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Self-powered, self-propelled, or pull-type gear or equipment that is specifically built for stabilizing soil can be used in a variety of purposes, including agriculture, the construction of roads, dams, canals, buildings, airfields, parking lots, and industrial applications.
To fulfill engineering objectives, weak soils must be stabilized using a chemical, physical, biological, mechanical, or combination of these techniques in order to preserve or improve their stability. The stabilized soft soil’s quality is enhanced by the pozzolanic reactions between the stabilizer (binder) and soil particles.
In-situ, or natural state, soils can be improved via soil stabilization, which eliminates the need for pricey remove-and-replace operations. Chemically treated soils are frequently used to regulate engineering qualities of a soil, such as moisture content, in order to provide the structural base for roadways, construction pads, or parking lots.
The global soil stabilization equipment market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Bomag has added two new tractor-towed variants to its lineup of soil stabilizers.
Along with the nine powered machine types in Bomag’s RS product range, the new non-powered RS300 and RS250 models are towable machines that enable non-load-bearing soil to be compacted by mixing in binders that remove moisture. Both the 6.7-tonne RS300 and the 4.4-tonne RS250 have a working width of 2.5 meters and milling depths of up to 50 cm and 40 cm, respectively.
The more compact RS250 has been developed to be used on smaller road projects, such creating embankments and slopes or backfilling, alongside tractors in the 200-300hp range, while the larger RS300 may be towed by a 300-450hp tractor for big stabilization, soil improvement, and road building activities.The were made to do away with the requirement that contractors replace non-load-bearing soils on-site.
