Percoa USA

Environmental & Economic Benefits of using Percoa Slabs

Environmental & Economic Benefits of using Percoa Slabs; Percoa Website

Imagine Clean Water

According to the Concrete Network pervious concrete has great Economic and Environmental benefits including lowering over all costs. While  “initial costs for pervious concrete pavements are higher than those for conventional concrete or asphalt paving, total costs can be substantially lower.”

Percoa slabs are manufactured to be thicker than regular concrete, this is to support the weight from motorized vehicles.  Percoa slabs are six inches thick versus the average four inches for conventional concrete.

In comparisons between poured in-place pervious and Percoa Slabs for overall installation and life-cycle costs, Percoa slabs are the clear winner over convential concrete or permeable pavers.  When running comparisons you need to look at overall system costs not just square foot costs. You also need to factor in functionality and what the project is looking to accomplish. Percoa  can be used like convential concrete with the added filtration benefits. Builders,parking lot owners and cities have found Percoa Slabs to be a sustainable product that will save them money, because it cuts down the space needed for retention ponds. In the end it ends up being less expensive than a conventional parking lot.

Reasons why:(from the Concrete Network)

Lower installation costs
According to the Center for Watershed Protection, installing traditional curbs, gutters, storm drain inlets, piping, and retention basins can cost two to three times more than low-impact strategies for handling water runoff, such as pervious concrete. Projects that use pervious concrete typically don’t need storm sewer ties-ins, which eliminates the cost of installing underground piping and storm drains. Grading requirements for the pavement are also reduced because there is no need to slope the parking area to storm drains.
Permits the use of existing sewer systems
Pervious concrete may also reduce the need for municipalities to increase the size of existing storm sewer systems to accommodate new residential and commercial developments. Cities love pervious concrete because it reduces the need to rebuild storm sewer systems when new developments go up, says Youngs.
Increased land utilization
Because a pervious concrete pavement doubles as a stormwater management system, there is no need to purchase additional land for installing large retention ponds and other water-retention and filtering systems. That means developers and property owners can use land more efficiently and maximize the return on their investment.
Lower life-cycle costs
Pervious concrete is a sustainable paving material, with a life expectancy equal to that of regular concrete. Most parking areas, when properly constructed, will last 20 to 40 years, according to the Southern California Ready Mixed Concrete Association.

Environmental Benefits

Stormwater runoff is a leading source of the pollutants entering our waterways. According to the U.S. Environmental Protection Agency, about 90 percent of surface pollutants are carried by the first 1-1/2 inch of rainfall. Stormwater drains don’t typically channel this polluted runoff to treatment facilities, but instead convey it directly into local water bodies. This can increase algae content, harm aquatic life, and require expensive treatments to make the water potable.

According to Youngs, the big three pollutants in urban runoff are sediment (dirt and debris), heavy metals (from the brake linings of cars), and hydrocarbons. One source of hydrocarbons is the oil that drips onto pavements from vehicles. But the primary contributor is asphalt. Studies have shown that 90 to 95 percent of the hydrocarbons in urban runoff is from the binder and sealer used for asphalt pavements, he says.

To address these serious pollution concerns, the EPA and many local municipalities and regional watershed authorities are tightening environmental regulations and requiring more stringent stormwater management practices. Pervious concrete is becoming one of the most viable solutions.

 Tree roots need air as well as water, Percoa slabs allow the passage of both.

Here are some of the reasons why. Percoa slabs can:

  • Reduce the amount of untreated runoff discharging into storm sewers.
  • Directly recharge groundwater to maintain aquifer levels.
  • Channel more water to tree roots and landscaping, so there is less need for irrigation.
  • Mitigate pollutants that can contaminate watersheds and harm sensitive ecosystems.
  • Eliminate hydrocarbon pollution from asphalt pavements and sealers.

In addition to stormwater control, Percoa aids in reducing the urban heat-island effect. Because they are light in color and have an open-cell structure, Percoa slabs don’t absorb and store heat and then radiate it back into the environment like a typical asphalt surface. The open void structure of the pervious pavement also allows cooler earth temperatures from below to cool the pavement.

The lighter color of concrete is also beneficial from an energy-savings standpoint. Because the concrete is reflective, the need for lighting at night is reduced.

Beyond helping the environment, pervious concrete pavements are also safer for drivers and pedestrians. Because pervious concrete absorbs water rather than allowing it to puddle, it reduces hydroplaning and tire spray. In California, parks are installing pervious concrete pathways to provide disability access for people in wheelchairs.

This information on pervious concrete can be found on the Concrete Networks website www.concretenetwork.com

Pre-cast Percoa Slabs

KARE 11 and HERLIFE articles on Percoa USA  

Percoa USA LLC. has developed a patented pre-cast pervious concrete slab and paver construction products along with pollution abatement technologies that are environmentally friendly, durable, versatile, cost-effective, and easy to install.

 

 

 

RMC Research 2013-Percoa USA

“The RMC Research & Education Foundation Presents:
Pervious Concrete
Research Compilation: Past, Present and Future
Updated August 2013

Compiled by:
Dr. Heather J. Brown
Concrete Industry Management Program
Middle Tennessee State University

New Groundwater Concerns

According to an MPR News article farmers are illegally pumping groundwater.

“Brooten area farmer Jim Anderson climbs one of his many irrigation rigs. Even an experienced farmer like Anderson, who said he understands the need to protect groundwater through regulation, said he overlooked the need to update a permit for one well he drilled to replace an earlier well. Mark Steil / MPR News”

Find the full article at MPR News

 

Other Places to Find Percoa USA

Percoa The Blue Book

With a Grant from the EPA Water Quality in Lake Michigan will be Improved

GREEN BAY, WI, Mar. 3, 2014 — On Thursday, Feb. 27, the Environmental Protection Agency (EPA) announced the award of a $500,000 Great Lakes Restoration Initiative grant to the city of Green Bay, Wis., to fund a green infrastructure project to improve water quality in Lake Michigan.

EPA Region-5 Administrator and Great Lakes National Program Manager Susan Hedman joined Green Bay Mayor Jim Schmitt and the Friends of Bay Beach at the historic Bay Beach Amusement Park to announce the grant. “This grant will be used to install permeable pavement and bio-filter gardens in the Bay Beach Park to prevent untreatedstormwater runoff from contaminating Lake Michigan,” said Hedman.

Green Bay is one of 16 cities to receive funding in the initial round of EPA’s new Great Lakes Restoration Initiative Shoreline Cities grant program. These grants will be used to fund up to 50 percent of the cost of green infrastructure projects on public property. The projects include rain gardens, bioswales, green roofs, porous pavement, greenways, constructed wetlands, stormwater tree trenches, and other green infrastructure measures designed to improve water quality in the Great Lakes basin.”

Ways to Help Reduce Polluted Stormwater

How Can YOU Prevent Stormwater Pollution?

By the WNY Stormwater Coalition

 

What is stormwater?

Stormwater is water from rain or melting snow that does not soak into the ground. It flows from rooftops, over paved areas, bare soil, and sloped lawns. As it flows, stormwater runoff collects and transports animal waste, litter, salt, pesticides, fertilizers, oil & grease, soil and other potential pollutants.

What’s the problem?Stormwater Illustration

Rain and snowmelt wash pollutants from streets, construction sites, and land into storm sewers and ditches. Eventually, these empty the polluted stormwater directly into streams and rivers with no treatment. This is known as stormwater pollution.

Polluted stormwater degrades our lakes, rivers, wetlands and other waterways. Nutrients such as phosphorus and nitrogen can cause the overgrowth of algae resulting in oxygen depletion in waterways. Toxic substances from motor vehicles and careless application of pesticides and fertilizers threaten water quality and can kill fish and other aquatic life. Bacteria from animal wastes and improper connections to storm sewer systems can make lakes and waterways unsafe for wading, swimming and fish consumption. Eroded soil is a pollutant as well. It clouds the waterway and interferes with the habitat of fish and plant life.

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