Accelerated drainage, Turf, AirDrain Agronomic Natural Grass Drainage, Natural grass, Natural Turf Drainage, Agronomic, LEED, turf, landscape, drainage, athletic field drainage, green roof, softball, baseball, football, soccer, lacrosse, bocce, tee boxes, golf greens, sub-surface, sports field, natural turf, sand profile, USGA, rooftop, gmax, hic, fifa, world cup, fifa world cup, NFL, water retention, perched water table, water reuse, storm water management, vegetated roof, Arizona cardinals, University of Phoenix, Ellis field, Texas A&M, field hockey, ultimate Frisbee, ncaa, drainage layer, synthetic drainage layer, sand based field, usgbc, asla, aia, green building, golf drainage, airdrain geocell, Soccer, Baseball, Super Bowl, Natural Turf, Natural Grass, NCAA, Sports Field Drainage, Athletic Field Drainage, Baseball field Drainage, Football Field Drainage, Soccer field Drainage, Lacrosse field Drainage, Perched Water table, turf performance field, golf course drainage, sand bunker drainage, tee box drainage, golf green drainage, batting cages, bullpen, batting cage, bullpens, LEED, turf, landscape, drainage, golf, field hockey, geocell, geo cell, geogrid, geo grid, shock pad, usgbc, asla, aia, green building, airdrain geocell, airdrain, air drain, airgrid, air grid, lawn drainage system

Natural Turf Drainage and their success with AirDrain from Craig Potts at Texas A&M

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Natural Turf Drainage and their success with AirDrain Agronomic Drainage from Craig Potts at Texas A&M

We were so pleased to receive this letter from Craig Potts of Texas A&M on the success they are experiencing with their AirField System with the AirDrain Agronomic Natural Grass Drainage System on the four natural turf fields at Texas A&M some dating back to 2002, take a look:

Letter From Craig Potts at Texas A&M, athletic field, green roof, softball, baseball, football, soccer, lacrosse, bocce, tee boxes, golf greens, sub-surface, invisible structures, sports field, natural turf, sand profile, USGA, rooftop, swale, bio swale, gmax, hic, sand traps, bunkers, fifa, world cup, fifa world cup, NFL, water retention, perched water table, water reuse, storm water management, vegetated roof, Arizona cardinals, University of Phoenix, Ellis field, Texas A&M, Chesapeake energy, field hockey, ultimate Frisbee, ncaa, caddetails, cad details, drainage layer, synthetic drainage layer, sand based field, usgbc, asla, aia, green building

For Natural Turf
It was concluded thru a research project conducted at Texas A&M University that irrigation needs can be reduced by using AirField Systems AirDrain. This five year research project was jointly funded by the United States Golf Association and AirField Systems, and was a collaborative effort between Texas A&M University, AirField Systems and the United States Golf Association.

The data from the research showed that the AirField Systems drainage profile provided up to 3 more days of plant available water than a United States Golf Association recommended gravel and sand profile.

Click here for more information about the study titled “A Comparison of Water Drainage and Storage in Putting Greens Built Using Airfield Systems and USGA Methods of Construction”.

Benefits of an AirField System Design include:

 up to 3 more days of plant available water stored in the root zone (depending on climate)
 Significantly reduces daily irrigation needs (as told to us by our customers)
 Healthier turf / stronger root system (as told to us by our customers)
 100% Vertical Drainage under the entire playing surface
 AirDrain is a 100% recycled copolymer which has the impact modifier “metallocene” added to it for
qualification as a “No Break” plastic, making it able to withstand extreme heat and cold and still maintain
performance
 Helps eliminate standing water / simplifies maintenance (as told to us by our customers)
 Minimal site disturbance / far less excavation and disposal
 Several installation days are saved over a gravel installation
 Compact shipping which reduces overall storage and transportation costs
 AirDrain System sand profiles create its own almost perched water table

LEED, turf, landscape, drainage, golf, bunkers, athletic field, green roof, softball, baseball, football, soccer, lacrosse, bocce, tee boxes, golf greens, sub-surface, invisible structures, sports field, natural turf, sand profile, USGA, rooftop, swale, bio swale, gmax, hic, sand traps, bunkers, fifa, world cup, fifa world cup, NFL, water retention, perched water table, water reuse, storm water management, vegetated roof, Arizona cardinals, University of Phoenix, Ellis field, Texas A&M, Chesapeake energy, field hockey, ultimate Frisbee, ncaa, caddetails, cad details, drainage layer, synthetic drainage layer, sand based field, usgbc, asla, aia, green building, golf drainage, airdrain geocell, Soccer, Baseball, Super Bowl, Natural Turf, Natural Grass, NCAA, AirField Systems, Sports Field Drainage, Athletic Field Drainage, Baseball field Drainage, Football Field Drainage, Soccer field Drainage, Lacrosse field Drainage, Perched Water table, turf performance field, golf agronomic, airdrain drainag, course drainage, sand bunker drainage, tee box drainage, golf green drainage, batting cages, bullpen, batting cage, bullpens, LEED, turf, landscape, drainage, golf, bunkers, field hockey, gmax, hic, geocell, geo cell, geogrid, geo grid, shock pad, usgbc, asla, aia, green building, airdrain geocell, airdrain, air drain, airgrid, air grid

*This drawing, specifications and the information contained herein is for general presentation purposes only. All final drawings and layouts should be determined by a licensed engineer(s).