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Midwest Water Technology Conference

Posted on: May 29th, 2014
by David Ganje

 Midwest Water & Wastewater Technology Conference

 

                       

 

6/5/2014

When: Thursday,   June 5, 2014
Visit Exhibitors from 7:30 to 8:30 AM
Where: Map this event »
College of Lake County, C-Building
19351 West Washington Street
Grayslake, Illinois  60030
United States
Contact: Lisa   Hoffhines
lisa@isawwa.org
Phone:      866-521-3595 ext. 2

 

 

 

Details

 

T-CON:   Midwest Water & Wastewater Technology ConferenceABOUT   THE CONFERENCE:The   Midwest Water & Wastewater Technology Conference is the new and improved   technology conference for industry professionals sponsored by the Illinois   Section AWWA, Central States Water Environment Association, Illinois Water   Environment Association and the College of Lake County. The Technology   Conference incorporates multiple learning tracks related to the planning,   design, implementation, and operation of water and wastewater-based   technologies. The multi-track approach makes the conference ideal for utility   managers, IT professionals, as well as operations and field staff. If you can   only attend one technology conference this year, this is the one to attend!

T-CON   GENERAL SCHEDULE

TIME ROOM AGENDA    
7:00-7:30am C006 Exhibitor     Set-up
7:30-8:15am C006 Breakfast     | Registration | Visit Exhibit Booths
8:15-8:30am C005 T-CON     Welcome and Opening Remarks
8:30-9:30am C002,     C003, C005 Technical     Sessions
9:30-10:00am C006 Morning     Break | Visit Exhibit Booths
10:00-12:00pm C002,     C003, C005 Technical     Sessions
12:00-1:00pm C002,     C003, C006 Lunch     | Visit Exhibit Booths
1:00-2:00pm C002,     C003, C005 Technical     Sessions
2:00-2:30pm C006 Afternoon     Break | Visit Exhibit Booths
2:30-3:15pm C005 Keynote     Speaker
3:15-3:30pm C005 Raffle     for iPad Air and MORE! | Closing Remarks

 

Presentation Title
Can You Recover After A Disaster With     Your Control System?
Comparison of Ammonia And DO Aeration     Control Strategies To Optimize Energy And Process At Low Capital Cost: A     Case Study
Drawing The Curtains On Windows XP –     What Does The End Of Win XP Mean For SCADA Systems?
Geocentric Web Mapping Solutions In     GIS
Going Beyond The Meter: Expanding     Traditional Data Collection Methodology To Increase Revenues
How GIS Has Helped The City Of     Chicago And The Department Of Water Management (DWM) Embark On A Very     Aggressive Plan To Replace 880 Mile Of Water Main In 10 Years!
How To Select An Economical And     Secure Remote Terminal Unit (RTU) Delivery System For WWTPs And Pump     Stations
Identifying And Locating Existing     Backflow Prevention Devices Inside A Building Using Bluetooth Smart     Technology
Increasing The Resiliency: Standby     Power Generation
Integrating SCADA with Other Plant     Systems
Internet of Things – Enabling A New     Level Of Control, Reporting And Efficiency
Making Your Water Department     Paperless With Laserfiche ECM
Master Metering Using A SCADA System
Mobile Data Collection, Visualization     And Execution
Mobile Interfacing Within     Water/Wastewater
Quick Tour Of ArcGIS Online And     Practical Uses For Water / Wastewater
SharePoint 2013 – Technical Overview
Speaking Their Language: Public     Engagement Through Social Media For Public Works
Understanding Pressure, Temperature,     And Flow Instrumentation
Using SCADA To Reduce Energy     Consumption And Operate More Efficiently
Water Systems: A Twofold Look Into     Physical Security And Cyber Security
Water/Wastewater Tablet Success For     Less Than $1000

 

 

 

Water Systems Security

by David Ganje

WATER SYSTEMS SECURITY

INTRODUCTION……………………………………………………………………………………………………….. 1

BRIEF HISTORICAL OVERVIEW……………………………………………………………………………… 1

WATER SECURITY……………………………………………………………………………………………………. 2

  1. Physical Security …………………………………………………………………………………………..      3
    1. i.              Milwaukee & Cryptosporidium…………………………………………………………….. 4
    2. ii.            WaterWorks: Physcial Security…………………………………………………………….. 6
  2. Cyber-Security……………………………………………………………………………………………….      9
    1. i.              WaterWorks: Cyber-Security………………………………………………………………… 11

RECOMMENDATIONS FOR ENHANCED SECURITY………………………………………………. 12

VIRTUAL ATTACHMENT:

Ass’n of State Water Admins., Security Vulnerability Self-Assessment Guide for Small Drinking Water Systems, Nat’l Rural Water Ass’n (May 30, 2002), available at http://www.epa.gov/ogwdw/dwa/pdfs/vulnerability.pdf.

 

 

Presentation to the Illinois Chapter of the American Water Works Association.

 

© 2014. All Rights Reserved. David L. Ganje.

 

I. Introduction

This article discusses current security issues surrounding water treatment and waste facilities. The sources of attack are myriad, but manifest via physical attacks and cyber-attacks. A physical attack on a water treatment and waste facility occurs when an individual or group causes physical damage to the facilities, structures infrastructure, systems, or the water itself on site. A cyber-attack occurs remotely and disrupts the computer systems that control the treatment and waste facility. Whether the attack be physical, cyber, or some combination, the goal is the same: to harm, even kill, the local population and cause panic. This article will give a brief historical overview of American water systems, discuss the current water security concerns of both physical and cyber-security, and make some practical recommendations for enhanced security.

 

Water Systems Security

Posted on: April 28th, 2014
by David Ganje

WATER SYSTEMS SECURITY

INTRODUCTION……………………………………………………………………………………………………….. 1

BRIEF HISTORICAL OVERVIEW……………………………………………………………………………… 1

WATER SECURITY……………………………………………………………………………………………………. 2

  1. Physical Security ………………………………………………………………………………………….. 3
    1. i.        Milwaukee & Cryptosporidium…………………………………………………………….. 4
    2. ii.      WaterWorks: Physcial Security…………………………………………………………….. 6
  2. Cyber-Security………………………………………………………………………………………………. 9
    1. i.        WaterWorks: Cyber-Security………………………………………………………………… 11

RECOMMENDATIONS FOR ENHANCED SECURITY………………………………………………. 12

VIRTUAL ATTACHMENT:

Ass’n of State Water Admins., Security Vulnerability Self-Assessment Guide for Small Drinking Water Systems, Nat’l Rural Water Ass’n (May 30, 2002), available at http://www.epa.gov/ogwdw/dwa/pdfs/vulnerability.pdf.

 

 

Presentation to the Illinois Chapter of the American Water Works Association.

 

 

© 2014. All Rights Reserved. David L. Ganje.

 

I. Introduction

This article discusses current security issues surrounding water treatment and waste facilities. The sources of attack are myriad, but manifest via physical attacks and cyber-attacks. A physical attack on a water treatment and waste facility occurs when an individual or group causes physical damage to the facilities, structures infrastructure, systems, or the water itself on site. A cyber-attack occurs remotely and disrupts the computer systems that control the treatment and waste facility. Whether the attack be physical, cyber, or some combination, the goal is the same: to harm, even kill, the local population and cause panic. This article will give a brief historical overview of American water systems, discuss the current water security concerns of both physical and cyber-security, and make some practical recommendations for enhanced security.

 

Western States Water Council

Posted on: February 23rd, 2014
by David Ganje

Western States Water Council

5296 Commerce Drive, Suite 202

Murray, UT 84107

                                                                       

Phillip C Ward, Chairman

Re:  Western States Water Council Fall Meeting  — Missouri River Water Storage Reallocation Study

Mr. Ward,

I write regarding the Council’s fall meeting. The proposed agenda for the 2013 fall Meeting of the Western States Water Council (WSWC) in Deadwood will address, among other topics, recent developments in Indian Reserved Water Rights Claims and of the Missouri River Natural Flows. It is my understanding that the U.S. Army Corps of Engineers (hereinafter Corps) will also be sending representatives to attend the Deadwood meeting, and  intends to meet with the WSWC to discuss the Missouri River Water Storage Reallocation Study. I provide comments regarding the study and the project it entails. The comments will focus on certain important aspects of the Oahe Dam Reallocation Study, which is one of the several sites for the study conducted by the Corps. My comments will not include other important issues that might otherwise be considered during review of the study, such as NEPA, the NHPA, pending legislation, or constitutional questions regarding reserved rights and the taking of water. While I am a member of the South Dakota State Bar Committee on Natural Resources and the Environment, however, the comments in this letter are my own and do not reflect those of the Committee.  Additionally, although I attempted to confer with the author of the Corps’s 204 page Oahe Dam Water Storage Reallocation Study before submitting this letter, he has declined to speak with me on the subject.

On August 6, 2013 the WSWC provided a position paper on this subject to the Corps. The paper discussed states’ legal rights to the natural flows of water as affected by the Corps’ project. This letter, and my comments, address additional matters which were not discussed in the WSWC August 6 paper. I will review the Oahe Dam Reservoir Report, one of several reservoir reports put forth by the Corps on the various dam sites.  The “Oahe Dam/Lake Oahe Project Surplus Water Report” (hereinafter Report) is a 204-page document detailing the Corps’ proposal to first identify and then subsequently designate surplus reservoir water—with the purpose of making surplus reservoir water available for municipal and industrial water use. The Report provides information on existing uses and identifies the various contemporaneous users of Missouri River water.  These users include private parties, the state governments whose borders run along the Missouri River, and various Indian Tribes.  The Report reflects that the project is granted legal authority under Section 6 of the 1944 Flood Control Act, which permits the Corps to enter into surplus water agreements and issue easements for yet-to-be-determined, undistributed surplus water.

The Corps is a federally created ‘regulatory monopoly’ in its particularized areas of authority. The Corps is in effect the world’s largest civil engineering firm. The Corps is the Nation’s largest, single producer of hydroelectricity.  In the United States alone, the Corps operates 75 hydropower projects which house 349 generator units, with a total capacity of 20.7 million kilowatts, or about 3.5 percent of the Nation’s total electric power production. Along the Missouri River, the Corps operates a total of 36 generator units capable of producing approximately 2.4 million kilowatts of power. These power plants and dams along the Missouri River—authorized by Congress in the Flood Control Act of 1944, commonly called the “Pick-Sloan Act”—include the Oahe Dam. The Act authorized the managing of Missouri River to provide for flood control, navigation, municipal and industrial water supply, recreation, and hydropower generation. The management of Missouri River water, however, was not delegated to the Corps.

 The Western Area Power Administration (WAPA) is the federal agency that markets and delivers the power produced at the Missouri River power plants within a 15-state region of the central and western United States. WAPA buys and sells power from 56 hydropower plants around the nation. WAPA markets this power to rural electric cooperatives, municipal and public-owned systems. The Missouri River reservoirs are WAPA’s largest producer of energy. The Oahe Dam near Pierre, South Dakota and the Garrison Dam—which creates Lake Sakakawea in western North Dakota—are the two biggest power producers in the Missouri River system. According to the 2012 Corps’ Mainstem Reservoir Report, the Oahe Dam produced 2,908,388 kWh of electricity in 2012.  WAPA is mandated to sell this energy at “the lowest cost consistent with sound business principles” which is generally understood to be at the “cost of production.” This includes repayment to the U.S. Treasury, costs associated with construction, and operation and maintenance costs for the Pick-Sloan Project facilities. These power plants and dams produce revenue for the US government. The Corps now proposes to produce revenue for the US government by selling surplus water from the reservoirs.

A “surplus” is a quantity or amount in excess of that which is required or that which otherwise exists. Determining a surplus in the proposed project necessitates two questions: (1) what are the qualitative existing rights to the water in the reservoir; and (2) what is the quantity of water used or that could be used, under the existing right? Intuitively, the first question requires a determination of who is currently using the water, whom has the right to use the water presently and in the future, and under what rights permit such usage. In the second question, one should determine whether the existing right quantifies as water used or water that could be used. Only after conducting both a qualitative and quantitative review would the Corps be able to properly propose, or ostensibly deem, what is “surplus water.”

The existing rights here include the contemporary use of reservoir water as well as any current and future legal rights to use the water. The Report provides statistics, projections, and data, but is absent of analysis on the existing water rights of the parties to be affected by the project. Stated differently, the Report does not examine the first question. For example, on page 4-8 the Report acknowledges South Dakota’s claim that the natural flows of the Missouri River water are subject to the exclusive jurisdiction and authority of the states. Nevertheless, the Missouri River’s waters are being impounded by the Corps’ reservoirs; the Corps does not consider this claim in its calculation of surplus water, neither does it incorporate the claim in its analysis, nor quantify the claim amount. The underlying authority by which the Corps proceeds with the project does not legally authorize the Corps to dismiss such a claim. Such substantive property right determinations of the states and Tribes are left to separate legislation, court decision, compact, or treaty. The Corps’ rulemaking authority does not extend to superseding legal claims to water rights by Indian Tribes or the states.

In its Report the Corps proposes to sell “surplus water” from the Oahe Dam/Lake Oahe Project by entering into water supply agreements with various users. The Corps has identified 57,317 acre-feet/year of water as “surplus”. How did the Corps arrive at that determination?  The Report states there are 84 water withdrawal related easements at the Oahe Dam/Lake Oahe Project. The Corps has allocated 52,106 acre-feet for existing use, even though it acknowledges “the quantities of water being withdrawn through these easements are difficult to determine from the available data.”  The Corps, nevertheless, adds its estimated 10% future growth in water use to its 52,106 acre-feet/year allocation in order to arrive at the 57,317 acre-feet/year surplus water valuation.  The Report states that the estimated growth was “determined using best professional judgment and accounts for a variety of risk and uncertainty factors relevant to potential future water demand”. The exact methodology in establishing the estimated growth in use of water was not discussed in the Report. “The Corps keeps records on easement allocations, it does not collect data on actual water usage.”

In regard to water use for irrigation purposes, the Report states surplus water agreements “may be for domestic, municipal and industrial uses, but not for crop irrigation.”The limitation of the proposed project’s scope draws a thin line. On one hand, the Corps has no statutory or rulemaking-authority to manage, address, or sell water for irrigation purposes. On the other hand, the states and Tribes have legal authority to manage, address, or sell river water for irrigation purposes. This issue creates an administrative nightmare for the states and Tribes. Irrigation accounts for more water usage than domestic, municipal, and industrial uses combined. Even more disquieting is that the Corps’ own procedural manual indicates that agricultural irrigation is not eligible to be included in this project.

In support of the project the Corps provides an annual cost comparison chart indicating that a savings of $10.7M could be realized. The Report, however, is silent on whom the beneficiary of these savings might be. Moreover, the Corps miscalculated savings when it applied a volume of 57,317 acre-feet/year in its valuation. The proper measurement of “surplus water” volume would be 5,211 acre-feet/year, because this figure distinguishes between the “No Action” alternative (new groundwater) and the “Proposed Action” alternative (the surplus water). Furthermore, the unit cost of groundwater and additional Lake Oahe water in the annual cost comparison chart is created using USGS water usage data, which is not consistent with water usage data provided by the permit issuing authorities in North Dakota and South Dakota. Use of the USGS water usage date leads to an inflated calculation of savings.

The Report does not address the legal authorization of the Corps to undertake a surplus water program, relative to Tribal reserved water rights under the Winters Doctrine and under the Treaty of Fort Laramie of April 29, 1868. Both of these historic legal events occurred before the Flood Control Act, which was passed in 1944. On the matter of reserved rights, the Corps has stated:

Unless specifically provided for by Federal statute, quantification of water rights does not entail an allocation of storage at Corps reservoirs.  The Corps recognizes, however, that the tribes have claims to reserved water rights, and will, to the extent possible, continue to operate the Mainstem Reservoir System [System] based on that recognition.

The Flood Control Act at Section 6 states

 The Secretary of War (now Army) is authorized to make contracts with States, municipalities, private concerns, or individuals, at such prices and on such terms as he may deem reasonable, for domestic and industrial uses for surplus water that may be available at any reservoir under the control of the War Department (now Department of the Army): Provided, That no contracts for such water shall adversely affect then existing lawful uses of such water.

Indian Tribes are not subject to the Corps’ general authority to create or impose surplus water regulations. The Supreme Court has held that Tribal reserved water rights are paramount to other rights, including water rights under a prior appropriation system. The Ninth Circuit has held that, “Indians were awarded the paramount right regardless of the quantity remaining for use of white settler.” Thus, both statutorily and at common law, reserved water rights are an exception to the general rule that state law controls the management and allocation of water rights relative to Tribal water rights. A federal reserved water right has a priority date corresponding to the date of the statute, executive order, or treaty creating the reservation, regardless of whether the water at issue has ever been put to actual use. Similarly, the quantity of a federal reserved water right is not determined by the amount of water put to beneficial use. It is determined, rather, by the amount of water necessary to carry out the primary purpose of the reservation. Because the priority date of a federal reserved water right is unrelated to the actual use of water, such a right cannot be lost by non-use, unlike a water right secured under state law.

The foregoing comments indicate issues concerning the Corp’s Report and its implementation. Please feel free to circulate this letter to interested parties General Counsel for WSWC has requested a copy of this letter. Please contact me if you would like to discuss this matter further.  Thank You.

                                                                                                 Sincerely,

                                                                                                 /S/David L Ganje

                                                                                            David L Ganje

 

 

CC

The Honorable Jo-Ellen Darcy

Assistant Secretary of the Army (Civil Works)

108 Army Pentagon

Washington, DC 20310-0108

Recent New York State Water Regulations

Posted on: November 24th, 2013
by David Ganje

Recent NY State Water Regulations Not Ready for Prime Time

In New York state, groundwater rights are based on landownership rights. A property owner can withdraw as much water for use provided the rights of other property owners are not adversely affected. Water systems in the state require Water Supply Permits issued by the state’s Department of Environmental Conservation (DEC) if they have the capacity to withdraw 100,000 gallons per day or more of ground or surface water and they do not qualify for an exemption under state regulations.

The state draws fresh water from three sources namely the Susquehanna River Basin, Delaware River Basin and the Great Lakes Basin.

Earlier this year, the DEC’s new water withdrawal regulations came into effect. These regulations are designed “to regulate the use of the water resources of the state… by implementing a water withdrawal permitting, registration and reporting program for water withdrawals equaling or exceeding a threshold volume.” Under the new regulations the threshold volume refers to the withdrawal of a volume of one hundred thousand gallons of water or more per day.

The new regulations do not affect those in possession of DEC issued water supply permits as of February 15, 2012 or those actions (e.g. withdrawals approved by the Delaware River Basin Commission or Susquehanna River Basin Commission, withdrawals of hydropower facilities under a valid Federal Energy Regulating Commission license, or withdrawals used for fire suppression or other public emergency purposes) which are exempt in accordance with 6 NYCRR 601.9. All other water withdrawal actions that meet or exceed the 100,000 gallons per day threshold will require a DEC permit. Power generating stations and municipal water systems are examples of operators that typically use more than 100,000 gallons of water per day.

Initial permits issued under the new regulations will be implemented using a staggered schedule that enables the largest water users to obtain permits with priority over small water users.

Areas of Concern

Efforts to preserve and manage an invaluable natural resource such as water are laudable. The regulations do however raise areas of concern including:

  1. The proposed regulations have been placed on the table without a cumulative impact analysis of water usage in the state, including water usage for hydrofracking.
  2. The new regulations are inherently unfair to small water users who are last in the pecking order when it comes to the issuance of withdrawal permits.

Discussion of Areas of Concern

Hydrofracking is a process that forces a mix of water, sand and chemicals down a gas or oil well under extremely high pressure with the goal of cracking previously impermeable rock (typically shale) to create fractures that will allow trapped oil and/or gas deposits to flow to the surface.

The Marcellus Shale, encompassing 104,000 square miles across Pennsylvania, West Virginia, Ohio, and parts of New York, is the largest source of natural gas in the United States. Since 2008, hydraulic fracturing has been used to release and capture the shale gas for energy consumption. However, New York does not permit the drilling of the Marcellus Shale formation. For the past five years, the DEC has had a ban on high volume hydrofracking. The moratorium was put in force during the Paterson administration by executive order that called for such revisions to the Draft Supplemental Generic Environmental Impact Statement to analyze comprehensively the environmental impacts associated with high-volume hydraulic fracturing combined with horizontal drilling. The DEC will not issue permits for hydrofracking until it obtains assurances from the NYDepartment of Health that the process would be safe.

Hydrofracking uses water, but the volume used should be put in the context of other water uses currently in place. In the U.S. more water is used to cool power plants than for any other use pursuant to the United States Geological Survey. Over 53.7 billion gallons per day of water was used to cool power plants in the Great Lake states in the year 2000. By comparison, hydrofracking of the Marcellus Shale formation throughout Pennsylvania requires a total of 3 to 5 million gallons of water over a 2 to 5 day period per well based on Susquehanna River Basin Commission data.
The EPA estimates a horizontal well in a shale formation can use between 2 million to 5 million gallons of water. It must be noted that depending on the geological formation, technology used and type of well being drilled, water usage varies.

Horizontal hydrofracking is estimated to use five to ten times as much water as vertical hydrofracking. As Monika Freyman notes, “the whole drilling and fracking process is a well-orchestrated, moment-by-moment process requiring that one million to five million gallons of water are available for a brief period ….. they need an intense amount of water for a few days, and that’s it.” The overall amount of water used for hydrofracking, even in states like Colorado and Texas that have been through severe droughts in recent years, is still small: in many cases 1 percent or even as little as a tenth of 1 percent of overall consumption, far less than agricultural or municipal uses.

The water used in the hydrofracking process in Pennsylvania comes primarily from fresh water obtained from surface sources such as rivers or recycled water from previous hydrofracking operations. Withdrawal of surface water should be undertaken when assurances are provided, supported by scientific evidence, that downstream water quality and quantity is sufficient to meet existing and anticipated needs of people, wildlife and ecosystems in the affected area.

The DEC initiated an environmental study on hydrofracking almost five years ago subject to a well known longstanding moratorium. Governor Cuomo anticipates making a final decision on hydrofracking in the state before the 2014 elections. Business groups have expressed their frustration with the unresolved moratoriums; the NY chapter of the National Federation of Independent Business has called for an end to “paralysis by analysis”. The Federation has also advocated the enactment of stringent standards to protect the environment and health while permitting the extraction of natural gas by hydrofracking.

The New York Farm Bureau is a non-governmental organization representing the agricultural sector. The Bureau takes the position that hydrofracking, with certain rules in place can protect the environment and would provide an economic benefit for the state enabling farms to not only continue to operate but expand. The NY Farm Bureau supports rules that would require gas drilling companies to disclose the composition of their hydrofracking mixture as a condition to obtaining DEC permits in addition to strict measures that would prevent methane migration into wells and aquifers.. The Farm Bureau advocates payments on a per unit basis for right-of-way agreements with oil and gas companies. These are but a sample of the four dozen policy statements the Farm Bureau advocates in its support of natural gas drilling in the state.

Conversely studies by academics including Professor Vengosh of Duke University indicate that hydrofracking produces high concentrations of metals, salts and radioactivity downstream from a wastewater treatment facility in Pennsylvania.

It is surprising that the DEC has proceeded to promulgate water withdrawal regulations that do not address hydrofracking. Regulations were scheduled to be issued earlier this year, but the DEC continues to await the report of the New York State Commissioner of Health. It is hoped that the Health Commissioner’s report will soon address hydrofracking and horizontal drilling practices and their impacts.

Effective June 1, 2013 large water users (100 million gallons or more per day) were required to submit applications for DEC withdrawal permits. Each year thereafter, other users will be required to apply for DEC permits until all users withdrawing 100,000 gallons or more per day submit applications by February 2017.

While water availability in New York is sufficient to meet domestic and commercial requirements, concerns have been raised that large water users with permits may not be eager to adjust their withdrawals in times of scarcity to meet the needs of small users. Given the anticipated increase in human population, large volume water use if hydro fracturing moratorium is lifted and the effects of global climate change the availability of water in this stare should not be taken for granted.

Recommendations

The DEC upon digesting the long awaited and yet to be published environmental report on hydrofracking should draft revised water withdrawal regulations that address the needs of all stakeholders. The economic opportunities and benefits of hydrofracking on the Marcellus Shale should of course be balanced against the health and environmental concerns of state residents and the wildlife with whom they share the land, air and water of the Empire State but eight years of indecision is long enough.

As Cornell University researchers Rahm and Riha noted, rules and regulations are needed to ensure that water withdrawals are performed in a way that is considerate of natural conditions and existing withdrawals for other purposes.

Army Corps of Engineers Wrong on Missouri River Water Plan

Posted on: August 28th, 2013
by David Ganje

Army Corps of Engineers Wrong on Missouri River Water Plan

As Mark Twain said, whiskey is for drinking and water is for fighting.

The Army Corps of Engineers (Corps) recently started a rule making process in an effort to manage and ‘sell’ surplus water from the Missouri River reservoirs. The process is an attempt to quantify so called surplus river water. The Corps’ initial report states, “some amount of surplus water can be made available for a period of up to 10 years for municipal and industrial use without adversely affecting existing lawful uses of the water.” This effort to define, quantify and sell surplus water is unprecedented. The proposed action by the Corps would both restrict access and charge a fee for access to surplus river water. The method used by the Corps to define surplus water is arbitrary. Two important developments have occurred concerning this project: 1) the Corps has extended the public comment period on the project; 2) and Congress has started to act.

The Corps’ action should be of great concern to the state of South Dakota, its people, businesses and the Indian tribes all of whom have vested legal rights to Missouri River water as a natural resource. The natural flows of water are not subject to the Corps’ control. The natural flow of a river refers to the flow of water in the river absent the reservoirs.

South Dakota and North Dakota have a legally established right to manage Missouri River water. The Corps’ action does not correctly address the distinction between water supply that is available to the states (natural flow) and water supply from storage, nor does it adequately address South Dakota Tribes’ rights to water. A state’s management of natural flows is exempted by the Flood Control Act. Indian Tribes and the state of South Dakota have the right to use Missouri River water for various purposes even though it may not now be so used.

The Missouri River flows through or is adjacent to several Indian reservations and also supplies water to several Tribes in the region such as the Oglala Sioux Tribe and the Rosebud Sioux Tribe through water projects. The various South Dakota Indian Tribes’ water rights have also not been properly taken into account. The Tribes have long established “reserved water rights.” The Tribes’ reserved rights predate the Flood Control Act but were not addressed in the Flood Control Act. The effort by the Corps to create a new definition of ‘surplus water’ arguably amounts to a wrongful taking, as well as a misunderstanding of Tribal and State’s rights to river water.

In justifying its proposed action, the Corps relies on the Flood Control Act. The Corps fails to take into account both the legislative intent and the language of the Flood Control Act. The Act authorizes the Corps to make contracts with parties for domestic and industrial uses of “surplus water” at reservoirs, Provided, that no contracts for such water shall adversely affect then existing lawful uses of such water.

The Flood Control Act states “… it is hereby declared to be policy of the Congress to recognize the interests and rights of the States in determining the development of the watersheds within their borders and likewise their interests and rights in water utilization and control ….” The Corps is not following this policy.

Another important issue in the surplus water project is not addressed by the Corps. The authority under which the Corps proceeds does not include “irrigation uses” of the so called surplus water. The Corps ‘surplus water’ project if adopted would allow the Corps to manage the designated water for domestic and industrial purposes, but the Corps would have no legal authority to ‘manage’ the surplus water for irrigation purposes. This is a bureaucratic nightmare.

The Corps should be mindful of the Tenth Amendment to the US Constitution which states, “The powers not delegated to the United States by the Constitution, nor prohibited by it to the states, are reserved to the states respectively, or to the people.” The state constitutions of both North Dakota and South Dakota provide that water streams, natural watercourses, groundwater and surface water are forever property of the people of the state. There can be no restriction of access to the States’ water rights from natural flows.

Efforts are underway in Congress to prevent the Corps from completing this unwise endeavor. The US Senate passed the Water Resources Development Act of 2013 (WDRA) in May of this year. This legislation as amended specifically addresses the concerns of states that fear an infringement of state water rights by the Corps. The amendment states that “No fee for surplus water shall be charged under a contract for surplus water if the contract is for surplus water stored on the Missouri River.”

Congresswoman Noem supports the reigning in of the Corps on this project. It is not certain however that the House will adopt the same position as the Senate on the protection of state water rights. That is a disappointment. I support the Senate bill and urge the House to adopt it as part of its version of the WDRA.