The goal of our award-winning Pollution Prevention program is to integrate pollution prevention and waste minimization, resource conservation, recycling, and affirmative procurement into all aspects of our planning and decision-making processes. The program applies to all Laboratory employees, contractors, visitors, and guests.
Pollution prevention activities, recycling programs, and conservation initiatives have significantly reduced our waste volume and management costs. In 2019, these efforts resulted in over three million in savings and approximately three million pounds of materials being reduced, reused, or recycled.
An innovative example of how the Lab recycles is demonstrated by the Fabrication Services Division. The organization created the capability of recycling all cutting fluid used in-house, while investing in engineering improvements to its machinery at the same time to greatly improve efficiency.
The improvements resulted in the reduction of overall volume of the cutting fluid used. The organization recycled and reused a total of 1,565 gallons of cutting fluid in FY19.
Through our solid waste recycling program, 60 tons of office paper were collected during 2019. Cardboard, bottles and cans, motor oil, scrap metals and electronics, lead, automotive tires and batteries, fluorescent light bulbs, toner cartridges, concrete and blasting garnet were also recycled.
Concrete and stone/brick demolition debris is stored on-site to be converted into recycled concrete aggregate that the Lab uses on firebreaks, or, as an underlayment for parking areas.
Use of recycled concrete aggregate material helped us achieve LEED certification for four of the Laboratory's newest buildings
The Lab arranges for removal of hazardous waste materials using procedures that help prevent spills, discharge into wastewater and evaporation into the atmosphere. Our waste handling program is designed to protect human health and the environment by reducing the potential for accidents and improper disposal. We limit the use of hazardous materials by choosing non-hazardous substitutes whenever possible.