This contaminant, a combustion byproduct of power plants, is increasingly polluting land and water through air-borne deposition
Mercury is getting a lot of attention, both in the popular press and in state and federal regulatory agencies. Combustion systems, like coal-fired power plants, industrial boilers, incinerators, and cement kilns, are sources of mercury emissions to the air. This article outlines the mercury emission regulations that apply to different combustion systems and the best demonstrated means to control these emissions from combustion sources. This article focuses on utility and industrial combustion systems because they are the highest emitters and face the greatest reductions and tightest scrutiny.
New solutions for companies looking to better manage their MSDS inventories
This year marks the 15th anniversary of the Pollution Prevention Act of 1990, established by the U.S. Environmental Protection Agency (EPA) to reduce or prevent pollution at its source, before it's generated.
Due to their many advances in design, modern aboveground storage tanks are able to store a wide range of hazardous substances successfully while protecting human health and the environment
The other day a person preparing to make a presentation on small aboveground storage tanks (ASTs) asked me for a "sexy spin" on fuel tanks. I wasn't sure if I should be amused or upset. Fuel tanks are designed to hold fuel. That's it.
Facilities with aboveground storage tanks containing petroleum products need to be aware of the stricter requirements of the new SPCC rules
A recent U.S. Environmental Protection Agency press release (EPA Region 8, 11/24/2003) reads as follows: "The U.S. Environmental Protection Agency's Denver office is seeking penalties of more than $400,000 against 17 facilities in North Dakota for violations of the federal Clean Water Act's Spill Prevention Control and Countermeasure (SPCC) Plan Regulations"
How software automation can increase the efficiency of hazardous material business processes
Hazardous materials (hazmat) compliance has a significant impact on the product life cycle in every organization that is involved in the use, manufacture or transport of dangerous goods. Developing integrated hazmat processes results in measurable improvements in revenue, costs and performance.
Despite changes in administration and economic and geo-political uncertainties, there continue to be developments in the U.S. Environmental Protection Agency's (EPA) programs affecting waste management. This article examines several of those developments.