Search results for "Pollutants" in Home Design Ideas
Sweet Smiling Landscape DesignWhen I came to this property not only was the landscape a scrappy mess the property also had some very real grading and drainage issues that were jeopardizing the safety of this house. As recent transplants from New Jerseys to Southern California these clients were in awe of all the plants they were seeing in their neighborhood. Living on the water at the Ventura harbor they wanted to be able to take full advantage or the outdoor lifestyle and cool ocean breeze. Being environmentally conscious citizens, these clients were very concerned that their garden was designed with sustainability as a leading factor. As they said in our initial consultation, “Would want or garden be part of the solution not part of the problem.”
This property is the last house on the bottom of a gently sloping street. All the water from the neighbor’s houses drain onto this property. When I came into this project the back yard sloped into the house. When it would rain the water would pool up against the house causing water damage. To address the drainage we employed several tactics. Firstly, we had to invert the slope in the back yard so that water would not pool against the house. We created a very minor slope going away from the house so that water drains away but so the patio area feels flat.
The back of the back yard had an existing retaining wall made out of shabby looking slump stone. In front of that retaining wall we created a beautiful natural stone retaining wall. This retain wall severs many purposes. One it works as a place to put some of the soil removed from the grading giving this project a smaller carbon foot print (moving soil of a site burns a lot of fossil fuel). The retaining wall also helps obscure the shabby existing retaining wall and allows for planting space above the footing from the existing retaining wall. The soil behind the ne retaining wall is slightly lower than the top of the wall so that when the run on water on from the neighbor’s property flows it is slowed down and absorbed before it has a chance to get near the house. Finally, the wall is at a height designed to serve as overflow seating as these clients intend to have occasional large parties and gatherings.
Other efforts made to help keep the house safe and dry are that we used permeable paving. With the hardscape being comprised of flag stone with gravel in-between water has a chance to soak into the ground so it does not flow into spots where it will pool up.
The final element to help keep the house dry is the addition of infiltration swales. Infiltration swales are depressions in the landscape that capture rain water. The down spouts on the sides of the houses are connected to pipe that goes under the ground and conveys the water to the swales. In this project it helps move rain water away from the house. In general, these Infiltration swales are a powerful element in creating sustainable landscapes. These swales capture pollutants that accumulate on the roof and in the landscape. Biology in the soil in the swales can break down these pollutants. When run of watered is not captured by soil on a property the dirty water flows into water ways and then the ocean were the biology that breaks down the pollutants is not as prolific. This is particularly important in this project as it drains directly into the harbor. The water that is absorbed in to the swales can replenish aquafers as well as increasing the water available to the plants planted in that area recusing the amount of water that is needed from irrigation.
When it came to the planting we went with a California friendly tropical theme. Using lots of succulents and plants with colorful foliage we created vibrant lush landscape that will have year around color. We planted densely (the images in the picture were taken only a month after installation). Taller drought tolerant plants to help regulate the temperature and loss of water from the plants below them. The dense plantings will help keep the garden, the house and even the neighborhood cooler on hot days, will provide spaces for birds to enjoy and will create an illusion of depth in a somewhat narrow space.
Today this garden is a space these homeowners can fully enjoy while having the peace of mind that their house is protected from flooding and they are helping the environment.
AirField Systems, LLCAirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access.
An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage.
This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”.
The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment.
From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced.
Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet.
AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!!
Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775
Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002
Find the right local pro for your project
Sweet Smiling Landscape DesignWhen I came to this property not only was the landscape a scrappy mess the property also had some very real grading and drainage issues that were jeopardizing the safety of this house. As recent transplants from New Jerseys to Southern California these clients were in awe of all the plants they were seeing in their neighborhood. Living on the water at the Ventura harbor they wanted to be able to take full advantage or the outdoor lifestyle and cool ocean breeze. Being environmentally conscious citizens, these clients were very concerned that their garden was designed with sustainability as a leading factor. As they said in our initial consultation, “Would want or garden be part of the solution not part of the problem.”
This property is the last house on the bottom of a gently sloping street. All the water from the neighbor’s houses drain onto this property. When I came into this project the back yard sloped into the house. When it would rain the water would pool up against the house causing water damage. To address the drainage we employed several tactics. Firstly, we had to invert the slope in the back yard so that water would not pool against the house. We created a very minor slope going away from the house so that water drains away but so the patio area feels flat.
The back of the back yard had an existing retaining wall made out of shabby looking slump stone. In front of that retaining wall we created a beautiful natural stone retaining wall. This retain wall severs many purposes. One it works as a place to put some of the soil removed from the grading giving this project a smaller carbon foot print (moving soil of a site burns a lot of fossil fuel). The retaining wall also helps obscure the shabby existing retaining wall and allows for planting space above the footing from the existing retaining wall. The soil behind the ne retaining wall is slightly lower than the top of the wall so that when the run on water on from the neighbor’s property flows it is slowed down and absorbed before it has a chance to get near the house. Finally, the wall is at a height designed to serve as overflow seating as these clients intend to have occasional large parties and gatherings.
Other efforts made to help keep the house safe and dry are that we used permeable paving. With the hardscape being comprised of flag stone with gravel in-between water has a chance to soak into the ground so it does not flow into spots where it will pool up.
The final element to help keep the house dry is the addition of infiltration swales. Infiltration swales are depressions in the landscape that capture rain water. The down spouts on the sides of the houses are connected to pipe that goes under the ground and conveys the water to the swales. In this project it helps move rain water away from the house. In general, these Infiltration swales are a powerful element in creating sustainable landscapes. These swales capture pollutants that accumulate on the roof and in the landscape. Biology in the soil in the swales can break down these pollutants. When run of watered is not captured by soil on a property the dirty water flows into water ways and then the ocean were the biology that breaks down the pollutants is not as prolific. This is particularly important in this project as it drains directly into the harbor. The water that is absorbed in to the swales can replenish aquafers as well as increasing the water available to the plants planted in that area recusing the amount of water that is needed from irrigation.
When it came to the planting we went with a California friendly tropical theme. Using lots of succulents and plants with colorful foliage we created vibrant lush landscape that will have year around color. We planted densely (the images in the picture were taken only a month after installation). Taller drought tolerant plants to help regulate the temperature and loss of water from the plants below them. The dense plantings will help keep the garden, the house and even the neighborhood cooler on hot days, will provide spaces for birds to enjoy and will create an illusion of depth in a somewhat narrow space.
Today this garden is a space these homeowners can fully enjoy while having the peace of mind that their house is protected from flooding and they are helping the environment.
KMS Gardens and DesignA contemporary garden renovation that adds levels of living space with a light and open feel to create a graceful landscape both pleasing and functional. This urban garden feels much larger than its standard city lot size and is packed with features such as the natural boulder water feature, that make it unique.
AirField Systems, LLCMarket Center Station Grass Pave Fire Lane Kansas City, Kansas.
A grass pave project designed by AMR Architects Inc out of Little Rock, Arkansas and developed by Houston-based The Morgan Group Inc., Market Station is the largest new construction project erected in Downtown Kansas City since Quality Hill in 1984. AirPave was chosen as the solution for porous flexible paving in the 7,100 square foot grass pave fire lane.
AirPave is a synthetic porous paving and drainage system for grass fire lanes, flexible porous paving and swales. With over 400 installations AirPave is 233psi unfilled, 6747psi sand filled and is made of 100% recycled content which can contribute to LEED™ points. AirPave can ship more than 91,000 sqft per truck load and 798 sqft per pallet with each part weighing only 3.1 lbs. AirPave can save the owner up to $0.80 per square foot or more over our competitors.
Benefits of an AirPave Grass Paving System Include:
Incredible load bearing strength
Protects plant root systems
Slows stormwater runoff
Filters stormwater pollutants
Captures airborne dust and pollutants
Safely consumes moderate engine oil drippings
Reduces uncomfortably hot surface temperature
Increased oxygen production
Reduces or eliminates costly stormwater structures
Applications
Overflow Parking
Fire lanes
Event Parking
Driveways
Employee Parking
Utility Access
On-street Parking
Pedestrian Access
Handicap Parking
Emergency Access
Infiltration Basins
To discuss your grass pave construction project, call AirField Systems at (405) 359-3775.
AirField Systems, LLCAirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access.
An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage.
This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”.
The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment.
From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced.
Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet.
AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!!
Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775
Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002
Ellen Sousa/Turkey Hill Brook FarmPhoto by Ellen Sousa/THB Farm
This is an example of a landscaping in Boston.
This is an example of a landscaping in Boston.
Carmichael EnvironmentalWe build using techniques that always make Mother Nature happy. When moving stormwater away from buildings and parking areas we use vegetated swales and rain gardens that will allow the water to slow, spread, and sink into the earth to recharge groundwater basins. Doing this not only looks better than using pipes with asphalt and concrete basins but doesn’t carry pollutants into our creeks, lakes, or oceans as the plants will treat the water before it flows away.
Carmichael EnvironmentalWe build using techniques that always make Mother Nature happy. When moving stormwater away from buildings and parking areas we use vegetated swales and rain gardens that will allow the water to slow, spread, and sink into the earth to recharge groundwater basins. Doing this not only looks better than using pipes with asphalt and concrete basins but doesn’t carry pollutants into our creeks, lakes, or oceans as the plants will treat the water before it flows away.
Regenesis Ecological DesignThis interlocking concrete permeable paver driveway is set in an ashlar pattern to create a decorative but versatile look. This driveway allows stormwater to infiltrate into the ground - instead of running off the landscape into streams and rivers where is can cause flooding and pollution.
Studio SteinbomerOpen concept kitchen - 1950s single-wall open concept kitchen idea in Austin with an undermount sink, flat-panel cabinets, medium tone wood cabinets, quartzite countertops, glass tile backsplash, black appliances, an island and white countertops
Patrick Ahearn ArchitectGreg Premru
Bathroom - large traditional master white tile bathroom idea in Boston with an undermount sink, beaded inset cabinets, white cabinets, marble countertops and white walls
Bathroom - large traditional master white tile bathroom idea in Boston with an undermount sink, beaded inset cabinets, white cabinets, marble countertops and white walls
Wonderful Windows and SidingSimonton vinyl windows and doors are made from the highest quality vinyl and require almost no maintenance. Just an occasional washing will keep them looking brand new for many years. Vinyl windows offer increased comfort and are energy efficiency, while adding value to your home.
http://www.simonton.com/
Design Shop InteriorsBoho Sitting Room Design with pink pillows and leather sconce.
Living room - coastal living room idea in Sacramento
Living room - coastal living room idea in Sacramento
212 ConceptHow comfortable does this wide chair look? Choose from grey or natural upholstery to pair with stainless steel, walnut or light wood legs. Which do you prefer?
Features:
Back rest splits in two individually adjustable parts & three positions
Upholstery: Fabric with foam pocket spring mattress
Frame: Black Powder-Coated Steel
Also offered in matching Chair
Choices of 3 leg finish options; Walnut, Natural wood or Stainless Steel
Can be special ordered (COM/COL)
Environmentally Friendly Material: Recyclable Waste, Plastic and Metal
Residual, Combustible Waste is incinerated in Low-Pollution Plants
Suitable for both residential and commercial use.
Dimensions:
83"W | 45"D | 31"H
Seat height: 15"
Total Weight: 149 lbs"
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