Unified European water quality regulatory system proposed

Unified European water quality regulatory system proposed. Maria Burke ... and Heikki Pitkänen. Environmental Science & Technology 2012 46 (15), 8220...
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tionships between traditional adversaries, should be institutionalized at EPA. But environmental statutes and state control of many environmental programs, such as permitting, enforcement, and reporting, make this institutionalization difficult, said the report. The four CSI recommendations made to Browner to date include greater accessibility to EPA policies; better implementation of Title V of the Clean Air Act; goals for development of iron and steel

brownfields sites; and an online environmental compliance and technical assistance resource center for die metal finishing industry, according to Robert English, EPA senior management analyst. One of the bright spots in CSI came with the metal finishing industry. Diane Cameron, senior scientist with the Natural Resources Defense Council (NRDC), said the group began a successful demonstration of a technology that filters chromium out of air

releases, cutting the cost to industry by 90%. But she said most of the other efforts focused on streamlining regulations, which although good for business, may not do much for the environment. "It's only through better environmental results that we feel we've been successful," said Cameron, adding that the CSI effort ate up a lot of time without showing many of the environmental benefits NRDC sought. —VINCENT LECLAIR

Unified European water quality regulatory system proposed A plan to unify European water quality regulations around a system of transboundary water management districts has been endorsed by the European Commission. The proposal, approved Feb. 26, will create "a coherent structure for European Union (EU) water policy and it will systematize the collection of environmental information," said Ritt Bjerregaard, environment commissioner. "It identifies and tackles the two great threats to sustainability: overabstraction and pollution." The plan attempts to draw togetfier a fragmented raft of waterrelated regulations and bring European water quality up to agreed-upon standards by 2010. Water policy in the EU has suffered from lax implementation and enforcement. The proposal is a step toward filling gaps in existing water laws and unifying regulations that govern specific types of water use and discharges, from industrial wastewater to bathing water. The most innovative idea in the proposal is to use river basins to divide Europe into more than 50 water management districts. These districts would monitor water supplies and pollution along each river, including surface water and groundwater. Each district would ensure compliance with quality and quantity controls for water set by the EU. Water professionals working in tiiese districts would form a network throughout Europe to compare working methods and exchange information. No new water quality standards are set forth in the proposal, said Sally Mullard of the Institute for European Environmental Policy, but it does change the way mem-

ber countries administer their water programs. Responsibility for water protection is placed in the hands of member states and local authorities, but overall setting of policy, emission controls, and quality objectives would rest at the EU level. According to a commission spokesperson, the proposal also requires member states to ensure by 2010 that water users such as industry, domestic households, and agriculture pay the full price for water, including costs of extraction, distribution, and treatment. The commission wants water suppliers to fully recover their costs and develop reserves for complying with future legislation. In some cases, the price of food

may increase to cover agriculture's water use costs, or industry may pay higher water rates than households. Charges for users who pollute water are still being evaluated and are not mentioned in detail in the proposal. The plan also would establish designated protected areas with special requirements, such as bathing waters or areas intended for drinking water abstraction, as identified in existing or national legislation. These areas would not have to meet any new obligations. A draft of the directive is expected to be presented to EU environment ministers in December. It could be passed into law as early as December 1999. —MARIA BURKE, London

Genetically engineered microbes notification required EPA's new biotechnology rule regulating genetically engineered microorganisms for the first time under the Toxic Substances Control Act (TSCA) requires researchers to notify EPA before releasing microorganisms into the environment for field tests. The rule, issued March 27, covers all genetically engineered microorganisms not currently regulated under the Federal Insecticide, Fungicide, and Rodenticide Act or the Food and Drug Administration Act. Elizabeth Milewski, EPA special assistant for biotechnology, said the continuing debate about what constitutes genetic engineering means the rule may or may not regulate genetically engineered products exclusively. "The rule applies when companies manipulate genetic material to create a microorganism that has new characteristics," she said. The new rule requires companies to submit a 60-day TSCA environmental release application for field trials, replacing an interim 90-day voluntary approval process. It also created a new 90-day commercial use approval process, called the microbial commercial activity notification, to replace the TSCA premanufacturing notice used as an interim approval process since 1986. EPA estimates that biotechnology companies will spend up to $2.2 million this year to comply with the new rule. Alan Goldhammer, director of technical affairs for the Biotechnology Industry Organization, said the new process will not be any more costly for manufacturers than the interim policy. He said genetically engineered microorganisms already approved under the interim process are used mostly in the production of enzymes. —VINCENT LECLAIR

VOL. 31, NO. 5, 1997 / ENVIRONMENTAL SCIENCE & TECHNOLOGY / NEWS • 2 2 3 A