Transparent Environmental Responsibility in Synthetic Turf
Bringing Science to the Surface™
Act Global’s approach to environmental responsibility is transparent and balanced. We help field owners choose lower-impact options and understand honest lifecycle tradeoffs, water conservation, material disclosure, heat management, and end-of-life planning.
We do not greenwash. Every environmental claim on this page traces to independent government, university, or institutional research. Where tradeoffs exist, we acknowledge them. Where science is still evolving, we say so.
The Environmental Case, By The Numbers
1.5M
Gallons of Water Saved Per Field Per Year
1,600
Playable Hours vs. 480 for Natural Grass
60%
Of Natural Turf GHG Emissions Come From Maintenance
Zero
Water Required Per Year for Synthetic Turf Fields
Sources: Henderson NV Schools, Zurich University (2021), Vancouver Board of Parks & Recreation (2024). Data reflects independent institutional research.
How We Address Environmental Responsibility
Six Topics. Independent Data. Honest Answers.
Water Conservation
Synthetic turf eliminates irrigation needs entirely. Independent data shows savings of up to 1.5 million gallons per field per year, a measurable, quantified environmental benefit backed by government sources.
PFAS Transparency
PFAS is the highest-concern public issue facing the synthetic turf industry. We address it directly, what testing has been done, what results showed, and what independent research says about health risk.
Heat Management
Surface temperature is a real and manageable consideration. Infill selection, cooling technologies, and scheduling are the design solutions, not avoidance of the issue.
Infill Options
From crumb rubber to cork, sand, and organic alternatives — infill choice affects performance, heat, environmental impact, and cost. We cover honest tradeoffs across all major options.
End-of-Life & Recycling
What happens to a synthetic turf field at end of life? We cover current recycling pathways, landfill diversion options, and what field owners should plan for at the 8–12 year replacement window.
Lifecycle Tradeoffs
No surface is without tradeoffs. Synthetic turf conserves water and reduces chemical inputs — but generates microplastics and requires end-of-life planning. We present the full picture, not a selective one.
OUR APPROACH
What We Will and Won’t Say About the Environment
✓ Water conservation figures traced to government sources
✓ Transparent material disclosure including PFAS testing results
✓ Honest lifecycle tradeoffs, synthetic turf is not perfect
✓ Infill options presented with real performance and environmental data
✓ End-of-life planning as a responsible ownership consideration
✓ Independent peer-reviewed research cited for every claim
✕ “Eco-friendly turf”
✕ “Green turf”
✕ “Non-toxic”
✕ “Fully sustainable”
✕ “Safe chemicals”
✕ Claims that dismiss PFAS or heat as non-issues
Environmental data cited on this page is drawn from independent government, university, and institutional sources including the Vancouver Board of Parks & Recreation (2024), Zurich University (2021), Linköping University (2021), the University of Texas at Austin, Henderson NV Schools, and the European Chemicals Agency (ECHA). Peer-reviewed studies include ERASSTRI (Schneider et al., 2020), Bleyer & Keegan (2018), Pronk et al. (2020), and Lauria et al. (2022). Act Global presents this data for educational purposes only and does not constitute medical, legal, or engineering advice. Refer to original sources for complete methodology and findings.