The newest round of Star Wars mania got me thinking about one of the themes in the movie series — mentoring.
With our extensive range of service on offer, our customers are able to extend the life-cycle of their facilities. The scope spans from installation and hook-up, Fab-to-Fab relocation all the way through to facility management, O+M contracting for building services and energy management.
For decades M+W Group has been providing consultancy and planning services to customers based on their needs and industry-specific requirements.
Pure gases are used in many fabrication processes in the semiconductor, LED, flat panel and optical industry. They are used as purging gases for cleaning and setting up inert atmospheres, dilution and carrier gas, reaction gases and pneumatic drives. For most processes pure and ultrapure qualities are required.
Our target is to provide our customers with complete solutions and the realization of a project – be it an Engineering, Procurement, Construction (EPC) or an Engineering, Procurement, Construction Management (EPCM) solution. Further to design, construction and commercial management this includes site safety management, cost control, scheduling, contractor supervision, start-up and commissioning, as-built documentation and warranty management.
M+W Group’s global engineering network provides our customers with world class experience in project planning and design for all engineering disciplines, from architecture to process systems.
Chemical filters are used in a wide variety of applications for the contamination control of ambient and circulating air. Monitoring and filtration are usually done in the ppb range. The laboratory of M+W Products offers comprehensive service for testing new as well as proofing of chemical filter materials that have to meet the highest quality requirements. The development of filter materials is focused on removal of all kinds of acidic, basic and organic substances.
Reducing all kinds of air contamination is a main goal in manufacturing of contamination-sensitive products like wafers, optics, lasers and processes like extreme ultraviolet (EUV) lithography.
The process and the product quality can be affected by contaminated rinsing water that contains different organic and inorganic contaminants. By integrating all technologies for water purification, the purity of water is upgraded to an ultra-high level by removing particles, organic and inorganic components as well as gases that are dissolved. The semiconductor industry requires increasingly stringent tolerance limits for contaminants in ultrapure water, especially for critical metals and TOC (see ITRS). This demands a carefully structured, analytical test program for critical parameters like ions, metals, particles, organic compounds and bacteria in order to ensure a high quality of UPW