Technical Documents
Studies & Research
Independent and government research supporting the science, performance, and environmental compatibility of DUST HOLD PRO and the PVA polymer technology behind it.
1. U.S. ARMY ENGINEER RESEARCH & DEVELOPMENT CENTER (ERDC)
Polymer Dust Control & Soil Stabilization Research
U.S. Army ERDC research evaluating polymer treatments for demanding military applications, including helicopter landing zones, roads, and expeditionary surfaces. These studies provide important performance benchmarks for the PVA technology used in DUST HOLD PRO.
Polymer Dust Control & Soil Stabilization Research
U.S. Army ERDC research evaluating polymer treatments for demanding military applications, including helicopter landing zones, roads, and expeditionary surfaces. These studies provide important performance benchmarks for the PVA technology used in DUST HOLD PRO.
| dustholdpro_usace-erdc_report.pdf |
2. UNIVERSITY OF NORTH DAKOTA (UND)
Impacts of Unpaved Road Dust on Agriculture
University research examining the effects of fugitive road dust on nearby crops and livestock, including significant potential crop-yield impacts close to unpaved roads.
Impacts of Unpaved Road Dust on Agriculture
University research examining the effects of fugitive road dust on nearby crops and livestock, including significant potential crop-yield impacts close to unpaved roads.
| dust_study_final_presentation_ndu.pdf |
3. NORTH DAKOTA STATE UNIVERSITY (NDSU)
DUST HOLD PRO Greenhouse Testing
Independent greenhouse testing of DUST HOLD PRO with canola, corn, lentil, soybean, and wheat. At the concentrations tested, DUST HOLD PRO did not negatively affect seed germination or early biomass development
DUST HOLD PRO Greenhouse Testing
Independent greenhouse testing of DUST HOLD PRO with canola, corn, lentil, soybean, and wheat. At the concentrations tested, DUST HOLD PRO did not negatively affect seed germination or early biomass development
| ndsu_greenhouse_testing_d-h_pro.pdf |