The Center for Sustainable Infrastructure Blog

Advancing a new sustainable infrastructure paradigm and practice in the Northwest and beyond

The Center for Sustainable Infrastructure Blog

Attend the Upcoming Low-carbon Space Heating Symposium at the UW Seattle Campus

April 4th, 2017 · No Comments · Energy

morgans_0By Scott Morgan Director of Sustainability at The Evergreen State College
Natural gas has been actively promoted as a ‘transition’ fuel in our national climate change work, and it’s certainly one of the cleanest burning fossil fuels. But the Puget Sound region has used natural gas for heating for decades, and many institutions with greenhouse gas reduction goals have been struggling to figure out the next step in that transition. We’re heating with ‘cleaner’ natural gas, but what’s next?
 
There are a few technologies that could appropriately replace natural gas for space heating in this region, but each has its own trade-offs that make it challenging to build an effective business case for changing out our existing infrastructure. In an effort to address these challenges, the sustainability offices at The Evergreen State College, the University of Washington, and Western Washington University are building upon our established Washington Higher Education Sustainability Coalition (WAHESC) relationships to collaboratively organize and host a regional symposium on that single question. What’s next for space heating?
 
Symposium participants will have the opportunity to learn about four possible space-heating options, one conservation approach (waste water heat recovery) and three heat generation technologies that are potentially feasible for large-scale commercial application in existing buildings – anaerobic digestion/renewable natural gas, biomass gasification, and heat pumps. As most facilities and operations managers are aware, none of these options are ideal for all cases. But, where we struggle to develop solutions on our own, we may find a greater strength and capacity in developing solutions as a group. This symposium is one such opportunity to begin information sharing, collaborative conversations, and innovative problem-solving on our common challenge.
 
We’re inviting facilities and operations managers, engineers, planning directors, and other interested parties to join us in a technical discussion of the opportunities and challenges for low to zero carbon space heating in the Puget Sound Region. Please join us:
 
·         Friday, May 12, 2017
·         8:30 am – 4:00 pm
·         Alder Hall, UW Seattle
 
More information may be found HERE (Evergreen.edu/sustainability/sustainabilityevents). If you’re interested in attending, please register HERE. (There is no cost for registration, but the costs of parking and lunch are on your own.)

 

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How We Can Turn Railroads into a Climate Solution

March 24th, 2017 · 2 Comments · --Integrated Systems--, Energy, Transportation

Mazza 1cBy Patrick Mazza – Article originally featured on Grist

Railroads have become a nexus of controversy in recent years due to their role in transporting climate-twisting fossil fuels. But they could become a locomotive driving the growth of clean energy. That is the aim of a new proposal to electrify railroads, run them on renewable energy, and use rail corridors as electricity superhighways to carry power from remote solar and wind installations to population centers.

The proposal, called Solutionary Rail, has been developed by a team of rail experts, economists, and public interest advocates assembled by the Washington state–based Backbone Campaign. Bill McKibben writes in the foreword to the recently released Solutionary Rail book that he has “been following the debate over energy, transportation, and climate change since the late 1980s … So it’s hard to come up with an idea I haven’t come across before. Rail electrification, as proposed in this remarkable book, is that rarest of things: a genuinely new idea, and one that makes immediate gut sense.”

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An activist movement, sometimes known as the “thin green line,” has grown up in the Northwest in recent years to resist coal and oil shipments through the region, between the rich fossil resources east of the Rockies and the growing markets of Asia. The Backbone Campaign, a group that develops innovative strategies and tactics to build grassroots democratic movements, has been enmeshed in this movement.

The movement has been successful in stopping many fossil fuel export facilities from being built along the Pacific Coast. But it’s largely been a defensive campaign rather than a proactive one. In 2013, a rail labor leader challenged Backbone Executive Director Bill Moyer to green a labor concept for modernizing rail lines in the northern states, a “yes” to accompany the “no.” Moyer took up the challenge, and the result is Solutionary Rail.

Rail electrification is common in other parts of the world. Around the globe, electricity serves nearly a quarter of railroad track miles and supplies over one-third of the energy that powers trains. But in the U.S., under 1 percent of tracks are electrified. That’s due to high upfront capitalization costs, an obstacle that publicly owned railroads in other nations do not face. Railroads in other countries also do not have to pay property taxes on electrification infrastructure, which U.S. railroads do.

Few industries are as well positioned as railroads to lead a transition to a clean economy. Unlike other heavy, long-haul transportation vehicles such as ships, planes, and semitrucks, trains can be easily electrified, and electricity is increasingly coming from clean sources such as sun and wind. Rail is already the most efficient form of ground transportation, and it has an unparalleled capacity to provide clean freight and passenger mobility.

Under the Solutionary Rail plan, electrification would be accomplished in conjunction with track modernization. Together, these would allow express freight service running above 80 miles per hour and high-speed passenger service up to 125 mph. Very high-speed passenger rail operates above 180 mph in Europe and Asia, and is being developed in California and the U.S. Northeast, but it generally requires dedicated tracks. Solutionary Rail’s more modest increase in speed is the economically practical option for most U.S. lines. Existing tracks can be upgraded, and freight and passenger trains can be accommodated on the same lines.

The proposal also includes running power transmission lines through the rail corridors. It’s currently difficult to get the rights-of-way needed to build new long-distance, high-capacity transmission lines, which means that some renewable energy, like wind power produced in the Great Plains, is stranded and can’t get to where it’s needed. But rail corridors are already being put to industrial use, so they could easily accommodate new power infrastructure, connecting renewable-energy-rich rural areas to big metropolitan areas.

To pay for all this, the Solutionary Rail team developed the concept of Steel Interstate Development Authorities, public agencies that would be able to raise low-cost capital from financial markets and take advantage of federal transportation dollars. SIDAs for different rail corridors would be created by interstate compacts and work in public-private partnerships with railroads. The electrification would remain under public ownership, managed by the SIDA, alleviating the property tax issue. Backbone is initially pushing a SIDA in the Northern Corridor, which has rail lines stretching from Chicago to the Northwest, to demonstrate the feasibility of electrification on lines mostly owned by BNSF, a property of Warren Buffett’s Berkshire Hathaway.

Rail in the U.S. is not a huge contributor to climate disruption — it’s responsible for only 2 percent of greenhouse gases from the nation’s transportation sector. But it could be a huge part of the climate solution. A cleaner, more robust railroad system could replace substantial amounts of truck traffic, while making intercity passenger service more reliable and competitive with highways and aviation. This could help railroads thrive without being reliant on transporting bulk shipments of fossil fuels. The Solutionary Rail strategy still relies on resistance movements to stop those shipments, but offers the “yes” to strengthen the “no.” That is why the proposal has drawn support from labor leaders: It would help railroad workers make a “just transition” away from fossil fuels.

The huge, public benefits of rail electrification justify a public expenditure. But electrification would also greatly benefit privately owned railroads, and so they must offer public benefits in return. One is labor justice. Solutionary Rail has adopted the justice agenda of Railroad Workers United, a group that unites rail labor across union lines. It includes good working and safety conditions. The Solutionary Rail plan also calls for right-of-way justice for native tribes, renegotiating easements where tribes have historic grievances.

With Solutionary Rail, the oldest form of mass mechanized transportation can create a track to 21st century clean transportation and become an engine for sustainably and broadly realized prosperity.

Patrick Mazza is an independent journalist-researcher-activist focused on climate, clean energy, and global sustainability, and coauthor of the new book Solutionary Rail. Mazza has more than one way of “working on the railroad.” He also was one of the Delta 5 oil train blockaders.

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Infrastructure Reform Advances in the Washington State legislature

February 22nd, 2017 · 2 Comments · --Integrated Systems--

tedBy Ted Sturdevant – Center for Sustainable Infrastructure

First-of-its-kind legislation incorporating the new infrastructure investment tools promoted by CSI is advancing early in the 2017 Washington Legislature.

Northwest infrastructure agencies and utilities spend billions of dollars on our behalf every year to operate, maintain, and rebuild vital infrastructure. These water, transportation, energy, and waste cycling systems keep our economy and our communities working. Countless spending decisions by hundreds of local infrastructure agencies add up to enormous, enduring impact on Northwest communities, for the next generation and beyond.

Are we getting the best possible return-on-investment from this annual spending? Are our infrastructure ‘financial managers’ getting the most bang-for-the-buck in long-term value – financial, environmental, and social – for our communities? Are investment decisions guided by a coherent strategy that aims to build world-class, high-performance infrastructure? At CSI, on each of these questions, we believe there is significant room to improve the system and get the most out of infrastructure investments.

State policymakers can help in wide-ranging ways: they set policy, offer incentives, create rules and regulate performance, manage or invest directly in infrastructure systems, convene multi-agency partnerships to jointly fund programs, and more.

Washington’s legislature is right now considering legislation that takes an important first step to adopt a leaner, smarter infrastructure investment discipline. HB 1677, for example, charges a multi-agency, multi-jurisdictional “system improvement team” with pursuing a specific set of smart investment objectives. The bill also establishes a policy advisory team consisting of 4 legislators and the Governor’s budget director to work with the system improvement team over the next two years.

HB 1667, sponsored by Rep.  Strom Peterson, D-Edmonds was heard February 14th in the House Capital Budget Committee.  An identical “companion” bill, SB 5496 has been introduced in the Senate by Sen. Ann Rivers, R-La Center.

Several bills on infrastructure have been introduced this session, offering a variety of roles the state might play.  While it’s too early to say what direction the legislature will go, it is CSI’s hope that whatever approach they land on, they include HB 1667’s process to make infrastructure programs work better and smarter.  By adopting early “value planning” that looks at all options before defaulting to traditional infrastructure, and by building long-term resilience and sustainability into project designs, we can maximize public value and minimize costs as we build the infrastructure of the 21st century.

Events at the legislature are unfolding quickly; here is an update from Friday, February 24th.

As we’ve reported, CSI has been convening a coalition called the Future of Washington Infrastructure group (FWI), and those discussions led to a vision for a “Public Works Trust Fund 2.0.”  That vision then informed the introduction of HB 1677, which provides new tools to the Public Works Board and creates a process for improving the system of infrastructure programs dealing with drinking water, wastewater and stormwater.  HB 1677 was heard in the House Capital Budget Committee on Feb. 14.  On Feb. 23, CSI was invited to participate in a meeting convened by Rep. Beth Doglio, vice chair of the committee, to work on a revised version of the bill.

We’re happy to report that the House does plan to advance a revised version of the bill, and that there is strong support for an ongoing Public Works program, and for the reforms advocated by CSI – reforms that would make the system smarter, more efficient, better coordinated and that would result in more sustainable, resilient and affordable infrastructure projects.  The modified bill will contain those provisions, and according to the committee chair, will be considered “necessary to implement the budget” (NTIB), which means that the bill is exempt from legislative cutoff dates.  The bill likely won’t move forward until the House is ready to move its overall budget proposal.

It was exciting to see the legislature engaged in a substantive conversation on how to make the system work better.  In the meeting, one person who runs a state infrastructure program, said “in the 12 years I’ve been doing this, we’ve never had this opportunity to talk to legislators about the barriers we face.

We applaud legislators for their efforts, and all the stakeholders who have put this proposal together.  We’ll wait to see the next draft of the bill, and while there is plenty of work to be done, we are encouraged by the support we’re seeing for improving the system.

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The Water-Energy Nexus is the Next Big Thing: Three Case Studies from CodeInnovations.org

February 18th, 2017 · No Comments · --Integrated Systems--, Energy, Water

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By Chris van Daalen – Principal Investigator at The Code Innovations Database

Whether we’re talking people, ecosystems or the economy, what they say is true:  Water is Life.  From lead-polluted drinking water in Flint Michigan, to a moratorium on building in Whatcom County, Washington, it’s painfully clear how dependent all of us are on water infrastructure for safe clean drinking water, wash water, and yet more water to carry away our wastes.

What is harder to see, is that we also rely on energy infrastructure to deliver an uninterrupted flow of clean water.  For the most part Americans feel secure, but clear signs say we cannot assume future water supplies will be stable in light of a changing climate, evolving technology, and dependency on aging and obsolete infrastructure.

There are many facets to the water-energy nexus, more than can be covered in a short article. To comprehend just part of it in the real world, I want to focus on three case studies published on The Code Innovations Database, an online resource I manage for the Northwest EcoBuilding Guild.

US Department of Energy (DOE)

In 2014, the US DOE issued a report “The Water-Energy Nexus: Challenges and Opportunities” that details the many ways that “energy and water flows are intrinsically interconnected… due to the properties and characteristics of water that make it so useful for producing energy and the energy requirements to treat and distribute water for human use.”

Strategic Pillars

The report identifies six “Strategic Pillars” as the logical structure for their “long-standing” R&D efforts, and which they claim “lays the foundation for future efforts.”  Let’s hope that proves true!

Another seminal report on the Water-Energy Nexus is an extensive literature review published August 2013 by the Water in the West program at Stanford University2, which I would highly recommend for anyone who wants to gain a handle on this nexus.

Non-traditional water sources and treatment in Bellingham, WA

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Most of us aren’t even aware of how much energy it takes to treat and transport water to our taps and toilets. I certainly wasn’t, not until green building innovator Dan Welch of [bundle] design studio opened my eyes with his net-zero energy, net-zero water “Birch Case Study home” in Bellingham, WA. This is the only home I know of within an incorporated city limits that was permitted to not connect to city water and sewer, by proving to code officials they had it covered. Welch and his family use harvested rainwater for drinking water and everything else. He designed an innovative “batch composting” toilet system that uses no water and safely fertilizes the garden. With no toilets to flush, they treat their own wastewater (mostly greywater) in a very small septic system.

His electrified ultra-efficient home produces all its own energy with solar panels. Not only that, but by being off the water grid he is helping the County save additional energy and money that would have been used to transport potable water to, and wastewater from his home to the treatment plant.chrisblog2

Bellingham and Whatcom County code officials approved his non-traditional approach because they’ve adopted State Rules that prescribe such systems.  Yet, most Washington cities don’t have Whatcom County’s water issues, nor it’s forward-thinking policies, and have not adopted these rules.  Which means innovators throughout the State still face significant barriers to non-traditional sources and treatment.  To understand how Welch achieved it, check out our “Birch Home” case studies on the Code Innovations Database.

The California Energy Commission estimates that nationally, it takes roughly 1,200 kWh of electricity per million gallons (kWH/MG) to deliver water to customers. Another 220 kWh/MG or so goes into potable water treatment.  Wastewater treatment is even more energy intensive, though it varies widely by type of treatment and size of plant, ranging from 1,000 to 3,000 kWh/MG water treated.

Alternative Energy for Wastewater Treatment

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The Budd Bay Wastewater Treatment Plant in Olympia Washington treats about 12 MG/day, but uses less energy than comparable facilities, because they have a biogas cogeneration system that converts methane from its anaerobic digesters into enough heat and electricity to offset 100% of the facility’s space heating and office power needs. Leftover heat is transferred by underground pipes to the building across the street, a ”district energy” system that heats both buildings!  You can read more about it in the Code Innovations Database case study: Methane CoGen System at LOTT Alliance.

This biogas is a byproduct of the “solids” part of the wastewater, an untapped resource that treatment plants across the US could be using to offset energy needs. The US EPA estimates that biogas energy generation could provide about 50% of the power requirements of an average facility. Yet in 2006, only 7% of biosolids were used in this way, while nearly 40% was landfilled or incinerated (using even more energy)3.

Commercial Scale Human Waste Treatment and Water Reuse

chrisblog4Developers and City officials in Portland, Oregon have taken solutions like those in the Birch Home to scale. Hassalo on 8th is a mixed-use three-building project that spans four blocks in the City’s vibrant and growing Lloyd EcoDistrict area.  Three buildings share one of the largest natural organic recycling treatment systems in the US, treating all the wastewater (including human waste) which is reused for toilet flushing, mechanical cooling and below surface landscape irrigation in an urban setting.  Excess treated “blackwater” is returned back to the City’s aquifer with two dry injection wells, but only after it’s treated to Class A water standards.

The Water in the West report shows that reclaiming and recycling water for non-potable uses is well-established and accepted in many cities (e.g. industrial use or landscaping).  Recycling of wastewater back into potable water supplies however is much more controversial. The Code Innovations Database case study on this project points out that the district scale of this project, and high profile support from the City made this project possible.

In Conclusion

While the solutions represented by these cases may be nascent, while there are significant barriers to widespread adoption of truly sustainable, resilient and distributed infrastructure, there is a growing body of experience, evolving technology and a sense of urgency at the highest levels helping communities begin to grapple with the challenges posed by the water-energy nexus. For now, projects like those featured in our Database continue to lead the way through innovation. Now we must use this information to educate decision-makers and support action at the local and state levels to keep building momentum.

In Washington, encourage your County to adopt and use Department of Health Rules for rainwater harvesting for potable use, composting toilets and water conserving on-site sewage systems, and push for more research and demonstration projects, and better regulations.  In Oregon, learn about graywater reuse policies for indoor and outdoor use, and follow the work of Recode, a non-profit advocacy group based in Portland.

Meanwhile, check out 20 other related case studies in the Code Innovations Database, or submit a project if you know another we should profile!!

Chris van Daalen is Principal Investigator of the Code Innovations Database, an advocacy research program of the Northwest EcoBuilding Guild.  The Database documents permitting precedents and policy innovations, to provide a platform for public-private collaboration with the goal of accelerating adoption of high-performance green building. vanDaalen is a lifelong environmental activist and for the past 20 years a social enterprise consultant to “green economy” organizations and firms.  He has served the Northwest EcoBuilding Guild and its members for 11 years as volunteer Board Member and Education Coordinator.

References:
1 Bauer, Diana et. al, US Department Energy, The Water-Energy Nexus: Challenges and Opportunities” June 2014, Washington, DC.
2 Water in the West, a joint program of Stanford Woods Institute for the Environment and Bill Lane Center for the American West. “Water and Energy Nexus:  A Literature Review.” August 2013:  Stanford, CA
3 Parsons Corporation. “Emerging Technologies for Biosolids Management.” U.S. Environmental Protection Agency (2006).

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Green Power Partnership in Higher Education

February 9th, 2017 · No Comments · Energy

rhianna_tBy Rhianna Hruska – The Evergreen State College

In 2005, the student-driven clean energy campaign advocated for the creation of a green fee to fully cover renewable energy credits for The Evergreen State College.  A poll was sent to all students, and of the 28% that voted, 91% voted yes on paying for a campus green fee (1).  Evergreen students made it clear that they saw sustainability as a priority.  The passage of the clean energy fee made Evergreen the 2nd higher education institution in Washington state to have a green fee, with Western Washington University being the first.

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Solar Array at The Evergreen State College (All Photo Credits to Shauna Bittle)

According to the United States Environmental Protection Agency’s Green Power Partnership, renewable energy certificates (RECs), also known as green tags or renewable energy credits, are issued when one megawatt-hour (MWh) of electricity is generated and delivered to the electricity grid from a renewable energy resource.” (2)

The U.S. Environmental Protection Agency’s College and University Green Power Challenge acknowledges higher education institutions that are Green Power Partners.  With 100% of its energy usage covered by renewable energy credits, Evergreen consistently ranks top of the Cascade Collegiate Conference in the challenge (3).  RECs have grown in popularity and many higher education institutions across the nation purchase RECs to offset their electricity usage.  Along with colleges and universities, non-profits and private businesses also purchase RECs to be EPA Green Power Partners.

The Evergreen clean energy fee prompted a conversation about where Evergreen’s RECs would be purchased from.  The college is interested in buying local RECs if the opportunity arises.  Puget Sound Energy (PSE) currently has four wind farm locations in Washington state and a fifth is slated to be built by December 2018.  PSE’s Skookumchuck Wind Energy project would house 52-turbines in the southeast corner of Thurston County and northeast Lewis County4.  These turbines would generate up to 180 megawatts of power (4).  The completion of this wind farm would provide Evergreen with the opportunity to purchase local RECs.

Along with offsetting electricity with renewable energy credits, the clean energy fee is used to fund sustainability projects on campus that promotes Evergreen as a living learning laboratory. One example of a clean energy fee project is the solar array on top of the library building, which has provided research opportunities to students.  The clean energy fund gives the students an opportunity to bring their ideas to life and give back to their campus community.

As dedicated Green Power Partners, higher education institutions have been given the opportunity to be long term models for purchasing renewable energy credits.  The success of the Green Power Partnership program at Evergreen and in other higher education institutions could influence the decisions of other colleges, businesses, and non-profits to commit to the Green Power Partnership.

References:
1.    https://sites.evergreen.edu/cleanenergy/history/
2.    https://www.epa.gov/greenpower/renewable-energy-certificates-recs
3.    https://www.epa.gov/greenpower/college-and-university-challenge
4.    http://www.theolympian.com/news/local/article86670312.html

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Portland’s Jade District: One Neighborhood’s Lens on a New Infrastructure Vision

January 23rd, 2017 · No Comments · --Integrated Systems--, Water

duncantBy Duncan Hwang  – Asian Pacific American Network of Oregon (APANO)

As the Northwest’s water infrastructure continues to evolve, how might changes at the industry level impact people on the neighborhood level? The Jade District, located in Southeast Portland, can serve as an excellent example. It is one of the most diverse neighborhoods in the state of Oregon, a vibrant community that currently serves as a landing spot for many immigrants. The district features amazing cuisine, close knit communities, and some strong local institutions. However, incomes are lower than average and some key infrastructure is lacking, leading to stark economic and health disparities.

According to latest data, about 47% are people of color and about 55% of residents are categorized as low income. 15% live in linguistic isolation. In terms of the built environment, the neighborhood is known for incomplete streets and few parks to speak of. The US Forest Service recommended level of coverage for urban tree canopy is 40%. Our neighborhood averages just 21%, with some areas even less. This leads to a pronounced urban heat island effect and stormwater management challenges. On the not so distant horizon, the threat of involuntary displacement due to rising property values looms large, as rents are continuing to increase and Portland’s urban core expands.

If the Jade District of 2040 is going to be a healthy, equitable, and sustainable neighborhood, a holistic approach to community development will be critical over the next two decades. Water infrastructure alone is not going to allow the community to realize our shared vision for the neighborhood, but equitable implementation of comprehensive strategy that includes water infrastructure will lead to the outcomes we hope to achieve.

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First, the built environment of the neighborhood will look different. If green infrastructure is prioritized, agencies and utilities will have found ways to integrate more deeply into the community, investing for co-benefits such as local economic vitality, resilience, carbon savings, and recreation and beauty. There will be higher tree canopy, public parks, and small scale water infrastructure sites. Neighborhood residents have been asking for spaces to bring their grandchildren, practice tai chi, or garden. While this is what they’re asking for, it just so happens that green infrastructure leads to better water quality, air quality, flood control, public health as well.

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As the neighborhood becomes a more pleasant place to live, the consequences of this desirability must be addressed so that current residents are able to stay and enjoy these new benefits. This will require strong public planning, deep investment in affordable housing, and a focus on the creation of green jobs that are filled by local residents. Smart investment not only helps control rate increases and keep vital water services affordable for residents and local businesses – Infrastructure spending translates into good-paying local jobs. Decentralized systems require more maintenance and testing and this can benefit economically challenged communities. Efficiency and equity are enhanced if neighborhood residents are the ones filling these jobs. Building and maintaining new distributed micro-infrastructure, from constructed wetlands to cisterns and building-scale treatment systems, will require both construction and maintenance workers. The engagement of building owners in water management will set up opportunities for new revenue opportunities in public-private collaborations. As rents continue to rise, so must the income of our residents. I would expect many more of our residents to be filling good quality jobs at our local utilities, construction firms, or with government agencies.

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Over the next decades, special care must be taken to plan for unknowns. Disaster preparedness is typically lacking in the most vulnerable neighborhoods. Smart investment helps vital water services resist catastrophic breakage and recover more quickly when earthquake or climate disaster strikes. However, neighborhood resilience is much more than infrastructure. True resilience comes from an organized community, able to work together during a crisis. This will require additional care to strengthen social networks, especially in diverse neighborhoods. Immigration trends must also be carefully considered. Climate immigrants and refugees will migrate to areas where their communities already exist. This means that neighborhoods such as the Jade District may see a larger influx than other communities in the coming decades. The Jade District of 2040 has planned for these and is prepared.

At the end of the day, how this neighborhood will look will really depend on the values and principles of leaders in the world of developing water infrastructure. I would expect that over the coming decades, the partnership with the public will be continually strengthened. Before anything is built, decision-making processes and authentic community engagement must also look different. In working in a community that is limited English proficiency, decision-makers really must learn to listen to community no matter their language or cultural background. Neighborhood residents aren’t going to be talking about stormwater management, public utilities, or carbon savings. They are going to be talking about lack of parks, how expensive rent is, and how difficult it is to get their kids to school or get to their jobs. Decision-makers should take care to listen these concerns and adapt their strategies in their spheres of influence to truly serve the community.

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Refocusing the National Discussion about Infrastructure

January 19th, 2017 · No Comments · Energy, Transportation, Waste, Water

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CSI Director, Rhys Roth recently collaborated with CSI Advisor Craig Partridge to assist Michael Zimmerman (Evergreen‘s Vice President of Academic Affairs) on a piece for the Huffington Post titled, Refocusing the National Discussion about Infrastructure: Building a Sustainable Future.

The piece argues that the debate about federal funding for infrastructure needs to recognize that “innovation and smart design matter,” and it recommends four principles for smart sustainable infrastructure investment.

Seattle Public Utilities, Avista, and the City of Spokane are highlighted as great local examples of Pacific Northwest utilities and municipalities that are pioneering new business practices to get more lasting affordability, along with superior economic, environmental, and social value per dollar invested from their infrastructure projects.

Read the full article here, and let us know what you think!

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Climate Collaborative Maps Portland Heat Islands: Informing Infrastructure Approaches to Extreme Heat

November 29th, 2016 · No Comments · --Integrated Systems--

fletcher_vivekBy Fletcher Beaudoin and Vivek Shandas
Assistant Director at PSU’s Institute for Sustainable Solutions (Fletcher, left), Professor of Urban Studies and Planning, and Research Director for PSU’s Institute for Sustainable Solutions (Vivek, right).

Portland, Oregon, probably isn’t the first place you think of when the term “heat island” comes up. Rain? Yes. Heat? No. What about Phoenix, Los Angeles, cities in the Middle East—those really hot places? The trouble with these conventional perceptions of temperature is that places that have historically dealt with heat have been working on adaptation measures for decades, and in some cases millennia. With climate change and destabilization we are starting to see, and indeed experience, changes in extreme weather, such as heat waves that can have profound and far-reaching impacts, especially in places that haven’t had to cope with such events in the past.

Portland is one of those places. Preparation and adaptation of the city’s infrastructure is increasingly on the minds of city staff, researchers, and citizens. Over the past two years, an interdisciplinary team of researchers at Portland State University (PSU) and stakeholders from government and community organizations are working to understand potential changes in the urban climate, including spatially-explicit descriptions of urban heat islands.

Researchers are creating maps that overlay temperature data during heatwaves with city infrastructure and population information to identify communities that may be most vulnerable to severe impacts of heat waves, which are expected to increase in duration and intensity due to climate change. Initial findings have been used to create a tool for assessing vulnerability to heat waves: (http://www.climatecope.org and http://climatecope.research.pdx.edu). In the coming year, this team will develop infrastructure strategies that can be used by the city of Portland and local communities to adapt and reduce heat island impacts across the city.

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This project is one of over a dozen research and student engagement projects that have been launched under the Portland Climate Action Collaborative. These projects range from evaluating the economic and environmental costs and benefits of a “green” transportation loop in Portland, to modeling new flooding patterns on the Willamette River, to exploring the full impacts and benefits of a deconstruction policy.

The Climate Collaborative is a partnership between the city of Portland’s Bureau of Planning and Sustainability and Portland State University’s Institute for Sustainable Solutions. The Bureau of Planning and Sustainability manages land-use planning and supports planning and implementation of sustainability programs and policies. The PSU Institute for Sustainable Solutions is a university-community “sustainability broker” that supports research and student engagement partnerships between organizations in the Portland region and PSU. In the coming year, the Institute for Sustainable Solutions expects to extend the Collaborative to other bureaus and government organizations working on climate in the Portland region and also look for collaborative opportunities with communities from Vancouver, BC, to Portland – a region known as the “Emerald Corridor.”

To date, participants in the Climate Collaborative describe it as an strong framework for deepening student understanding about climate change, developing engaged scholarship, building capacity with city staff and community, and advancing on-the-ground policies in the Climate Action Plan. The Collaborative achieves these goals by ensuring that every project is intentional and co-developed among the stakeholders, with an eye to designing a program that impacts student learning outcomes, faculty productivity, and city planning and infrastructure mandates; it also serves as a framework for joint fundraising, communications, and assessment across all of the collaborations.

Portland, and indeed other cities in the Pacific Northwest can learn from hotter places. At the same time, the public perception that heat waves do not pose threats to residents of the Pacific Northwest could prevent us from planning for climate changes that are already underway. Consider the fact that only about 33 percent of people in the Portland metro area have air conditioning systems. If another 33 percent install air conditioners—an anticipated response to heat waves—can our energy infrastructure system handle the additional demand? Moreover, the rapid urban development in Pacific Northwest cities is removing large trees in record numbers. The reduction of green infrastructure—an effective front-line to heat waves— gives further cause for concern. Place-based policies, plans, and programs must reflect the opportunities to learn from other places with more experience managing urban heat, while considering local pressures that can prevent swift action.

Responding to complex sustainability challenges like climate change requires taking on new models for infrastructure deployment, community engagement, and policy development that enable cities to prepare and then adapt over time to changing conditions. This work requires endurance and an ability to effectively integrate new data into moving processes—and if done right, it can pave a path toward developing sustainable and resilient cities of the future.

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VW Settlement to Charge Up State’s EV Infrastructure

November 27th, 2016 · No Comments · Transportation

Anthony_BBy Anthony Buckley  – Innovative Partnerships Program
Washington State Department of Transportation

Washington State is in line to receive at least $104 million from a $14.7 billion settlement of lawsuits filed against Volkswagen companies (VW) for violations of the Clean Air Act for selling approximately 500,000 vehicles with 2.0-liter diesel engines equipped with computer software designed to cheat on federal emissions tests (i.e., “defeat devices”). These funds will go a long way in supporting the State’s efforts to strengthen the charging infrastructure needed to increase the number of electric vehicles on the state’s highways.

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Environmental Mitigation Trust Fund
Governor Inslee’s office has designated the State’s Department of Ecology as the recipient of the $104 million environmental mitigation settlement monies. A portion of the funds may be used for the acquisition, installation, operation and maintenance of new light duty zero emission vehicle supply equipment. As the lead agency Ecology will work with stakeholders to develop a process for deploying the funds in a manner that results in investing the funds to produce the greatest benefit to the State and its citizens.

In accord with the terms of the settlement agreement, Washington State may use its share of the proceeds for a variety of activities. Ecology plans to take recommendations through a public process after the settlement is finalized.

Types of projects eligible include:
• Class 8 Local Freight Trucks and Port Drayage Trucks (Eligible Large Trucks)
• Class 4-8 School Bus, Shuttle Bus, or Transit Bus (Eligible Buses)
• Freight Switchers
• Ferries/Tugs
• Ocean Going Vessels Shorepower
• Class 4-7 Local Freight Trucks (Medium Trucks)
• Airport Ground Support Equipment
• Forklifts
• Diesel Emission Reduction Act Option
• Zero Emission Vehicle Supply Equipment

Aside from the $104 million other aspects of the VW settlement that will benefit citizens consist of:

Citizen Restitution
Citizens of the state will benefit directly from a $10 billion settlement to compensate those who purchased or leased impacted vehicles from Volkswagen. Hundreds of millions of dollars will be returned to Washington consumers as restitution, and Volkswagen will either buy back or repair affected vehicles.

VW Investment Funds
VW will establish a non-profit entity to manage and invest $2 billion funds throughout the United States to promote and advance the use and availability of Zero Emission Vehicles (ZEVs). Washington and Oregon leaders are coordinating on a proposal for regional investment in electric vehicle charging equipment for public and workplace charging and for public education.

Legal Fees
The Washington State Attorney General’s office was also awarded $26 million for costs incurred in investigating Volkswagen. Further, there still remains to be resolved a $176 million fine imposed by Washington Department of Ecology.
A copy of the settlement agreement can be found here (pdf).

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Sustainable and Resilient: CSI Collaborates with AWC’s CityVision Magazine

November 22nd, 2016 · No Comments · --Integrated Systems--

The Association of Washington Cities (AWC) advocates for the interests of local city governments in the Washington State legislature and has connections with the CSI-convened Future of Washington Infrastructure group. AWC publishes CityVision, a magazine whose intended readership consists of folks working in local governments throughout the state.

CityVision’s September/October issue focuses entirely on sustainable and resilient infrastructure systems! AWC’s Strategic Alliances Director, Michelle Harvey, worked with CSI to develop ideas for cityvisioncompelling local stories related to sustainability and infrastructure renewal. According to Michelle, “working with CSI expanded CityVision‘s storytelling lens, helping cities reimagine the possibilities of a resilient infrastructure in very real scenarios.  And there was the added bonus of sharing ideas with a creative, insightful and passionate CSI staff! Rhys and Terry care about community.”

Among the stories in this issue, you will find an interview with Ted Sturdevant discussing Washington State’s legislative strategy for infrastructure financing and a column written by CSI’s Graduate Specialist, Terry Carroll exploring how value planning can save smaller communities both time and money. Other features and columns touch on Pullman’s investments in wind energy, Spokane’s sustainable stormwater management plans, and issues surrounding salmon and culverts.

Please follow this link to view a PDF version of the entire issue and let us know what you think! We’d love to hear your feedback about any of the topics discussed!

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