Search Results for: sustainability

Sister Post: Net Zero Strategies – Partnering to Promote Sustainability

One of our sister blogs, EPA Connect, the official blog of EPA’s leadership, recently shared a post featuring a Net Zero workshop in Research Triangle Park. We’ve included the first few paragraphs here (you can continue reading over on EPA Connect), and we’ve also included a few extra photos for your viewing pleasure. 

By EPA Deputy Administrator Bob Perciasepe

How can communities reduce their water, waste, and energy footprints? How can they promote sustainable strategies at the local level while simultaneously fostering economic growth and promoting citizen health and well-being? I was recently given the opportunity to consider these questions alongside EPA scientists and community leaders and while observing cutting edge sustainability work.

This week, EPA scientists and community leaders from across the country came together at the Feb. 25-26 workshop “Promoting Sustainability through Net Zero Strategies.”

The workshop builds on the success of EPA’s Net Zero partnership with the U.S. Army. Started in 2011, the partnership aims to develop and demonstrate sustainable technologies and approaches in support of the Army’s ambitious goal to achieve zero energy and water consumption, and create no waste on its installations. Hence, the name: “Net Zero.”

Continue reading on the EPA Connect blog.

Deputy Administrator Perciasepe tours the solar roof of EPA’s current Research Triangle Park building with U.S. Representative David Price, Assistant Secretary of the Army for Installations, Energy and Environment Katherine Hammack, Stan Meiburg, and EPA employees Pete Schubert, Greg Eades, and Liz Deloatch.

Deputy Administrator Perciasepe tours the solar roof of EPA’s current Research Triangle Park building with U.S. Representative David Price, Assistant Secretary of the Army for Installations, Energy and Environment Katherine Hammack, Stan Meiburg, and EPA employees Pete Schubert, Greg Eades, and Liz Deloatch.

Deputy Administrator Bob Perciasepe sitting on the Village Green bench. Learn more about Village Green at

Deputy Administrator Bob Perciasepe sitting on the Village Green bench. Learn more about Village Green at

Deputy Administrator Bob Perciasepe and others listen to briefing on EPA’s new Research Triangle Park building that is incorporating sustainability principles.

Deputy Administrator Bob Perciasepe and others listen to briefing on EPA’s new Research Triangle Park building that is incorporating sustainability principles.

Read other It All Starts with Science blogs about Net Zero.

Net Zero Strategies: Partnering to Promote Sustainability

Bob P RTP 1

Deputy Administrator Perciasepe tours the solar roof of EPA’s current Research Triangle Park building with U.S. Representative David Price, Assistant Secretary of the Army for Installations, Energy and Environment Katherine Hammack, Stan Meiburg, and EPA employees Pete Schubert, Greg Eades, and Liz Deloatch.


How can communities reduce their water, waste, and energy footprints? How can they promote sustainable strategies at the local level while simultaneously fostering economic growth and promoting citizen health and well-being? I was recently given the opportunity to consider these questions alongside EPA scientists and community leaders and while observing cutting edge sustainability work.

This week, EPA scientists and community leaders from across the country came together at the Feb. 25-26 workshop “Promoting Sustainability through Net Zero Strategies.”   More

Sustainability for All

By Deeohn Ferris

Untitled-2In many of our communities, if sustainability is going to be sustainable, our nation’s green economy and the investments that flow from those policies must reflect the undeniable fact that all communities are not at the same starting point.  In far too many of our neighborhoods, people who are raising families and working hard to make ends meet face a combination of environmental, social and economic challenges that result in grave hardship.  If the race to sustainability is a race to the top, some of our communities can take the elevator.  Others only have stairs, and some of them have asthma too!

Regarding what’s going on locally and on-the-ground, equitable development is the central point from where the hard issues within sustainability must be dealt with up front.   The real on-ramp to sustainability means recognizing and addressing the inter-relationship of the challenges in our communities. Negative environmental impacts, disproportionate impacts, vacant properties, brownfields, health disparities, blight — these conditions are ubiquitous in neighborhoods where people of color and people with low incomes and less wealth live, work, learn, worship, and play.  Achieving equitable and sustainable development means thoroughly rebuilding our communities – not just the bricks and mortar – but really rebuilding the country’s social and economic fabric.

Untitled-2Thus, to make a fairer starting line for all in our country, we need to recognize opportunities to support the communities that have the greatest proportion of pollution and public health problems. For example, minimizing health disparities by deliberately providing fairer access for health care in low income and minority communities would save these residents billions of dollars in averted medical costs and gained productivity. Ameliorating such persistent inequities is critical for bringing about stability in communities—increasing fair access to housing choices, better schools, better jobs, sustained economic growth – and thus improving their overall ability to achieve community sustainability.

All across the country, dedicated folks are working to address these disparities.  But people of color and low-and-moderate income populations are still struggling for opportunity. Reversing this unfortunate trend necessitates a national transition to sustainability and the emerging green economy, which provides important new ways to tackle community revitalization as well as opportunities to do so in an equitable manner. Some examples of green economy priorities and tools that could address these disparities include:

  • Ensuring the right to a clean, safe environment for everyone.
  • Establishing inclusive decision making structures that provide resources and facilitate community engagement in planning and investments.
  • Making certain that decision-making is democratic, transparent and fair.
  • Distributing the economic and health benefits of energy conservation through green housing and retrofits.
  • Creating jobs that are safe, green and upwardly mobile.
  • Emphasizing workforce preparedness, development, and training.
  • Providing financial and other incentives that encourage entrepreneurship and local ownership of renewable energy and renewable energy technologies.
  • Guaranteeing that there are sufficient transportation options, including affordable public transit that gets people to jobs.
  • And ensuring the highest quality education and food security for all of our children.

Untitled-3Which neighborhoods are built and rebuilt and how they are built and rebuilt have far-reaching consequences in the race towards sustainability. Prioritizing historically disadvantaged and distressed communities to engage and benefit from sustainability outcomes is an investment in the future.  I believe everyone in our nation should have the same opportunity to flourish.  But achieving such a lofty goal requires community sustainability with conscious linkages to social and economic equity goals, green economy tools and environmental justice.

About the author: Deeohn Ferris is President of Sustainable Community Development Group, a not-for-profit national research and policy innovator dedicated to advancing sustainability and public health through equitable neighborhood development, smart growth and the green economy.  She is a former EPA enforcement lawyer, now a renowned provider of equitable development expertise and technical assistance that tackles sustainability in communities of color and low wealth neighborhoods.   Deeohn was on the ground floor of drafting the Environmental Justice Executive Order 12898 and the first Chair of NEJAC’s Enforcement Subcommittee.   

Putting Sustainability within Reach of Environmental Justice Communities

By Carlton Eley

Untitled-1I am an urban planner who works on environmental justice at the EPA. I believe certain things to be true: professional ethics require speaking up for citizens who may not have a voice in local decision-making; public service is a public trust; and expansive strategies are required for encouraging sustainable communities.  Also, I believe equitable development is one of the key solutions for making a visible difference in communities.

No task is more important to the future of sustainability in the U.S. than equitable development.  Equitable development expands choice and opportunity, encourages sustainable outcomes, and improves quality of life while mitigating impacts from activities that society considers beneficial.  As a result, the approach advances environmental justice.


In recent years, the term “place-based” has become a popular watchword among planners, urban designers, and other stewards of the built environment.  In many ways, equitable development is a place-based approach for encouraging environmental justice.  Although the public is accustomed to discussions about environmental justice framed in the context of the law, public health, and waste management, the planning and design professions are equally important means for correcting problems which beset communities overburdened by pollution and remain underserved.

When the National Environmental Justice Advisory Council (NEJAC) published its 1996 report Environmental Justice, Urban Revitalization, and Brownfields:  The Search for Authentic Signs of Hope, it clearly outlined the nexus between environmental justice, land use, and sustainability.  Not only did this report identify the environmental benefits of urban redevelopment, but the report also emphasized that the best outcomes from urban redevelopment would come about through an inclusive process.

Obviously, the NEJAC was ahead of itself.  Since 1996, researchers, advocates, allied professionals, and community builders have demonstrated that equitable development does not shift attention from making communities better.  Instead, it results in better community outcomes, especially for underserved populations and vulnerable groups.

Susana Almanza of PODER, Diane Takvorian of the Environmental Health Coalition, State Representative Harold Mitchell, Jr. of Spartanburg, South Carolina, and many more are ‘citizen planners for equitable development’.  The outcomes from their successful projects are evidence of what happens when citizens are audacious in their attempts to do well while doing good.  Because of their examples as well as through the leadership of organizations like PolicyLink, supporters of environmental justice are learning about a broad range of community activity for fixing challenges rooted in a failure to plan, a failure to enforce proper zoning, or the persistent legacy of unequal development.

We have come a long way in understanding, implementing, replicating, and scaling-up equitable development.  Still, more work will need to occur in order to realize full appreciation of the role equitable development plays in the framework of sustainability.

Untitled-3In the interim, public demand for a balanced discussion on sustainability is not being overlooked.  The U.S. EPA’s Office of Environmental Justice is organizing the workshop, “Equitable Development:  Smarter Growth through Environmental Justice.” The workshop will be held at the New Partners for Smart Growth Conference in Denver, Colorado, on February 13, 2014.  Equally important, the NEJAC will revisit the themes of equitable development, environmental justice, and sustainability when it meets in Denver on February 11-12, 2014.

Finally, the Environmental Justice in Action Blog will explore the topic of equitable development through a series of posts in advance of the conference in Denver.  The dialogue about environmental justice for the next twenty years starts here.

Carlton Eley works for EPA’s Office of Environmental Justice.  He is an urban planner, sociologist, and lecturer.  Carlton is credited for elevating equitable development to the level of formal recognition within U.S. EPA as an approach for encouraging sustainable communities.  He interned with EPA’s Environmental Justice Program in Region 10 as an associate of the Environmental Careers Organization in 1994.

Biking for Sustainability

By Shannon Bond


I strap on my helmet, slip into my gloves, and sling my hydration pack across my shoulders. It’s time to find adventure. I swing my leg over the saddle and click my right shoe into the peddle. A lot of the time I find my adventure on the back of a mountain bike, flying down all of the single track dirt trails I can find. Rocky climbs, fast descents, quick and flowing terrain, it’s all meditative.

I’ve ridden for years, but since coming to the EPA a few thoughts have lodged themselves into my consciousness. One of those thoughts creeps into my mind on every ride; as my muscles are screaming and I’m focusing on, well, my focus, I think about sustainability.

Merriam-Webster defines sustainable as, “of, relating to, or being a method of harvesting or using a resource so that the resource is not depleted or permanently damaged.” (

Trails and parks are a perfect example of sustainability. They not only provide a refuge for wildlife, they also provide a refuge for people. These areas work well as an escape from the daily barrage of work and technology, a personal connection with nature, or a great way to exercise. Sustainability isn’t just about our physical environment, though; it’s about us, too. On the EPA website, it describes sustainability in the following way:

“Sustainability is based on a simple principle: Everything that we need for our survival and well-being depends, either directly or indirectly, on our natural environment. Sustainability creates and maintains the conditions under which humans and nature can exist in productive harmony, that permit fulfilling the social, economic and other requirements of present and future generations.” (

I would say that these trail systems definitely promote that productive harmony, as well as fulfill some of our social needs. I’ve come to understand that these trails don’t happen by themselves though. Parks don’t just sprout up for people to hike and explore, and bike-friendly urban environments don’t just happen, they are built. A lot of planning goes into public use areas, and a lot of maintenance is required to keep them going.

You don’t generally think about Kansas City and biking, especially mountain biking, but the scene has grown. It’s an exciting time for the bike community in Kansas City. According to the Earth Riders Trail Association ( we have at least thirteen maintained trail systems in the K.C. metro area. I know from talking to some of these dedicated individuals that there are even more planned.


ERTA Trails

Now that I realize what it takes to maintain these trails, I appreciate them even more, and the folks who get out and work on them. Initially, there has to be an agreement with the land owners. Those owners can be county, federal, or state. Then it takes coordination with the land managers to plan the trail system in an environmentally-sustainable way. After that, a host of volunteers spend countless hours on trail work days. Even after the trails are built, those work days keep coming. All of this behind-the-scenes work is hidden from the everyday user. To lend a hand, though, you can check the group’s websites and pick any number of maintenance days to show up at:


Shannon Bond  is a multimedia production specialist with EPA Region 7’s Office of Public Affairs. He has served in a host of roles including military policeman, corrections officer, network operations specialist, photojournalist, broadcast specialist and public affairs superintendant.

Around the Water Cooler: Water Sustainability from Across the Globe

By Sarah Blau

Watersense graphic

Something caught my eye in the ladies’ room of an out-of-the-way restaurant in a small North Carolina town where I spent my July 4th weekend. Pictured in the upper right corner of the ceramic toilet tank was a little blue and green water droplet and the words WaterSense, which I recognized immediately.

WaterSense is EPA’s partnership program designed to protect the future of our nation’s water supply by offering people a simple way to use less water with water-efficient products – products bearing the token blue and green label. Despite being familiar with the program, I was still surprised to discover that small symbol of water conservation in such a rural area. I realized that water conservation (as well as many other water resource sustainability issues) is not limited to one city, to one state, or even to one country. Water resource protection is a global issue, affecting everyone, everywhere.

In fact, I recently learned that Singapore’s National Water Agency, PUB, has a water conservation plan with goals very similar to EPA’s WaterSense. According to PUB’s website, their conservation plan “encourages customers to use water wisely,” and as a result, “Singapore’s per capita domestic water consumption has been brought down from 165 litres per day in 2003 to the current 152 litres.”

David Adelman, U.S. Ambassador to Singapore (left), and Chew Men Leong, Chief Executive, PUB (right). Choi Shing Kwok (center), Singapore’s Permanent Secretary for the Environment and Water Resources served as official witness.

David Adelman, U.S. Ambassador to Singapore (left), and Chew Men Leong, Chief Executive, PUB (right). Choi Shing Kwok (center), Singapore’s Permanent Secretary for the Environment and Water Resources served as official witness.

In recognition of the global prevalence of water resource issues and the commonality in water resource goals between the U.S. and Singapore, last month EPA entered into a memorandum of understanding (MOU) with PUB. Signed by the Chief Executive of PUB, Chew Men Leong, and the U.S. Ambassador to Singapore, David Adelman, the MOU paves the way for international collaboration to advance scientific and technical knowledge on pressing water issues.

EPA and PUB are both working toward similar goals for sustainable water management such as providing safe water for the population, promoting industry water clusters (similar to the EPA-supported Confluence), and providing innovative water solutions, jobs, and economic growth. “This partnership will promote safer drinking water and better water resource management,” said Ambassador Adelman. “We’re excited to be a part of it.”

Likewise, I’m excited to hear about this partnership. What better way to confront global water resource concerns than with international collaboration? From the smallest backwoods homestead to the busiest urban business, in this country and across the globe, we share similar water sustainability concerns. So, the wider-spread the research team addressing these issues, the better off we, and our waters, will be.

About the Author: Sarah Blau is a student services contractor working on the Science Communications Team in EPA’s Office of Research and Development.

Suburban Chickens: Sustainability at Work in My Home

by Mindy Lemoine, Region 3

As a child, I hung out at my grandparents’ farm outside of Ville Platte, LA, where they had chickens, pigs, cows, guinea fowl, a garden, a smokehouse, fruit trees, etc. Now, my house sits on about 1/64th of an acre just outside the city limits of Philadelphia. And just as my grandparents did, every morning I put on my barn coat and walk about 30 steps to feed my two chickens.


The chickens, Marshmallow and Speedy, live in a coop tucked discreetly behind my garage. Since the spring, my hens have provided me with one or two eggs daily: sage green from Marshmallow and speckled brown from Speedy.

How did a former country kid, who grew up to be a scientist living in the suburbs, start keeping chickens? As a child, I loved to feed the chickens and gather their eggs. While living outside of Philadelphia, one day my nephew offered me his hens because he was moving and had no place to keep them. I jumped at the opportunity to return to my farm roots and put more of my sustainability views into practice. I was fortunate: thanks to an enlightened elected official who was a fellow chicken lover, my township allowed residents to keep chickens.

The space behind my garage had a nice 6×18-foot fenced-in area that was perfect for keeping my girls safe.

Aside from the fresh eggs, one of the delights of owning suburban chickens is that neighbors and their children stop by to visit my hens.

Because of my work at EPA, I know the importance of keeping food waste out of landfills. My hens know something about that, too, because they get excited about the old rice, carrot peelings, food scraps, toast crusts, etc., that I feed to them.

The food scraps that the chickens don’t eat, and other things like coffee grounds and egg shells, are a great addition to my compost pile. The hens help out with the compost as well: their droppings provide a rich source of nutrients that will eventually help nourish my garden. Compost reduces the amount of fertilizer, weed killer and water that my garden needs – a model of sustainability!

The hens are part of the family, and the next generation has arrived. I have four adorable fuzzy baby chicks peeping under a heat lamp in my basement! But as a mom, the best thing about owning chickens is pictures of my son and his friends with chickens sitting on their heads!

About the author: Mindy Lemoine is a Life Scientist and Pollution Prevention Coordinator for EPA’s Mid-Atlantic Region. A native of Opelousas, Louisiana, Mindy grew up rambling in the woods and fields with her siblings and developed an abiding curiosity about what might be living in that ditch. She holds an MS in Geography from Louisiana State University.

Sustainability: the Sky’s the Limit

By Joan Hurley

Kite shaped like a snake with fangs

“The Queen Viper”

“Go fly a kite!” While that phrase has become a euphemism for not-so-politely telling someone to buzz off, the scientists, engineers, and others working in EPA’s Western Ecology Lab in Corvallis, Oregon recently challenged local school students to do just that.

As part of the lab’s 2013 Earth Day activities, the EPA staff held a juried kite contest called “The Sky’s the Limit” that invited local sixth-, seventh-, and eighth-grade students to build a kite that sends a message about sustainability, recycling, or another environmental theme. Students could enter one of two categories: functional (a kite that flies), or decorative (a display kite with an environmental message or design); kites also had to contain at least one recycled element.

Each participating school selected six semifinalists from each category. Finalists, along with their teachers and parents, visited the lab on Earth Day for a reception and a chance to show off their entries to a panel of judges that included lab director Thomas Fontaine, local artist Zel Brook, and Corvallis Mayor Julie Manning.

Kings Valley Team (200)

Team members from Kings Valley Charter School.

“We made everything with reusable materials. It flies really well and we spent a lot of time on it. It sends a message that all animals are important to Earth, even if they are kind of scary,” wrote Andi Beck, who along with fellow Kings Valley Charter School classmates Victoria Fite and Sairah Ziola took home top prize in the functional category. You can see their kite—which they named “The Queen Viper” because of its resemblance to a snake—in the picture above. “The body is several segments of fabric sewn together, with triangles of fabric sewn on top of the segments to the end of the snake,” adds Sairah Ziola.

The winners of the artistic category are from Franklin School.

The winners of the artistic category are from Franklin School.

In the artistic category, the judges selected the kite made by Anabel Chang, Lucy Meigs, and Travis Hinz, which uses Chinese calligraphy to convey a message about the importance of sustainable energy. “The middle characters mean energy, the top means water, and the white means wind,” explains Anabel Chang. “It says that we should use energies that are better for our environment,” adds Lucy Meigs, while Travis Hinz points out the kite “is in the shape of a wind turbine, with three wings.”

These grand prize winners received a unique “recycled” trophy designed and constructed by EPA scientist Bill Rugh. Going along with the sustainable energy theme, the trophies function as wind speed generators! All participants also received Olympic-style medallions made from used coffee cup lids.

The artistic kite winner.

The artistic kite winner.

“The Sky’s the Limit” contest helped the lab and the local community engage in a fun-filled learning experience for all. The scientists and others at the lab got to share a little bit of what they do to advance environmental research, and the students got to learn about sustainability and help spread the word about why it is important. It’s enough to make you want to go fly a kite!

About the Author: Joan Hurley has worked at EPA’s Western Ecology Division lab as an Information Specialist and helping run outreach events, such as Earth Day, since 2005.

Around the Water Cooler: P3 Promotes Student Innovation and Sustainability Science

By Sarah Blau

In Washington, DC this week? Then come on out to the National Mall today and tomorrow, and meet the teams of college students gathering to compete in EPA’s P3 competition as part of the National Sustainable Design Expo.

“P3” stands for People, Prosperity and the Planet. Working in teams, students strive to solve environmental challenges in ways that benefit people, promote prosperity and protect the planet—all at the same time. P3 competitors are outside-the-box thinkers and continually inspire us with their innovation and ideas.

The competition has two phases. In Phase I, student teams and their faculty advisors submit research proposals for a chance to win seed money to research and develop designs for sustainable solutions to current environmental and human health challenges. In Phase II, winning teams receive additional funding to start developing marketable prototypes of their sustainable designs.

Embry-Riddles Aeronautical University students demonstrate their design.

P3 sustainability projects span the gamut of environmental topics—from air quality to water availability to harnessing solar energy. Since we’re chatting “Around the Water Cooler” today, here is a quick glimpse at just a handful of the water-related 2012-2013 P3 grant recipients:

  • Loyola University of Chicago students are designing a unique green process to treat byproducts of biodiesel production, using a combination distillation and wetlands system to treat and reuse contaminants onsite. Their goal is to make biodiesel production fully sustainable. (Phase I)
  • Working with a university in the Philippines, Manhattan College students are developing a treatment system that uses solar power to remove salt from seawater to produce potable water and is made with concrete from local materials. This work addresses the lack of clean drinking water that is one of the most significant health issues in many countries around the world. (Phase I)
  • University of Florida students are designing a process to “harvest” essential crop nutrients nitrogen, phosphorus, and potassium from liquid waste while ensuring the final harvested nutrients are free of pharmaceuticals. They expect to produce a cheaper, renewable fertilizer that reduces the costs and harmful impacts of wastewater treatment. (Phase I)
  • Embry-Riddles Aeronautical University students are designing a foldable solar power water purification system that can fit into a backpack for easy transport for use after a disaster that affects the drinking water supply. (Phase II)

For a complete listing of all P3 teams for the year, click here. And if you’re in the Washington DC area, be sure to stop by and say “hi” to these passionate students!

About the Author: Sarah Blau is a student services contractor working on the Science Communications Team in EPA’s Office of Research and Development.

A Practical Way of Thinking about Sustainability

By Neftali (Nef) Hernandez

The term sustainability is commonly used in the environmental field.  In general, it is defined as the capacity to utilize resources and goods in perpetuity without adverse impacts to our environment, economy, or social settings.  However in practice, sustainability has hundreds of definitions rendering it rather ambiguous.  I want to examine one practical way of looking at sustainability … through the lens of Asset Management.

Can you think of a common factor that allowed ancient civilizations and today’s largest cities to be built and grow?  If I were to pick just one, I would have to say it is WATER.  Civilization depends on fresh water.  This is why London is located on the Thames, Rome on the Tiber, New York on the Hudson and Kansas City on the Missouri.  This is the case for nearly all established cities, from ancient civilizations like the Maya to today’s largest metropolitan areas.  In addition to an abundant water source, these cities relied on sophisticated networks of aqueducts to deliver water to their people.  We depend on this asset, high quality water, and will for as long as I can imagine.

But if civilization depends on these networks, how do we ensure that they are sustainable for years to come?  One way could be through establishment and implementation of an Asset Management Plan.  If you are in the financial industry or transportation sector, you might be familiar with Asset Management, but I will illustrate using a simple example most of us can relate to, the exterior of a home.

In this case, assume I want to sustain the outside of my house, which is my asset.  To keep the value of my asset, I have to manage items like the roof, the siding, and the windows.  Say my roof is rated to last 20 years and the replacement cost is about $2,000 (Yes this is really low, but remember I’m trying to make this a simple example).  The siding should last a long time if painted every five years at a cost of $500 (assuming I do it myself), and the windows will last 35 years with a replacement cost of about $8,000.

I want my home to last forever, or to be sustainable so my great-grandchildren can one day live in the same home.  In order to plan for the management of my asset, I plan to set-aside the money to pay for the maintenance and replacement of the exterior on a monthly basis:  For the roof [$2,000/(12 months x 20 years)]= $8.33 per month;  For the siding [$500/(12 months x 5 years)] = $8.33; and For the windows [$8,000/(12 months x 35 years)]= $19.04 per month.  So my Asset Management Plan, indicates that to sustain the exterior of this house I have to set-aside almost $36 every month.  Of course this example is extremely simple and ignores inflation and other realities (like a hailstorm that could give you a roof sooner than you expected).

Returning to my original point, this concept of asset management can be scaled up when you think about the sustainability of water services. Water utilities consist of many discrete yet interconnected elements often comprising a network of underground aqueducts and infrastructure of various ages, types, and condition located miles and miles apart.  Many utilities have started using a fully digital system to track and manage assets. The system stores information about each asset such as pictures, status, description, acquisition date, expected maintenance dates, actual repairs, and costs. A Geographic Information System (GIS) combines data about the asset with its location for better resource management. Our society’s well-being requires properly managing water and water infrastructure, and using an asset management plan will likely position water utilities on the road to sustainability by establishing a framework for long-range financial planning to maintain critical infrastructure.

Asset Management Plans provide the structure to operate, maintain, rehabilitate, repair and replace things of value for a particular group or person; geospatially enabling them can further aid in scare resource allocation, planning, and growth.  Asset Management Plans can be applied to a wide variety of resources including infrastructure and the environment, and can be adaptable to meet the needs of a scale; from your home to a large utility, from a single tree to the land, air and water upon life depends.  Asset plans are a practical reminder of how we can strive towards our own sustainability by saving and planning right now.

About the Author: Neftali Hernandez grew up in Puerto Rico and is an Environmental Scientist with EPA Region 7’s Drinking Water Branch.  He is a member of EPA’s Water Emergency Response Group and has a bachelor of science degree in biology and a masters of science degree in environmental health from the University of Puerto Rico.