The old facility did not have adequate space to collect reusable chemicals discarded by laboratories. The new building does, and the cost savings to the campus will be twofold. It will save the cost of disposal and that of purchasing new chemicals. These improvements, however, are almost pedestrian, compared to some of the special features of the building. The tank and pipes in the system contain sensors that can set off both local and remote alarms in the event of a spill.
Doors have self-closers in case of fire.
Backup power is supplied by a diesel generator capable of providing power for essential building functions for up to three days. The HMF has a braced frame, spread footing, and significantly more steel than an average building. Its design assures that the HMF will be in working order to assist with hazardous spill cleanup operations at other buildings on the campus in the event of a major earthquake. The department can now store supplies such as pumps and absorbent dikes at the new facility and dispatch them to the scene of accidents much more quickly than it used to. After years of vigilance on behalf of good working conditions university-wide, the h The HMF fits snugly between the Central Heating Plant and the Hellman Tennis Courts.