What are the impacts of mercury exposure to the environment if not disposed of properly?

If not disposed of properly, mercury containing products can enter publicly-owned waste treatment facilities not equipped to dispose of mercury resulting in mercury containing products being disposed of in landfills, emitted into the air, or deposited into water bodies, land, and vegetation subsequently contaminating the environment.

What is mercury?

Mercury is considered a hazardous waste and can be found in several products that must be disposed of properly. Dental amalgam ("silver filling"), certain light bulbs, and some batteries contain mercury and are common waste streams in healthcare and other industries.

What is medical waste?

According to EPA regulations, generally, medical waste is waste that may be contaminated by blood, body fluids or other potentially infectious materials and is often referred to as regulated waste. Medical waste is generated at healthcare facilities, such as hospitals, physicians' offices, dental practices, blood banks, veterinary hospitals/clinics, as well as medical research facilities and laboratories, to name a few.

What are some of recycling efforts incorporated in operations at BWS?

Everything we do is with the safety of the environment in mind. We shred and recycle over 50,000 lbs of paper monthly, which saves about 5,100 trees annually. We recycle about 30,000 lbs of corrugated medical waste boxes each month, which saves 8,820 gallons of oil annually. We also recycle about 7,000 florescent lamps a week, which diverts approximately 520 lbs of mercury from being released into the environment annually. Learn more about our "cradle to grave" process and operations.

What “green” efforts does BWS include in their operations and facility to reduce their impact to the environment?

We are a virtually zero waste facility, where nothing is wasted or goes on to landfills. All waste that we produce or collect from over 9,000 customers goes through our treatment process or recycled. Learn more about our "cradle to grave" process and operations.