A metal producer, in the Midwest, spends an estimated $2.4 million annually on electricity to operate their compressed air system. The current average electric rate, at this plant, is 5.5 cents per kWh, and the compressed air system operates 8,760 hours per year. This system assessment recommended a group of “near-term” compressed air demand reduction projects and then a group of separate “longer-term” projects focused on optimizing the air compressors, the controls and the heated desiccant compressed air dryers. The near term demand-reduction projects...
Many heat-treating applications put difficult demands on vacuum pumps in general and oil-sealed pumps, in particular. Byproducts from the heat-treating process can contaminate the vacuum pump oil and create higher vapor pressures that cause deteriorated vacuum levels in the heat-treating chamber, or buildup and blockages in the pump mechanism.
AISTech 2016, steel's premier annual technology event, returned to Pittsburgh May 16-19 at the David L. Lawrence Convention Center. For the first time ever the exposition spanned two levels of the convention center making it the largest yet with a total of 542 exhibiting companies. The total attendance of 7,764 was the third highest in AISTech history.
Metallurgical High Vacuum Corporation (MHV) is proud to announce another milestone in their commitment to excellence: they were awarded certification attesting to establishment of their quality management system in conformance with the International Quality System Standard ISO 9000-2008, with a scope for Design and Manufacture of High Vacuum Mechanical Pumps and Rebuild of Mechanical Pumps.
DEKKER Vacuum Technologies is helping DuPont Titanium Technologies, the world’s largest manufacturer of titanium dioxide, meet the world’s needs for this essential chemical. DEKKER has custom designed and manufactured two vacuum pump systems that will be incorporated into DuPont Titanium's $500-million titanium dioxide capacity expansion project at its plant in Altamira, Mexico.
Relatively few people realize that for a variety of industrial manufacturing applications, from air knife drying to simple blow-off nozzles, the use of high pressure compressed air that bleeds into the atmosphere represents a significant waste of energy.