, comparable data directly from the production environment.
What we measure and evaluate
- Oils and industrial fluids – the level and nature of contamination, water content, viscosity, particle count and size, and the overall condition of the fluid.
- Air and dust – particle concentration and size distribution, flow and pressure conditions, and the efficiency of existing filtration.
- Industrial technologies – actual production load, operating conditions, and the causes of reduced performance or excessive wear.
- Workplace – dust levels, the spread of contamination, and the impact of the production process on the surrounding working environment.
How we proceed
- We will propose an appropriate measurement scope, sampling points, and a monitoring method.
- We compare the measured data with the requirements of the production process, the technical limits of the equipment, and available reference values.
- We identify sources of contamination, pressure losses, excessive wear, or insufficient filtration system performance.
- Based on the results, we propose suitable filtration technology, filter media, maintenance intervals, and a method of ongoing inspection.
What you gain
A comprehensive professional deliverable with specific recommendations focused on:
- increasing the reliability and service life of the technology,
- improving the quality of the production process,
- protecting the working environment,
- optimising maintenance and operating costs.
