Alamosa: Councillors review augmentation, loan, project plans

Alamosa railroad depot circa 1912

From The Valley Courier (Ruth Heide):

Like all other larger well owners in the San Luis Valley , the City of Alamosa has to comply with groundwater regulations filed by the Colorado Division of Water Resources State Engineer and pending court approval.

Those regulations require well owners to make up for the injuries they are causing senior surface water rights. The regulations also require measures to help replenish the basin’s aquifer levels.

The City of Alamosa staff and council have been working on means to comply with the new rules including acquisition of water to offset the city’s well pumping.

The city is setting up financing to cover those costs, which the city has capped at $4.3 million. The city will basically use a portion of its ranch property as collateral to finance the city’s water compliance efforts…

Alamosa City Manager Heather Brooks explained that the city allowed flexibility in authorizing up to $4.3 million to include the East Alamosa Water & Sanitation District, if it wished to participate in the city’s plan.

If East Alamosa opts to develop its own augmentation plan, or other costs for the city’s water plan are not as high as expected, the city will have leeway in the $4.3 million for other projects, Brooks added. The city would also have the option of paying the money back earlier, she said. The city staff and council identified some projects they felt were appropriate to use this money for, if it was not all needed for the water augmentation plan.

These include: water and sewer mains; sanitary lift stations; and levee rehabilitation to meet FEMA (Federal Emergency Management Agency) and CWCB (Colorado Water Conservation Board) requirements.

Including these projects in the financing ordinance does not mean they will be completed, but it gives the city more options with the financing , Brooks explained.

“It allows flexibility,” she said. She said the identified projects need addressed. For example, some of the pumps on sanitary lift stations are 30 years old “essentially at the end of their life” and if they were to be replaced, it would increase efficiency, use less electricity and require less staff time.

Likewise, there are sewer and water lines that need to be replaced. Last year lines even collapsed in a couple of areas, Brooks said.

The city also has to recertify the levee and cannot use enterprise funds for that, Brooks said. Councilors agreed it was a good idea to have some flexibility.

“It leaves the door open ” in case we need it,” said Councilor Liz Thomas Hensley . “It doesn’t cost anything extra than what we are already doing.”

[…]

The council unanimously approved on first reading the ordinance amendment and scheduled the second reading and public hearing during the city’s 7 p.m. meeting on April 5.

Rio Grande Roundtable meeting recap: “Shovel ready” projects get design and engineering funding

Mountain Home Reservoir via The Applegate Group

From The Valley Courier (Ruth Heide):

Water leaders on Tuesday approved funding for two projects that will improve local reservoir and river operations.

The Rio Grande Roundtable approved $70,000 from locally allocated water funds for engineering work for Mountain Home Reservoir upgrades and $90,000 for surveying, design, and permitting work for projects primarily around the Rio Grande State Wildlife Area near Monte Vista. These funds will be matched with money from other sources to complete the projects. The Mountain Home Reservoir project is in its second of three phases, with the third phase encompassing construction work. The state is mandating repairs at the reservoir. Only one of the gates at the reservoir is operational, and not operating that well.

The reservoir, located east of Fort Garland, is operated by the Trinchera Irrigation Company and supports the irrigation of several thousand acres of farmland in Costilla County as well as fishing and boating opportunities. The Colorado Parks & Wildlife operates a State Wildlife Area at the reservoir and stocks the reservoir with trout. Both local residents and tourists enjoy the recreational opportunities at Mountain Home.

The dam was built in the early 1900’s and is showing its age. Leakage at the gate is costing irrigators, and replacement of the dam gates would restore the reservoir’s capacity and benefit the farmers and ranchers who depend on a portion of their water supply from the reservoir.

Trinchera Irrigation Company Superintendent Wayne Schwab presented the request for local roundtable funds, which the roundtable approved on Tuesday. The funds would go towards engineering and design work to replace the dam gates. The irrigation company has chosen Engineering Analytics, Inc., out of Fort Collins to conduct the work. The firm has experience in dam rehab work.

The total for the design phase portion of the dam rehab project is $100,000, with the roundtable funding comprising $70,000 of that. The remainder is coming from the irrigation company and Trinchera Blanca Foundation…

The roundtable was also receptive to the projects around the Rio Grande State Wildlife Area. Roundtable members Karla Shriver and Heather Dutton abstained from voting, Shriver because she is a member of one of the ditches that will benefit from the work and Dutton because she oversees the Rio Grande Headwaters Restoration Program requesting the funding.

As with the Mountain Home Reservoir project, the Roundtable funds for the wildlife area project will primarily be used for design, survey and permitting work, for which the roundtable board approved $90,000 from the local basin account, to be matched from other sources to complete the $213,990 total.

This project will ultimately stabilize eroded stream banks, preserve riparian vegetation and habitat and replace old diversion infrastructures on the SLV Canal and Centennial Ditch…

In high flows , the stream could wash away a siphon the Colorado Parks & Wildlife maintains for wetland areas and possibly cut off water delivery to the Centennial Ditch, a senior water right provider for 22 stockholders and irrigating 8,500 acres.

As part of this project, the diversion structure for the Centennial Ditch would be improved…

Headgate repairs would also be incorporated into this project on the SLV Canal, also a senior water right provider, which serves 78 stockholders, irrigates more than 20,000 acres and borders the wildlife area.

Bachman explained that another smaller project upstream near Del Norte is included in this request and although it is not geographically adjacent to the wildlife area has similarities in that it will improve the river, and all three are “shovel ready,” so work could begin as soon as funding is in place. Bachman said that in addition to roundtable funding , this project would be supported by funds from Colorado Parks & Wildlife, Great Outdoors Colorado and the North American Wetlands Conservation Act Grant Program.

Is there a sustainable path forward for @DenverCityGov Parks to mitigate #ClimateChange and overuse?

Denver skyline, view is west from City Park. Photo credit The City of Denver.

Maybe. Click here to read the March 2017 Existing Conditions Report. Here’s an excerpt:

The Existing Conditions Report culminates the first phase of the 2017 Game Plan Update for Denver Parks and Recreation. Its purpose is to document the existing state of the system as a whole in order to uncover the key issues that the Game Plan will want to address.

Denver’s Park and Recreation system is incredibly diverse, spanning from the mountains to the prairie and encompassing more than 20,000 acres of parkland full of amenities and 27 recreation centers offering a wide range of programming. The analysis falls into three major categories: environment and climate, equity and access, and economic and organizational health. Key findings in each of the categories are summarized at right.

Understanding the current state of the system provides a launchpoint to envision the future of the Denver Parks and Recreation.

Here’s a report from Jon Murray writing for The Denver Post. Here’s an excerpt:

A new city report that’s part of a drive to set the course for Denver Parks and Recreation for the next 15 to 20 years says such adaptations must accelerate as the parks system contends with several emerging challenges. Chief among them are a rapidly growing population with changing expectations and health needs, climate changes that will impose new environmental stresses on the landscape, and limited budgets and resources that could strain all of those efforts.

Those findings are contained in an “Existing Conditions Report” unveiled by city parks officials Friday.

The role of public/private (P3s) in water infrastructure, utilities still need an adequate rate structure

Water infrastructure as sidewalk art

From Circle of Blue (Brett Walton):

More common in the transportation sector, P3s have garnered support in Congress from both political parties as a source of funding to fix America’s water infrastructure. Advocates tout better services and lower operating costs. Private partners are more readily able to take on the financial risk of construction delays or faulty equipment. Backers also point to a pile of private money that could address the $US 633 billion in spending that the U.S. Environmental Protection Agency estimates that water utilities will need in the next decade to maintain service.

There is little debate about the urgency of modernizing America’s transport, transmission, and water supply networks. Many have surpassed retirement age. Others, in an era of powerful storms, renewable energy, urban growth, and extreme temperatures, do not match changing environmental and economic conditions.

But the repair bill, especially for water, arrives in the offices of municipal and county leaders who are sometimes reluctant to raise rates or taxes to pay for the remodeling. Local officials, facing state and federal water pollution mandates, limited budgets, maxed out debt loads, and the potential for citizen wrath at rate increases, feel the money pinch. They understand the need to invest in water but are restricted in their response.

These formidable trends, moving on a collision course, are the reason that municipalities implore the federal government to do what it did until the mid-1980s during the post-Clean Water Act expansion of the nation’s wastewater treatment facilities, which is to pick up much of the tab.

But those days are long gone and Republican lawmakers, trained and fed on a political formula that heaps scorn on any mention of increasing tax revenues for public purposes, have indicated no particular interest in ponying up for infrastructure spending. Thus the emergence of public-private partnerships in American municipal water supply systems.

Depending on how they are counted and defined, there are anywhere from five dozen to nearly 2,000 public-private partnerships in the U.S. water sector. They aren’t especially popular, though, and generate storms of opposition.

Opponents argue that P3 contracts, though they often provide much needed upfront payments to municipal governments, are a quick-fix for communities in financial distress. Higher water rates are a burden to residents, and multi-decade contracts are difficult to renegotiate. Critics also cite lawsuits against contractors such as Veolia for alleged management failures in two states.

Michigan filed a civil suit in June 2016 against Veolia and Lockwood, Andrews, and Newman, an engineering services firm, for negligence and fraud related to the Flint lead scandal. The suit claims that the defendants ignored the warning signs of corrosion in the city’s water system. The Flint lawsuit followed the Massachusetts attorney general’s lawsuit against Veolia in April 2016 for failure to maintain the wastewater system in the town of Plymouth.

More recently opponents have criticized a new target: the WIFIA program, a low-interest loan program approved by Congress in 2014 and administered by the U.S. Environmental Protection Agency. WIFIA is open to P3s, and the window for submitting letters of interest for the initial round of funding — estimated to finance up to $US 2 billion worth of projects — opened in January.

Opponents say that the government ought not to subsidize the private sector when there are existing federal water infrastructure programs that offer financial aid to the poorest communities. Rural utilities in particular favor expanding EPA’s state revolving funds and USDA’s water and wastewater grants because they are the cheapest, and sometimes only, source of financing for communities too small to issue low-interest municipal bonds.

Investors are excited but wary of the new program. They told Public Works Financing, a newsletter that tracks private sector deals, that EPA’s endorsement on WIFIA could help jumpstart a slow-growth P3 market that has seen no sizable contracts in the last two years. But some of the program’s restrictions on how quickly money can flow to private partners are a potential hang up.

A new study from the University of North Carolina’s Environmental Finance Center, one of the country’s foremost organizations for analyzing utility finances, adds nuance to this debate. It found “neither miracles nor devastation” for utility finances in nine P3 deals it studied in the United States and Canada, according to Jeff Hughes, the report author.

Nearly every community in the study touted the potential for cost savings. But the report did not find much evidence that that was the case. In fact, the contracts were complex documents that required significant time and oversight to execute. Utilities instead benefited from higher-quality facilities, more responsive service, guaranteed performance targets, and money to pursue municipal goals not related to water service such as paying for pension benefits.

Hughes, the center’s director, notes that private dollars, while helpful in certain circumstances, are not a “magical solution” that will heal deep-rooted problems that caused some of the utilities in this group of nine to seek out a private partner: mismanagement, financial distress, or a public agency’s unwillingness or inability to raise enough revenue to maintain systems.

In a rigidly partisan American political environment, infrastructure spending is perhaps one arena of cooperation. Rejecting all other Trump initiatives, Democrats are nonetheless encouraged by the president’s seeming willingness to champion public works.

They do differ, however, on the source of funding. For Democrats, public money is a far greater slice of the pie. Four days after Trump’s inauguration, Senators Patrick Leahy and Bernie Sanders, a Democrat and an Independent from Vermont, and Senator Charles Schumer, a Democrat from New York, published their own blueprint for rebuilding U.S. infrastructure. The $US 1 trillion plan includes $US 110 billion in grants and low-interest loans for drinking water and sewers but also endorses an expansion of the WIFIA program.

The exact ratio of public to private funding in a federal infrastructure package will be worked out in the coming months. President Trump will send his budget proposal to Congress on March 16 and flesh out his infrastructure plan later this spring. Hughes cautions that when determining a role for the private sector, elected and utility leaders should not assume that setting loose herds of private capital will automatically result in success.

“The idea that water utilities need capital and the private sector has capital and we just need to connect the two is a dangerous oversimplification,” Hughes told Circle of Blue. P3 deals are sophisticated financial and technical arrangements that, if well-designed, can result in public benefits, but they aren’t a silver bullet solution. In other words, Hughes said, the relationship between private capital and public infrastructure is not like putting a plant in water. “It’s not just pour here and watch it grow,” Hughes said.

What Does Grow?
The concept for the UNC Environmental Finance Center’s study — an autopsy of whether promised financial results were actually delivered — piqued Hughes’ interest. Many assessments of P3s, he thought, were inadequate. Proponents such as the National Council for Public-Private Partnerships produced cheerleading reports that highlighted mostly successes. On the other side, Food and Water Watch, which campaigns for public water, and similar groups view with suspicion the private sector’s advance into municipal assets.

The study, funded by the EPA, sheds light on how well partnerships have performed by examining an aspect of P3s that is often used as a selling point: that they are better for a utility’s bottom line.

Researchers drew lessons from eight case studies in the United States and one in Canada. They discovered exaggerated promises and unforeseen pitfalls as well as projects that were successfully implemented.

“We found much more nuanced outcomes than we had been led to believe from a general review,” said Hughes, the center’s director.

The study examined a variety of partnerships designed to execute midsized water utility projects, those in the $US 75 million to $US 200 million range:

Concession agreements in which a private entity managed the entire water system or a particular facility
Design-build-operate arrangements in which a private group built and operated a new treatment plant but the public agency retained ownership
Service purchase agreements in which a private entity built a desalination plant or water recycling facility and sold water to a public utility
Partnerships between two local governments
Hughes stressed that the cases studied were not privatization deals. None of the utilities sold existing assets. In all cases, ownership of the system remained in public hands.

A number of lessons emerged from this collection. One, private capital is not cheap. Equity partners expect a return on investment of between 10 and 20 percent, a far higher interest rate than the roughly two percent that a public utility would pay through the state revolving fund, a federal loan program for water infrastructure, or the five percent from a tax-exempt municipal bond.

In none of the nine examples was private equity the exclusive financing source. Most used a mix of municipal bonds, bank loans, and government loans that brought the blended interest rate significantly lower than if private equity were the only source of capital.

Private entities expect a higher rate because they take on the risk associated with construction delays, permitting challenges, or simply trying something new — an alternate energy source perhaps or a facility design that might cost more to build but will reduce long-term operating costs.

Hughes said that policymakers and public officials should not confuse two related but separate concepts: capital and revenue. What might appear for U.S. water systems to be a capital problem — lack of upfront money — is actually an issue of revenue: an inability to pay back what was borrowed. “For many systems the problem is not a lack of capital but the ability to raise revenue sufficient to compensate capital providers,” Hughes explained.

Water rates are often controlled by elected officials who often are unwilling to approve higher expenditures, especially in a poor city where affordability is already a concern. Kevin DeGood, director of infrastructure policy at the Center for American Progress, made the same point about capital and revenue at a U.S. House committee hearing on March 9. “For many cities and water utilities, access to affordable credit is not the binding constraint. Instead, there is a shortage of local revenue to support new project debt,” he said.

No Free Lunch
The second conclusion from the UNC study is that you pay for what you get. Many P3 deals resulted in significant rate increases, but the increase was linked to better customer service, repairs to leaky pipes, and new facilities. The UNC researchers found no evidence that improved service and new investment in a P3 deal can happen while reducing rates at the same time.

Rialto, California, for instance, anticipated a 115 percent rate increase over four years after signing a 30-year concession agreement in 2012. But the city also was able to pay down debt, repair the wastewater system, and store money in reserve funds.

Third, deals are frequently about more than infrastructure. Several of the cities in the study used a P3 deal to put out fiscal fires in other municipal departments. Allentown, Pennsylvania, for one, executed the equivalent of a home mortgage in its concession agreement with the county government. The city converted some of the equity value in its water system into a $US 211 million lump sum payment. In return, the Lehigh County Authority operated the water and sewer system and collected customer payments based on a rate schedule established in the contract. Allentown used the cash to pay down pension obligations.

In a separate case, Bayonne, New Jersey entered into an agreement in 2012 with United Water, a water services company, and KKR, a private equity firm, to operate and maintain the city system for 40 years. Bayonne used more than 80 percent of its $US 150 million upfront lease payment to pay off water utility debt that had accumulated because of inadequate revenue. Bayonne also used $US 18.5 million from the deal to cover general operating expenses in the city budget and to slow the increase in local property taxes. In both examples, the study notes, P3s provided community benefits beyond the water system, largely by patching budget holes. These benefits flowed to certain community members — pensioners and property owners — but the cost was shifted to water customer bills.

The utilities in the study also used P3 contracts to lock in performance expectations and hold the private entity responsible for actions that public officials were unwilling to do. This was the case in Bayonne, which hadn’t raised rates in the six years before its P3 deal despite increasing water utility debt and declining water sales. The private partners agreed to spend $US 2.5 million per year, adjusted for inflation, over the 40-year contract on capital improvements and $US 500,000 per year on maintenance.

“What the partnership does is remove the need for political will for the maintenance of the system,” Tim Boyle, executive director of Bayonne Municipal Utilities Authority told Wharton Business School researchers. “It’s hard to imagine politicians committing an equal amount of money to maintaining our water supply.”

Hughes said the contract was a way of guaranteeing investments that local officials might not make. “It’s a way of protecting themselves against themselves,” he remarked. Like giving the car keys to a sober friend before going to the bar.

Fourth, P3s are buffeted by the same declines in water demand that are destabilizing water utility finances in general. None of the private partners in the nine case studies was willing to take on the risk of losing revenue because of reduced demand. If water use projections are off, and utilities frequently overestimate demand, then revenue will fall short. If that happens, rate increases beyond what was sold to the public become necessary.

This happened in Phoenix, where water demand in 2010 was 16 percent lower than had been forecasted a decade earlier. The 40 million gallons of water Phoenix had contracted to buy each day from the Lake Pleasant Water Treatment Plant was nearly superfluous. The plant, built using a P3 model, was approved when water demand expectations had been much higher. In the end, Phoenix water managers were able to renegotiate the contract to 25 million gallons per day, a savings to the city of $US 1.1 million per year.

Declining demand also plagued Bayonne, where a four percent rate increase in 2015 was followed by a 13 percent jump in 2016. The reasons, according to the study, were complex. New water meters mandated by the contract were more accurate and allowed for earlier detection of leaks, thus less water was lost. The utility authority, meanwhile, did not put any of its concession money into a rate stabilization fund that would be tapped when revenue was short.

Above all, said Hughes, well-designed P3s offer a number of benefits for utilities and communities. They can transfer the risk of construction delays and overruns to private entities and provide short-term financial flexibility. The deals can also result in facilities that employ new technologies that are costlier up front but deliver long-term savings from lower operating expenses. But P3s are not a cure all. Revenue expectations ought to be moderated by keeping an eye on the persistent decline in urban water demand. Writing a fair contract that ensures the right investments are made is not easy and borrowing costs are higher if using private capital, Hughes emphasized.

“I think there is a role for private capital, particularly for larger projects, but it’s not going to be the missing source of capital for many systems,” he said.

@ASCETweets: 2017 Infrastructure Report Card, US #infrastructure gets a D+

Click here to go to the American Society of Civil Engineers website to read the report. From the website:

Every four years, the American Society of Civil Engineers’ Report Card for America’s Infrastructure depicts the condition and performance of American infrastructure in the familiar form of a school report card—assigning letter grades based on the physical condition and needed investments for improvement.

Senate confirms Zinke as Interior Secretary

Arizona Water News

The new Zinke team, including appointments to Bureau of Reclamation, will need to learn quickly about the complexities of Colorado River water law and the drought-induced woes facing Lake Mead

zinke-confirmation-photo

By a comfortable 68-31 margin, the U.S. Senate today confirmed President Trump’s nominee for Secretary of the Interior, Ryan Zinke.

The former Montana member of Congress will head a department that manages around 500 million acres of land and waterways in the United States.

Zinke’s department also includes the federal Bureau of Reclamation, the agency responsible for the system of dams and reservoirs on the Colorado River, the waterway that is integral to the livelihood of 40 million U.S. citizens living in the Southwest.

In a statement declaring his approval of the appointment, Arizona Sen. Jeff Flake said he looked forward to working with Zinke’s department, notably on behalf of Arizona’s Colorado River allotment.

“I was pleased to vote to…

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Are water managers taking flood risk seriously enough? Should we plan for dam failure?

From The High Country News (Krista Langlois):

For the past several decades, paleo-hydrologist Victor Baker of the University of Arizona [has been studying the] flood history of the Colorado Plateau. [And] he’s found that floods much larger than any in recorded history are routine occurrences [and] he feels his research is being largely ignored by agencies and public utilities with infrastructure in the path of such floods.

Oroville spillway outfall February 11, 2017 below the catastrophic failure. Photo credit @ProComKelly.
Oroville spillway outfall February 11, 2017 below the catastrophic failure. Photo credit @ProComKelly.

Earlier this month, when a spillway at the nation’s tallest dam in Oroville, California, nearly buckled under the pressure of record rainfall, the consequences of under-estimating flood risks were brought into sharp relief. Dams aren’t built to withstand every curveball nature can throw — only the weather events that engineers deem most likely to occur within the dam’s lifespan. When many Western dams were built in the mid-20th century, the best science to determine such probabilities came from historical records and stream gauges.

But that record only stretches back to the late 1800s, a timespan Baker calls “completely inadequate.” Today, technology allows scientists to reconstruct thousands of years of natural history, giving us a much clearer picture of how often super-floods occur. “The probability of rare things is best evaluated if your record is very long,” Baker explains.

By combing the Colorado River, the Green River and others in the Southwest for sediment deposits and other flood evidence and then carbon-dating the results, Baker has concluded the short-term record severely underestimates the size and frequency of large floods. On the Upper Colorado near Moab, Utah, Baker and his team estimated the average 500-year flood at roughly 246,000 cubic feet per second, more than double the 112,00 cfs that scientists had estimated drawing on the stream gage record alone. Baker’s calculations put the 100-year flood at 171,000 cfs, also much greater than the previous estimate of 96,000 cfs. In comparison, legendary flooding in 1983 and 1984 that nearly overwhelmed Arizona’s Glen Canyon Dam, just downstream, peaked at just 125,000 cfs. (The dam has been bolstered since then, and today engineers say it can handle flows up to 220,000 cfs.)

[…]

Does this mean dams like Oroville and Glen Canyon need to be fortified to withstand bigger storms? Officials from the Bureau of Reclamation are confident that Glen Canyon, at least, is equipped to handle even “extremely large hydrologic events.” And The U.S. Army Corps of Engineers is reluctant to apply paleo-hydrology research to existing infrastructure, in part because we’ve altered rivers so much that some Corps’ scientists believe ancient flood records are no longer realistic indicators of current risks.

But Baker believes it would be foolhardy to not at least create contingency plans for the possible failure of some of the West’s biggest dams. That Japanese officials were warned about Fukushima and didn’t act is “an embarrassment,” Baker adds. “We may have some similar things occurring in the United States, if we don’t seriously pay attention to this science.”