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Contact Information

Environmental Quality and HTRW
USACE St. Louis District
ATTN: CEMVS-EC-E
1222 Spruce St.
St. Louis, MO 63103

Section Chief:
(314) 331-8206

Email:
CEMVS-EC-E@usace.army.mil

Environmental Quality and HTRW

EC-EQ has two primary missions it supports within the district which include Water Quality Management (WQM) and Hazardous, Toxic, and Radioactive Waste (HTRW).

The US Army Corps of Engineers (USACE) is required and committed to adherence to the laws, policies, and regulations that strongly affirm Federal interest in water quality. As you might expect, there are numerous Federal, State, and USACE regulations, manuals, and guidance which exact how to meet these requirements for WQM. Within the District WQM encompasses our five (5) reservoirs, approximately 300 miles of the Mississippi River, and approximately 90 miles of the Illinois and Missouri Rivers. What follows below are the National and Corps' policy regarding WQM:

NATIONAL POLICY

It is national policy that the Federal government, in the design, construction, management, operation, and maintenance of its facilities, shall provide leadership in the nationwide effort to protect and enhance the quality of our air, water, and land resources. Federal facilities shall comply with all Federal, State, Tribal, Interstate, and Local requirements in the same manner and extent as other entities. The national antidegradation policy, defined in the Federal water quality management laws, requires:

•That the existing water quality of waters that constitute an outstanding national resource be maintained and protected.
•That the existing water quality of high quality waters that supports a diverse, productive, and ecologically sound habitat be maintained and protected unless there is compelling evidence that to do so will cause significant national economic and social harm.
•In all cases, the existing beneficial uses and the water quality necessary to protect them will be maintained. Existing beneficial uses are defined as those beneficial uses actually attained in a water body on or after November 28, 1975, whether or not they are included in Tribal or State water quality standards (40CFR131.3e).

This national policy is founded on the overall objective established in the Clean Water Act to restore and maintain the chemical, physical, and biological integrity of the nation's waters. The thrust of this policy is to protect all existing and future uses including assimilative capacity, aquatic life, water supply, recreation, industrial use, hydropower, etc. Where uses are degraded, it is the national goal to restore those degraded waters.

CORPS POLICY

It is the Corps' policy to take a leadership role in carrying out the goals and objectives of the national water quality management policy by managing the nation's water resources that are under its control so that they are protected, maintained, and restored. As stewards of project resources, the Corps will not allow degradation of the aquatic resource in accordance with the Federal antidegradation policy. In cases where degradation has occurred, it is the Corps' policy to restore the resource to a biologically productive, diverse, and ecologically robust condition. The Corps management responsibilities extend throughout the area influenced by and influencing the water it manages. Because the management of Corps projects affects environments distant from project property boundaries and is influenced by actions of others also distant from its properties, the Corps must actively pursue a management philosophy committed to partnering with a wide range of resource organizations and interested individuals. It is the Corps policy to develop and implement a holistic, environmentally sound water quality management strategy for each project. This strategy must be developed in concert with other authorized project purposes. However, the environment will be addressed as equal in value and importance to other project purposes when developing or carrying out management strategies. The Corps will, at least, manage its projects in accordance with all applicable Federal, Tribal, and State environmental laws, criteria, and standards. It is the goal of the Corps to responsibly manage its projects to maximize their environmental potential. The four pillars of the Army environmental strategy (conservation, prevention, restoration, and compliance) will help guide the Corps policy for water quality management.

Corps water control projects (dams, local protection, levee systems, and navigation projects) store, regulate, divert, constrict, or convey most of the surface waters in the United States. As water moves through Corps projects, the projects alter the physical, chemical, and biological character of much of that water. Consequently, Corps projects determine or significantly influence the ecological integrity of a large percentage of the aquatic environment in the United States. Corps water control decisions determine or significantly influence whether or not Corps projects have a positive or negative impact on the environmental value and human usefulness of much of the nation's water resources. As stewards of a significant percentage of the nation's aquatic environment, the Corps has a responsibility to preserve, protect, and where necessary restore that portion of the environment altered by Corps projects. The Corps is fully committed to environmentally sound project management and operation. It is the policy of the Corps that the environment be given equal standing, not simply consideration, in all aspects of project management and the operational decision-making process.

The Corps water quality program is committed to holistic watershed ecosystem based resource management. This requires a comprehensive understanding of the interactions of the uses and users of the aquatic environment and the impact of Corps structures and their operation on the aquatic environment. The continued development of ecological management skills within the Corps is essential for the development, protection, and restoration of the resources in its charge. Understanding the physical, chemical, and biological processes allows the Corps the opportunity to operate, maintain, and modify projects in ways that provide for sustainable human uses while protecting, restoring, and conserving the environmental value of the resource. The factors that determine the persistence, resilience, and robustness of ecosystems are often counter-intuitive processes and lack of understanding complicates attempts to manage them.

The water quality program provides one of the greatest opportunities for the Corps to demonstrate its commitment to environmental leadership, conservation, restoration, and stewardship. By planning, designing, constructing, and operating water projects in a manner that achieves project purposes while preserving, protecting, and restoring the ecological integrity of the aquatic resources, the Corps can demonstrate its leadership role in responsible environmental engineering. Environmental success will not be measured by production of single or limited numbers of species, or enhanced recreational opportunities, but by expertise in reestablishing flow regimes, rehabilitating wetlands and riparian areas, managing sediment delivery, controlling the chemical and physical aspects of the aquatic systems, and overall ability to restore a dynamic, self-sustaining aquatic ecosystem. This approach will make a significant contribution toward the achievement of the sustainable development goals of the nation.

ROLES AND RESPONSIBILITIES

The Federal Water Pollution Control Act Amendments of 1961 (P.L. 87-88) stipulated that Federal agencies consider during the planning for any reservoir, storage to regulate streamflow for the purpose of water quality control. With the passage of Federal environmental laws during the 1970s, the Corps was required to comply with an increasing number of regulations concerning water quality at civil works projects. The Clean Water Act Amendments of 1977 required the Corps to comply with Federal, state, and local requirements in the same manner as other entities. In 1978, Executive Order 12088 made it a Federal policy for the Federal Government to protect and enhance the quality of air, water, and land resources in the design, construction, operation and maintenance of its facilities. Water quality within the Corps was initially developed in response to problems at operating water control projects. The water quality sections were typically created in within the same organizational area as water control, usually in the hydrology and hydraulics branch or division. In the St. Louis District, WQ responsibilities were assigned in 1970 to this section in response to Division and District policy directives.

In 1974, Corps Headquarters (HQUSACE) created Engineer Regulation ER 1130-2-334, Water Quality and Environmental Management at Corps Civil Works Projects, which required all districts and divisions to report their management of water quality at Corps projects. This ER was subsequently incorporated by reference into the Code of Federal Regulations (33 CFR 222.5). It was in response to this ER that the water quality responsibilities of Corps districts and divisions were formalized. To meet this requirement, division-wide Water Quality Management Programs (WQMPs) were initiated with specific water quality management objectives for each project and Corps districts were required to prepare annual reports on their water quality activities. The regulation states that water quality management must be an integral part of water control management programs. In 1975, the Mississippi Valley District created Division Regulation DIVR 1110-2-205, Water Control Management: Water Quality, directing all districts to develop and implement a water quality program in response to ER 1130-2-334.

In 1987, HQUSACE created Engineer Manual EM 11110-2-1201, Reservoir Water Quality Analysis , which provides guidance for assessment of ongoing water quality conditions, including reservoir pools, releases and tailwaters. The EM recognizes the importance of a monitoring program collecting representative samples via sampling intervals that take into account seasonal hydrologic and limnologic events that affect water quality through either fixed or variable interval sampling.

Subsequent engineering regulations related to water quality have been established specifically for laboratory quality assurance (ER 1110-1-261), chemical quality management for toxic and hazardous wastes (ER 1110-1-263), and the creation of the Corps Committee on Water Quality (ER-15-2-10). This Committee hosts a biennial seminar on water quality issues at Corps projects. In 2009, the St. Louis District was nominated by HQUSACE as a member of the Committee on Water Quality. In 1995, ER 1130-2-334 was updated and merged with two other Engineer Regulations dealing with water quality (ER 1130-2-415 and ER 1110-2-1402) into the current water quality regulation, ER 1110-2-8154. The objectives of the WQMPs emphasize the importance of integrating water quality considerations into project management decisions, and the value of taking a holistic, ecosystem approach to water quality management.

CLICK ON THE LINKS BELOW FOR PERTINENT WQ INFORMATION:

Federal Water Pollution Control Act Amendment of 1961 (P.L. 87-88) - (33 U.S.C. 1252)
Clean Water Act (33 U.S.C. 1251 et seq.)
Code of Federal Regulations Title 33 Part 222.5 - Navigation and Navigable Waters
Division directive establishing District WQ management programs for operating projects in H&H (DIVR 1110-2-205)
Water Quality and Environmental Management for Corps Civil Works Projects (ER 1110-2-8154)
Reservoir Water Quality Analysis (EM 1110-2-1201)
Hydrologic Analysis of Watershed Runoff (EM 11110-2-1464)
Low Level Discharge Facilities for Drawdown of Impoundments (EM 1110-2-50)
Quality Assurance of Laboratory Testing Procedures (ER 1110-1-261) 

COMPLIANCE

It is the policy of the Corps of Engineers that USACE organizations use environmental compliance assessments or "audits", as a means of attaining, sustaining, and monitoring compliance with applicable Federal, state, interstate and local environmental regulations. To this end, the Corps created Engineer Regulation ER 200-2-3, Environmental Quality - Environmental Compliance Policies.

This regulation establishes the policy for the management of environmental compliance-related operations and maintenance (O&M) activities at civil works facilities. The environmental compliance mission is to assure that all USACE facilities and associated lands (including outgrants) meet environmental standards contained in relevant Federal, state and local laws and regulations. Environmental compliance categories include, but are not limited to:

•Air emissions management
•Cultural resources management
•Hazardous materials management
•Hazardous waste management
•Natural resources management
•Pesticides management
•Petroleum, oil, and lubricant management
•Solid waste management
•Storage tank management
•Toxic substances management
•Wastewater management
•Water quality management  

To assist with the compliance assessment process, the Corps developed; The Environmental Review Guide for Operations (ERGO) - The Environmental Assessment and Management Team (TEAM) Guide and Supplements that lists the various Federal (including Army requirements) and State requirements for each of the above listed categories.

With respect to water quality, Section 13 of the ERGO TEAM Manual/Supplements provides for the adherence to ER 1110-2-8154, Water Quality and Environmental Management at Corps Civil Works Projects. 
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Compliance Category: Water Quality Management

All Facilities: •WQ.1.6.C - Divisions are required to prepare an annual Water Quality Report (33 CFR 222.7(m)).
•WQ.115.5.C - All civil works projects must take impact on water quality into consideration in all stages of design, planning, construction, and operations. Project-specific conditions will determine water quality control and data collection techniques used at each facility (ER 1110-2-8154 and EP 1165-2-2).
•WQ.115.7.C - Divisions must establish a division-wide WQM program (ER 1110-2-8154)
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USEFUL LINKS:

•ERGO TEAM Guide
•ERGO TEAM Guide Supplement
•ER-200-3