Showing posts with label Green infrastructure. Show all posts
Showing posts with label Green infrastructure. Show all posts

Monday, October 29, 2018

Exploring the Green Infrastructure Workforce


Image via the Stormwater Guidance Retrofit Manual courtesy of Philadelphia Water


Urbanization has altered the natural landscape and affected the hydrologic cycle. Where the natural hydrologic cycle maintains a balance of water circulation through evaporation, precipitation and groundwater recharge, and absorption and transpiration by plants, urbanization has resulted in an altered hydrologic cycle through construction of impervious surfaces such as buildings, roads, and parking lots. 

The water has nowhere to go except into a city's seemingly endless configuration sewer pipes, systems which are becoming increasingly overburdened and thus prone to overflows and outfalls of polluted runoff into watersheds, such as rivers, lakes and creeks during heavy rains. 

In urban areas with combined sewer systems, such as Philadelphia, Chicago and New York,  the impact is can be particularly troublesome because the discharges, known as CSOs or combined sewer overflows, often contain untreated sewage.

Green stormwater infrastructure is an incremental, ecologically centered, low impact development approach to mitigate these outfalls by reducing the amount of runoff that goes to the sewer system and by utilizing the water as a resource, via rain gardens, tree trenches, permeable paving, rain barrels, green roofs and more.

Because of its incremental approach, the implementation cost for cities is often much less than heavily engineered concrete gray infrastructure efforts. It may not be the sole solution, but it offers a plethora of benefits measured in more ways than just pollution prevention. Benefits such as awakening the urban ecosystem through tree planting and stream restoration, bringing together local communities over health and environment issues, and spawning a thriving new "green collar" workforce that offers opportunity to urban areas left buried in the ruins of the industrial age.

The NatureWORKS report by Jobs For the Future, jff.org, for example, contends that "in urban green infrastructure, there is an opportunity for entry-level jobs with the possibility for advancement. It is a win-win for cities to invest in sustainability and achieve both a healthier, greener community and a job development program."




Other efforts, such as with the Great Urban Parks Campaign, the National Recreation and Parks Association and the American Planning Association are also working to demonstrate the benefits of green infrastructure in urban communities. Their video below states that "using parks for green infrastructure is a creative and cost-effective alternative to gray infrastructure that allows nature to filter pollutants from rain water, reduce storm water issues and give communities access to more green space."




The NatureWORKS report is available for download in PDF at the following link: https://jfforg-prod-prime.s3.amazonaws.com/media/documents/NatureWORKS-Issue-Brief-032317_v3.pdf

Saturday, January 14, 2017

Sensor Testing for Green Infrastructure Performance


Green infrastructure roadway swale
The term green infrastructure is used to describe a variety of landscape features or ecology related best management practices (BMPs) implemented to reduce the adverse effects of stormwater by diverting the water to rain gardens or similar systems for slow absorption by soils and plants or storage for later use.

But as green infrastructure is more widely adopted, detailed performance monitoring of a vast array of small projects (in contrast to a single larger ones with grey concrete infrastructure) is essential to ensuring the effectiveness of community-wide programs.

In Chicago they've launched a widespread initiative to test these kinds of low impact developments (LIDs) that have been implemented by the city, monitoring them with sensors to select the best solutions. Read more about this comprehensive effort in a recent report from Forester Network and Stormwater Magazine:


"As with many other cities that have combined sanitary and storm sewer systems, Chicago has a combined sewer overflow problem, with an average of more than 60 overflows a year. And,as many other cities are doing, it’s turning to green infrastructure to help solve the problem—infiltrating as much water as possible to keep runoff out of the now-undersized and overburdened sewer system during storms..." More 

Monday, February 8, 2016

Rain barrels, green roofs, permeable pavement: better ways to help manage urban stormwater runoff and reduce waste

As meteorologists monitor the El Nino condition currently gaining strength in the Pacific Ocean, Californians look with hope to the much-needed rain and snow it could yield. But if we're going to make the most of the precipitation, we need to put a LID on it.

English: Large bioswayle (raingarden) integrat...
Large bioswayle integrates stormwater runoff treatment with planting feature for neighborhood. (Photo credit: Wikipedia)
LIDs, or low-impact development technologies, mimic pre-urban stream functions. Examples are green roofs that absorb and evapotranspire rainfall; rainwater tanks attached to homes and other buildings; and permeable pavement for roads, driveways and parking lots. Rainwater could even be used in the home for toilet flushing and laundry.

These are just some of the strategies suggested by an international group of experts who recently collaborated on a review article in the American Chemical Society journal Environmental Science & Technology.

Stanley Grant, senior author of the paper and professor of civil & environmental engineering at the University of California, Irvine, brought together academics from three UC campuses (UCI, UCLA and UC San Diego) and Australia's University of Melbourne; water managers from Orange County Public Works; and engineers from consulting firm Michael Baker International to examine how urban population centers could better meet water supply needs while protecting natural stream ecosystems.

"This team offers a key example of the significant role that University of California scientists can play in finding innovative solutions for major state problems," said co-author Lisa Levin, a Distinguished Professor at Scripps Institution of Oceanography. "With drought so pervasive, California cannot afford to waste its precious stormwater; nor can it afford to send contaminants into the ocean. The options addressed in this article tackle both of these issues."

Managing stormwater runoff in urban environments is a challenge for engineers and water officials. During pre-industrial times, rainwater gradually seeped into the ground and, from there, into rivers, lakes and oceans. Humans, however, have replaced forests and grasslands with a lot of impermeable surfaces that send runoff in a torrent directly to the closest waterways. "The massive volumes and pollutants associated with stormwater runoff are a deadly one-two punch for streams and lead to a condition known as 'urban stream syndrome,'" said Asal Askarizadeh, lead author and UCI graduate student in civil & environmental engineering.

Symptoms include erosion, flooding and rising stream temperatures; an imbalance in nutrients, carbon and oxygen in the water; and an increase in unwanted sediments, chemical pollutants and human pathogens.

The antidote, Askarizadeh said, is to harvest and reuse as much of the stormwater runoff as possible and allow a portion to infiltrate into the ground to support streams and groundwater.

"Using LIDs to create this kind of localized, widely distributed approach to stormwater management will require individuals and public agencies to be open to significant change," said co-author David Feldman, professor and chair of UCI's Department of Planning, Policy & Design. "We expect the government to manage our water supply completely, and in some places, it's even illegal to harvest rainwater locally. Laws and habits are going to have to change if we are to adapt to new climate and urban realities."

One of the significant changes the authors argue for is a movement toward distributed infrastructure (rainwater tanks and green roofs) as a complement to the centralized infrastructure (aqueducts, water treatment plants and, more recently, desalination plants) cities have long relied on. "The reason is that in order to protect receiving waters and streams, we need to capture the runoff as close to where it's generated -- for example, your home -- as possible," said co-author Brett Sanders, professor and chair of the Department of Civil & Environmental Engineering at UCI.

"The question then becomes: What do you do with the stormwater once you've captured it?" said co-author Megan Rippy, a UCI postdoctoral researcher in civil & environmental engineering. "Our work provides a blueprint for estimating how much of the captured water should be infiltrated into the ground and how much should be harvested for any purpose that keeps it out of the stream, such as for nonpotable purposes in the home. The ratio of those two volumes depends on local climate and what the landscape looked like in pre-industrial times."

"The bottom line is that these solutions are good for the environment and good for people too; they just require changing habits," Grant said. "For example, over 2 million people in Australia use rainwater from their roofs to flush toilets -- and that makes good sense. Using drinking water to flush toilets is literally washing our future down the drain."

With funding from a National Science Foundation PIRE grant, he and his colleagues were able to spend time in southeastern Australia studying how people there have dealt with their historic drought. "They have had a positive experience implementing LID technologies to manage scarce water resources, and in doing so, they've provided a good example of how universities can work with governments and private-sector entities to come up with solutions to water challenges," Grant said. "And the best part is that after emerging from one of the longest droughts in Australia's history, Melbourne has been voted year after year as the most livable city in the world. We could definitely use some of their magic."

Source: University of Californa - Irvine.


Thursday, August 15, 2013

Rain Check

A pioneering outreach program empowers homeowner take on a city's stormwater troubles one house at a time.
 
Philadelphia, like most cities rests upon a vast network of underground pipes. In particular, our city has two types of sewer systems - combined and separate sewer systems - which, in total, measure 3,000 miles in length.

In areas with combined sewers, a single pipe carries both stormwater from streets, houses, and businesses as well as waste water from houses and businesses to a water treatment plant. In areas with separate sewers, one pipe carries stormwater to the city's streams while another carries wastewater to a water treatment plant.

When it rains and the amount of combined stormwater and wastewater exceeds the sewer system's capacity, the mixed stormwater and wastewater is discharged into the city's streams before it is treated - an unfortunate, but common scenario.

In the separate sewer system, stormwater is not routed to a treatment plant and is discharged directly to a stream. Pollutants picked with stormwater flow along the city's impervious surfaces and are discharged into the streams, an occurrence known as stormwater runoff.

Impervious surfaces like driveways, sidewalks, and streets prevent stormwater runoff from naturally soaking into the ground. Stormwater can pick up debris, chemicals, dirt, and other pollutants and flow into a storm sewer system or directly to a lake, stream, river, wetland, or coastal water. Anything that enters a storm sewer system is discharged untreated into the waterbodies we use for swimming, fishing and providing drinking water.

Green stormwater infrastructure includes a range of vegetation and soil systems that intercept stormwater, infiltrate a portion of it into the ground, evaporate a portion of it into the air, and in some cases release a portion of it slowly back into the sewer system.

Impervious surfaces, such as roadways and buildings, are characteristic of urbanized landscapes. As land development increases, it leads to replacement of pervious areas with impervious surfaces, causing an increase in stormwater runoff volume and combined sewer overflow episodes. In turn, this affects Philadelphia's watersheds by impairing water quality and degrading stream habitats. The Philadelphia Water Department (PWD) has established goals to protect and enhance local watersheds by managing stormwater runoff with innovative green infrastructure, maximizing economic, social, and environmental benefits for the city.

Rain Check is a program from PWD that helps residents manage stormwater and beautify their homes. Participation in Rain Check is one way Philadelphia residents can help improve local water quality and beautify their homes at the same time. Rain Check provides stormwater tools at a reduced cost to Philadelphia residents who live in the combined sewer area. These tools are landscape improvements that can beautify your home and will improve the water quality of our rivers and streams.

More on the program from the Philly Watersheds webpage:

Integrating green stormwater infrastructure into a highly developed area such as Philadelphia requires a decentralized and creative approach to planning and design. Various tools can be implemented to accomplish this, including stormwater planters, rain gardens and green roofs. All of these tools help to reduce runoff volume and filter pollutants by intercepting stormwater runoff before it enters the City's combined sewer system.

We're continuously exploring innovative ways to implement green infrastructure tools. Through our eight Land-Based Green programs, we will achieve our goals of reducing localized flooding, reducing combined sewer overflows, and improving water quality while also improving the quality of life of residents.

Contaminated water bodies are only one of many interrelated problems affected by stormwater. Stormwater volumes that exceed the sewer system's capacity can cause backups and result in street and basement flooding. Waterways and wetlands are degraded by pollutants in stormwater as natural habitats are destroyed, and biodiversity suffers. Impaired streams do not support healthy aquatic communities, do not meet uses designated by the State, do not serve as amenities to the community, and occasionally cause property damage due to flooding. When our waterways are not as healthy as they can be, we lose out on water-related recreation opportunities.

Impervious cover exacerbates the problem of stormwater when runoff flows directly into the nearest storm drain without being mitigated. If untreated before entering our waterways (including the Schuylkill and Delaware rivers, which we use as sources of drinking water), this contaminated water can have a detrimental effect on water quality.

The more impervious surfaces there are in the city, the more polluted stormwater enters the sewer system, increasing the total volume of water the city's infrastructure network must handle.The Philadelphia Water Department believes that every homeowner can make a difference in transforming Philadelphia into a green city with clean water. Rain Check gives homeowners an opportunity to reduce pollution that would otherwise end up in our creeks and rivers. For homeowners who participate in the Rain Check pilot program, PWD will help them choose a landscaping tool to manage stormwater runoff and help pay for the cost of installing the tool.

Rain Check is now in its second year as a pilot program. As part of the broader Green City, Clean Waters initiative, the services seek to help ease stormwater problems while also helping green the city. It has created awareness and shed light on such issues that were typically out of sight and mind from community stakeholders. It has also created a workforce of stormwater management specialists, which consists of a hybrid of landscape architects, environmentalists, and structural engineers in a leading-edge field for urban sustainabilty--D.A. DeMers

Wednesday, September 26, 2012

Mapping for Cleaner Water

A Bethlehem, PA company shows how to set a course for less polluted waters through innovative technology.
  
It takes a lot of work for cities to provide clean water for their residents. But it's one of the most important challenges we face today. Our choices on maintaining a clean water system and protecting the watershed have a deep impact on the health and productivity of our nation. The mitigation of storm-water runoff is key to this, and the EPA's MS4 initiative, short for Municipal Separate Storm Sewer System, charts the way for municipalities to implement solutions.

To help with the effort, a new Pennsylvania company called Map Decisions, which has been accepted into the state's acclaimed Ben Franklin TechVentures Incubator program, has developed an innovative GPS software program for monitoring municipal water systems and assisting with MS4's implementation. Home Science recently spoke with Map Decision's CEO, Christian Birch, a Philadelphia native, for details:

What is Map Decisions, how long have you been together, and what is it that you seek to do or do now?

Map Decisions is a company that I recently formed in the beginning of 2012. I've worked for the last 13 years as an engineering consultant primarily supporting local governments, and I saw a great need in assisting local governments in complying with regulatory requirements - in particular one program from the EPA know as the municipal separate storm sewer program (MS4). It requires municipalities to obtain a permit to operate their storm sewer systems, and there are a lot of regulations that are creating both technical and financial burdens for local governments. We are helping local governments implement the permit. Our mission is to help governments improve their efficiency through innovative solutions. Map Decisions seems to redefine the term "moving at the speed of government." For generations that meant moving at a snail's pace. There's a lot of room for improvement. We need to inject innovation and technology and bring efficiency within our government.

Let's look at this subject a slightly different way, and let's take into consideration the EPA's MS4 mandate. The city of Philadelphia recently implemented a 25 year plan for green infrastructure. And the way we're looking at it is that we don't really have the money, the tax money to pay for the infrastructure renovations that are typically needed in big cities. Revenues have shrunk. So what we're doing through some of these mandates is possibly helping us save money. Do you see the positive aspects of green infrastructure and the EPA's MS4 program? Do you see how enacting some of these measures could really benefit cities and actually save tax money - not just from a burden point of view, but from an environmental and tax saving perspective? Do you see value in that?

Yes. There's long term value there. The goals and objectives of the EPA's program are to protect water quality. All the new regulations and the new methods for protecting water quality at the end of the day will make our communities stronger, they will save tax payers money, but there is an upfront cost.




In the last decade there's been a lot of improvement in terms of best management practices. City, state, county and federal governments are all pushing to have more sustainable design practices and preserving water quality. The engineering communities are required to implement best management practices wherever possible.

And these best management practices are part of the MS4. You have the construction phase of storm-water management, and the post construction phase. Construction phase examples are sediment basins that allow sediment in runoff to settle out so that it doesn't go into streams. Another example would be a silt fence - the 18" high fabric fences around construction sites. These are the best management practices for construction phase. Post-construction examples are rain gardens or vegetative bioswales, or porous pavement.

Those would be the so called "low impact tools" that cities and municipalities are beginning to utilize? Low impact, perhaps, because they don't require the city to dig and build larger sewer systems? It takes some of the burden off the sewer system in general by implementing these types of green tools. Is that right?


English: Illustration of a silt fence installa...
Silt fence. (Photo: Wikipedia)
Yes, and encouraging infiltration wherever possible. We need to make sure that we're not exchanging water between watersheds and we need to recharge aquifers. In cities like Philadelphia, it's very costly to expand sewer systems. These low impact solutions do two things: it prevents [cities] from having to do costly upgrades to the storm-sewer network, but it also allows them to improve water quality.

Let's focus a bit more on Map Decisions. What tools do you have to offer related to this?
 
We're developing one now called MS4 Solutions. It's an information management system. There are two basic components to it. It's a cloud based information system that allows the user to log on and have control of the information management system. The very first thing we do is allow our clients to develop a storm-water management system utilizing our software.

The second side to our system is mobile software. There are two mobile utilities that are tied to our information management system. The first is a mobile inspection utility, and the second is a mobile mapping utility. Both of our mobile utilities use location intelligence to help improve efficiency of data collection and aggregation. Some of the data the EPA is asking for can be difficult to ascertain, such as weather data - when was the last rainfall event and what was the volume of rain in the field where you're inspecting. That's nearly impossible to do when you're sitting out there with [just] a clipboard. The inspectors using our software don't have to worry about that. Once they start an inspection the on-board GPS triggers the intelligence built into our system. Things like the weather data, what watershed they're in, what are the receding waters - all of these things are automatically aggregated for the user utilizing the data models behind our software.

In the near future we will be adding additional modules to our platform that will allow customers to utilize mobile inspection and mapping features for other applications, such as roadways, water and wastewater, and building inspections.

This is primarily for monitoring the existing system or for planning and decision making?

Essentially for monitoring. The EPA wants to make sure we're not contaminating our nation's water. They're trying to encourage monitoring to prevent contamination of our waterways.

Interesting stuff, thank you for your time and good luck with your efforts.

Thank you.


Editorial note: The MS4 mandate covers a wide range of public entities to comply with the EPA's requirements, including local governments, municipal authorities, departments of transportation, hospitals and universities.This information was advised by Mr. Birch in a separate interview.


For more information on Map Decisions, LLC, visit www.mapdecisions.com or email them at info@mapdecisions.com or contact by phone at 877-277-5789.

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Friday, July 13, 2012

Turning the Tide on Stormwater Overflow

ECA Program Manager Zach Popkin gives the scoop on Philly's new Rain Check residential stormwater initiative.

Most people don’t often think about sewers, rainwater, and where water goes after a flush of the loo, but the folks at the water department sure do. It’s a big problem for cities because water is a limited resource and when sewers become overburdened, it can make for a troublesome mix with drinking water, which ultimately takes energy and money to clean.

To mitigate stormwater overflow issues, cities have increasingly relied on public green infrastructure tools such as bump-outs, planters, rain gardens, green roofs, bioswales and tree trenches (such as the one pictured here in Philadelphia's Columbus Square, which can hold up to 7100 gallons of rainwater per incident).

Philadelphia, in particular, has now begun taking this approach to people's homes with a new innovative residential program called Rain Check, which involves an initiative from the Philadelphia Water Department, training and implementation from the Energy Coordinating Agency, and engagement with the city's homeowners and residents.

Thus, Home Science caught up with the ECA's Program Manager for Rain Check, Zachary Popkin, to get the word on how it's all going to work:


What's the main purpose of the Rain Check program?

Here in the city of Philadelphia, because the city is so old, we have somewhat of an antiquated sewer system. Two-thirds of the city has what we call a combined sewer system. And what that means is that the sewer pipes in our streets have a combination of stormwater from rain events combined with our waste water from our homes. And what happens is that when it rains and they reach their capacity, we have these overflows. These stormwater overflows are flowing into our waterways, and it creates pollution, it creates erosion and flooding, and basically degrades the quality of our water in terms of the cleanliness of the water as well as habitats for ecosystems, and making our waterfronts liveable and enjoyable. Through this program we hope to address the issues of both stormwater quantity and quality management and we hope to make a happier city and more friendly waterfronts.

More specifically, since this effects all Philadelphians, what sort of role can homeowners and tenants play to help? How does Rain Check allow them to participate?

The goal of Rain Check is to treat the first inch of rain from storm events on the resident's site. So we have five green tools from Rain Check. We have a downspout planter box, we have a rain garden, we have the depaving of impervious surface - so if you have asphalt or concrete we can remove that to encourage the water to naturally infiltrate back into the ground - and we have porous paving options, which is basically still hard surfaces but allows the water to penetrate into the ground. And lastly we have just your average yard tree, which helps capture stormwater but also the root systems help to filter the water.

Homeowners who are participating in the program can receive one of the tools I mentioned, plus a yard tree. So say they can get a planter and a yard tree, or they can get a rain garden and a yard tree. The way the funding works is that the homeowner will be responsible for just a small copay, and the water department will provide funding for the remaining 80-90 percent. So it's a drastically reduced cost that the homeowner will pay to get their green tool.

Since this blog is also concerned with green jobs and building a sustainable workforce, in every sense, describe the type of jobs you'll be creating and the backgrounds of people being trained for this new career field of green infrastructure.

Green tool training at the ECA
Sure. We're managing our stormwater management process similar to the same way we do our energy audit process, where we have the energy audit up front, then we have the weatherization work. At the ECA in the EnergyWorks program we do a quality assurance inspection at the end of that process. You have a three process program with the inspection, the remodeling work, and the quality assurance assessment.

With the Rain Check program we've modeled that process similarly. We've trained assessors to go out and do stormwater assessments. We're requiring that stormwater assessors have their Building Performance Institute Analyst (BPI) accreditation - that basically helps them better determine stormwater issues or opportunities as it applies to the properties and homes.

For our installers, we've trained a greater variety of installers because there's a little bit more in the variety of green tools. So the types of installers are going to be general contractors and landscapers. And we have masonry contractors for the depaving portions of the program.

Do you see this kind of work as a growth field in the future, and if so, what are the indications of that?

Absolutely. Philadelphia has become a leader in the method that it has come to address its stormwater problems. Some other cities are choosing to address the issue in the back end by increasing the capacity of pipes and at the water treatment plants. What Philadelphia is choosing to do is a little bit more innovative, by treating the problem at the source, by treating it on site. So not only are we treating the stormwater through these practices, but we're helping to beautify our city, because the planter boxes and rain gardens and trees add an aesthetic value - not only are we resolving stormwater problems but we are able to green and beautify our city through these programs.

And since Philadelphia has acted as a leader in this method for managing stormwater, we're hoping that Rain Check, and Philadelphia's stormwater program overall, which is called Green City, Clean Waters, can serve as a model for cities throughout the nation as they address their stormwater issues.

And in a cost effective way.

Exactly, particularly in Philadelphia because of the scope of our sewer system. It's prohibitive cost-wise to rehabilitate all of our sewer systems and by completely trying to address the issue of stormwater by increasing the capacity of our plants. What Philadelphia needs to do to address its type of water problems is a more comprehensive approach. While we can do some of the other things such as increasing capacity of sewer systems and treatment plants, doing things like stream restoration and public outreach, we're also going to be doing things like green infrastructure and low impact development, such as the green tools we talked about.

Sounds like a win win solution. Thanks for your time.

Thank you.


Blogger's note: The Rain Check program is in pilot phase, and currently not registering additional residents. Further opportunities to join will be forthcoming. For more on this and other programs from the Philadelphia Water Department visit www.phillywatersheds.org
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Thursday, March 22, 2012

Hands On With Green City, Clean Waters

     
PWD staffer discusses stream restoration.
Water is energy, it is a source of life. In the past few weeks I've had the opportunity to examine that life source a bit more closely through an innovative outreach effort called the Green City, Clean Waters Ambassador Program from the Philadelphia Water Department and the Pennsylvania Environmental Council.

The program aims to create a new partnership to promote green infrastructure education and stewardship in Philadelphia neighborhoods. With a boost of hands-on training by specialists from the water department and various other related organizations, a group of community leaders from designated civic associations will emerge to become Green City, Clean Waters Ambassadors.

More specifically, the program focuses on storm-water management, including development, care and advocacy for sustainable landscape projects or green tools, such as tree trenches, bump-outs, bioswales, rain gardens, infiltration trenches, green roofs, and others, as part of the city's innovative initiative to reduce contamination from sewer runoff. It also integrates issues such as stream restoration, soil conservation, and other regenerative processes that are essential for maintaining healthy urban ecosystems.

A real bioswaleA real bioswale (Photo credit: Steven Vance)
Green infrastructure improvements.
Unlike many big ticket urban approaches to water reclamation that often involve major ovehalls of grey infrastructure, this program utilizes an interactive union of mother nature, the water department, and people power to make it all work. The end result is to give our local communities a sustainable development initiative that is light on the taxpayer's wallet, promotes community engagement and access, and creates a cleaner, more beautiful city. It's a very Philadelphia-like, neighborhood-minded solution to an issue that's troubling much of the nation these days.

An ambassador, huh? Perhaps. That certainly sounds prestigious. In any case, I think I'd fit the bill just fine sporting a white suite and fedora... More on this development in the coming weeks. --D.A. DeMers

For additional info on green infrastructure improvements and the Green City, Clean Waters Ambassador Program visit www.phillywatersheds.org.

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20 Years of Energy Star Savings 

 

Hard to believes that it's been that long. Seriously, like 20 years long. But let's not dwell to much on that. Instead let's think of the many good ways the Energy Star program has helped people save on energy costs while in their homes and offices. EPA Administrator Lisa P. Jackson had some special words commemorating the anniversary in a recent blog post in the Huffington Post. Happy anniversary, indeed.  Read More.

To see a great YouTube video on the history of the Energy Star program, click here.

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Energy Efficiency Made Easy

  

Eric Barendsen, a communication specialist at the US Department of Energy's Energy Efficiency and Renewable Energy Communications and Outreach Office, cuts to the chase with an Energy Saver's blog post on how he saved big with heating bills this winter. He also explains how that rolls into spring and summer. Best of all, he's got some quick and easy tips.  Read More. 

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Putting solar to work for your home


Photovoltaic cells produce electricity directl... (Image: Wikipedia)
Photovoltaic cell.
Michigan home remodeler and instructor Steve Bredernitz sheds some light on the investment to saving ratio of his made in the USA home solar project, and how to get a solar system up and running quickly. This and more are reasons why he's gives thumbs up for solar. Post via Greenspiration Home:

"Just over a year ago, I was meeting with some fellow remodelers and we were talking about quirky clients, our teenage kids, and renewable energy. A few of these gentlemen had solar arrays and wind turbines at their homes and spoke highly of the benefits.  Others at the table were adamant that renewable energy was not cost effective. One remodeler in particular commented how solar was a horrible idea in the 1970s and is a horrible idea today. That was the moment I decided to act!Read More.

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Up next week on Home Science, we'll check in with a few Philadelphia sustainable businesses that are making good for the community while making smart business sense. Plus, more on solar products for your home. Stay tuned.


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Monday, May 2, 2011

Greening our Infrastructure

EPA Administrator Lisa P. Jackson and Philadelphia Mayor Michael Nutter recently spoke of the economic and environmental value of green infrastructure in American communities. Their efforts are commendable - sewers and such aren't topics of everyday conversations, despite being essential to metropolitan living. Water is a sacred resource, and the innovative new methods being used to preserve it are truly fascinating and worth learning about - they are passages to a more resourceful future.--D.A. DeMers.
  

The Big Green Block

LEED certified Kensington High School.
PHILADELPHIA – Mayor Michael A. Nutter, Environmental Protection Agency Administrator Lisa P. Jackson and Congresswoman Allyson Schwartz highlighted the Philadelphia Water Department’s Big Green Block initiative at Shissler Recreation Center and the Kensington High School for the Creative and Performing Arts. The Big Green Block initiative, part of the Administration’s Green City, Clean Waters plan, promotes greening and stormwater management of the city blocks within the community surrounding the Shissler Recreation Center through implementing several green stormwater infrastructure systems on the property. The initiative is a collaborative effort between the Philadelphia Water Department, The Pennsylvania Horticultural Society, the New Kensington Community Development Corporation, Sustainable 19125, the Mural Arts Program and the Philadelphia Parks and Recreation.

“When we talk about sustainability and about green cities in the future, water must be among the first issues addressed. We can’t be green without water. The Big Green Block initiative is an exciting example of how we can work together toward a common vision of William Penn’s green country town,” said Mayor Nutter. “I would like to thank EPA Administrator Jackson for recognizing the importance of stormwater management in America’s cities, and especially Howard Neukrug and the Water Department for their forward thinking.”



Philly artist at work on an environmental mural.

“Instead of investing in one project that treats one concern, green infrastructure allows us to protect the health of our waters, save money and make our communities more attractive places to buy homes and build businesses,” EPA Administrator Lisa P. Jackson said. “We want to use the win-win strategies we see here with the Big Green Block Initiative and other projects throughout the city to make every community healthier, more prosperous and more sustainable.” Read More...

Source: The City of Philadelphia website. Photos by D.A DeMers. For further reading on this and similar projects visit www.phillywatersheds.org.

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A Nationwide Strategy

Lisa P. Jackson in Philadelphia.
WASHINGTON – The U.S. Environmental Protection Agency (EPA) is launching a new strategy to promote the use of green infrastructure by cities and towns to reduce stormwater runoff that pollutes our nation’s streams, creeks, rivers, lakes and coastal waters. Green infrastructure decreases pollution to local waterways by treating rain where it falls and keeping polluted stormwater from entering sewer systems. In addition to protecting Americans’ health by decreasing water pollution, green infrastructure provides many community benefits including increased economic activity and neighborhood revitalization, job creation, energy savings and increased recreational and green space.
 

“Through this agenda, we’ll help cities and towns across the nation clean up their waters and strengthen their communities by supporting and expanding green infrastructure,” said Deputy Administrator Bob Perciasepe, who announced the agenda at a Green Street, Green Jobs conference focused on fostering green infrastructure in the Washington, DC metropolitan area. “Green infrastructure changes improve the health of our waters while creating local jobs, saving communities money and making them healthier and more prosperous places to raise a family and start a business.”

Stormwater is one of the most widespread challenges to water quality in the nation. Large volumes of polluted stormwater degrade our nation’s rivers, lakes and aquatic habitats and contribute to downstream flooding. Green infrastructure captures and filters pollutants by passing stormwater through soils and retaining it on site.  Effective green infrastructure tools and techniques include green roofs, permeable materials, alternative designs for streets and buildings, trees, rain gardens and rain harvesting systems.

As part of the strategy, EPA will work with partners including local governments, watershed groups, tribes and others in 10 cities that have utilized green infrastructure and have plans for additional projects. EPA will encourage and support expanded use of green infrastructure in these cities and highlight them as models for other municipalities around the country. The 10 cities are: Austin, Texas; Boston, Mass.; Cleveland, Ohio; Denver, Colo.; Jacksonville, Fla.; Kansas City, Mo.; Los Angeles, Calif.; Puyallup, Wash.; Syracuse, N.Y.; and Washington, DC and neighboring Anacostia Watershed communities.

Natural and impervious cover diagrams from the EPA. Via Wikipedia.

Energy savings is one of the greatest benefits of green infrastructure. On and around buildings, green infrastructure can reduce heating and cooling costs. For example, green roofs reduce a building’s energy costs by 10 to 15 percent, and an additional 10 percent of urban tree canopy can provide 5 to 10 percent energy savings from shading and windblocking. Green infrastructure also conserves energy by reducing the amount of stormwater entering combined collection and treatment systems, which reduces the amount of wastewater processed at treatment plants.

EPA will continue to work with other federal agencies, state and local governments, tribes, municipalities, and the private sector to identify opportunities for using green infrastructure and provide assistance to communities implementing green approaches to control stormwater.  EPA will also provide additional tools to help states and communities leverage green infrastructure opportunities within other innovative environmental projects.


Sourced from an EPA press release. Photos by D.A. DeMers.


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