Find out everything about engineering, mechanical and plant engineering, chemical, thermal and mechanical process engineering, (waste) water technology and supply and disposal technology.
Find out how sedimentation is used in engineering – from wastewater treatment plants to food production – and which technologies will shape the future.
We have been growing together since 2001: Well over 1000 projects and 23 years later we are looking forward to a successful future together with you.
Adsorption describes the binding of substances to surfaces. Why is it so important for technical systems? Find out all the details simply explained here!
What is extraction? All about the definition, processes and applications - why it is essential in chemistry and for industrial processing plants.
78% of air is nitrogen. Why is nitrogen essential for chemicals, petrochemicals, pharmaceuticals and food? We explain properties and applications.
Without catalysts, many processes would be unsustainable: Learn how catalysts work, accelerate reactions and optimize industrial processes.
A flow chart precisely visualizes processes and structures in plants. From types to applications — everything for effective planning and optimization.
Basic flow charts explained in simple terms: from the basics to their creation to their diverse applications in process engineering.
Process flow diagrams explained in an understandable way: This makes complex processes visible and usable for planning, control and optimization.
Pipelines transport liquids, gases or solids. Discover the structure, types and areas of application in industry and supply systems!
With rectification in process engineering, you can efficiently separate homogeneous solutions from two or more substances, but how exactly does it work?
Dispersion is the homogenization or optimal mixing of substances. Find out all the details about the process and the devices used.
What exactly is reverse osmosis? We describe the concept and technical details, explain applications and compare alternative processes.
Learn how to use the thermal separation process of distillation to separate substance mixtures from each other based on their different boiling points.
Compressed air systems compress air to a higher pressure than atmospheric pressure and distribute it for industrial applications like tools and machines.
Explosion protection includes measures to prevent explosions and their consequences in areas with hazardous substances such as gases, vapors or dust.
Pipeline isometrics are technical drawings in plant engineering. The show the route of piping systems in a simplified, isometric representation.
P&ID diagrams combine process flow diagrams with instrumentation and control engineering. Learn everything about their structure and symbols.
Overview of all pump types: centrifugal pump, positive displacement pump, piston pump, diaphragm pump, gear pump, screw pump and many more
Would you like to become a chemical engineer? Our experts will explain the tasks, everyday working life and salary of an engineer in chemistry.
Process engineering deals with the transformation of substances. But what exactly does that entail? Our engineers explain sub-disciplines and much more.
What does a project engineer do? Find out everything about responsibilities, industries, salary, career opportunities and how you can excel in this job.
What does an engineer do? Find out everything about the diverse tasks, career opportunities and areas such as mechanical engineering and process engineering.
