Stabilizing soft agricultural land for heavy crane loads
Solmax supplied 32,500 m² of MIRAFI HMi to stabilize soft agricultural land for crane use, completing winter installation on schedule in four weeks.
In May 2012, the IMAX parking lot in Mississauga, Ontario, was selected as a demonstration site for the Ontario Ministry of Environment's Innovative Technology Program. This program showcases various Low Impact Development Technologies (LID). Low Impact Development is a progressive approach to stormwater management, aiming to replicate the natural water balance by managing rainfall at its source with techniques like permeable pavers. The objective of these initiatives is to safeguard and enhance water quality in the Great Lakes, a vital drinking water source for 80 percent of Ontario's population.
The project involved excavating the existing pavement system and installing subdrains. These subdrains were then encased in MIRAFI® 160N nonwoven geotextile. Following this, the sorptive tank system was implemented, along with the MIRAFI RS380i, a 0.75 in (19 mm) clear drainage layer, as well as the curb and bioswale system. The final step was the installation of permeable pavers.
MIRAFI RS380i was crucial in allowing the designers to preserve the pavement system's integrity without the need for excessive subgrade excavation. Over a decade later, the pavement system is still functioning effectively.
Stabilizing soft agricultural land for heavy crane loads
Solmax supplied 32,500 m² of MIRAFI HMi to stabilize soft agricultural land for crane use, completing winter installation on schedule in four weeks.
Flat Creek Drive road rehab with MIRAFI H2Ri
MIRAFI® H2Ri was installed on Flat Creek Drive in Jackson, Wyoming, to stabilize the subgrade and manage moisture from snowmelt, preventing pavement damage and extending roadway life.
Geosynthetic reinforcement enables fast-tracked yard expansion
A geosynthetic reinforcement solution using MIRAFI RSi enabled the expansion of a 140-acre laydown yard in Pueblo, Colorado, reducing aggregate needs and meeting a fast-tracked construction schedule despite poor soil and remote material sources.