Voith sets standards in the markets energy, oil & gas, paper, raw materials and transport & automotive. Founded in 1867, Voith employs more than 39,000 people, generates €5.3 billion in sales, operates in more than 50 countries around the world and is today one of the biggest family-owned companies in Europe.
What are the defining characteristics of a healthy partnership? Offering the best products? Contributing experience? Most of all - it needs one thing: Relations. We are telling of such relations. Relations between Voith and its customers.
M&D chemical technology covers hidden optimization potentials at the interface of machine and chemistry in the manufacturing process and compiles concrete measures to reduce the Total Cost of Ownership (TCO).
The modular structure of the Voith M&D chemical technology allows a tailor-made analysis package for all customer-specific requirements and situations. It includes taking an inventory of the current processes on site. This determines the type and scope of the measuring program required.
The data obtained are analyzed by a team of experts assembled for each specific case. A sensitivity analysis using system software specially developed by Voith for this purpose will also assess the performance of the equipment currently installed or of equipment that could be added.
M&D chemical technology identifies existing optimization potentials and combines them to produce integrated solution strategies. Specifically, these recommendations for action involve the areas of metering and blending technology, controls, bleeding technology, volume of impurities (anionic trash) and contaminants in the system, chemical use, process stability, fresh water use, process water management, water loop restriction, and gradient and Tapio analysis.
In the course of the Total Wet End Process Management service, the approach flow system, white water and fiber recovery, and the broke system are optimized. The risk of a breakdown is thus minimized and the WEP performance enhanced.
This analysis includes process optimization of anti-foaming and bleeding agent. For this, the volume flows of free and dissolved gas in the approach flow system, and optimal chemical use is determined.