Construction of the Wokha – Merapani highway in Nagaland State, Republic of India. The use of ANT technology made it possible to utilize stone crushing waste to create a monolithic stone slab, reduce the thickness of the pavement structure, and increase the road’s load-bearing capacity. Construction was carried out continuously by traffic lanes, which is unique in mountainous terrain conditions.

Road construction in India. The use of ANT technology allowed for the creation of a highly durable monolithic foundation, reducing construction costs and shortening the construction time.

Road construction using the ANT stabilizer made it possible to create a highly durable monolithic foundation from this material, reducing construction costs and shortening the time required to complete the work.

Construction of a Category V road in 2009 and the results after ten years of operation.
A natural sand-gravel mixture containing up to 15% clay particles (quarry overburden material) was used to create the stone pavement slab.

Construction of a Category A multifunctional roadside service complex. Using ANT technology, a two-layer pavement structure was created and used throughout the entire construction period. After construction was completed, an asphalt concrete surface layer was installed on top of the monolithic stone slab.

Hot Regeneration Technology

The video presents detailed options for applying ReasphaltANT technology at batch and continuous asphalt mixing plants.

Hot Regeneration Technology

Application of ReasphaltANT technology for the hot regeneration of stone mastic asphalt using a continuous asphalt mixing plant. The proportion of milled asphalt used ranged from 90% to 100% of the total mixture mass.

Hot Regeneration Technology

Application of ReasphaltANT technology at a batch asphalt mixing plant. The amount of reclaimed asphalt used was 30% of the new asphalt mixture mass.

Hot Regeneration Technology

Application of ReasphaltANT technology at a Marini batch asphalt mixing plant. Up to 30% RAP was used in the new asphalt mixture.

The video provides a detailed overview of the application of the technology for constructing various structural layers of road pavements using materials from existing road bases and surfaces.

Using the cold recycling method and the ANT soil stabilizer, a monolithic base with high physical and mechanical properties was created. The application of the technology significantly reduced construction costs and shortened the duration of the work.

A monolithic base was created using the cold recycling method with ANT soil stabilizer. A base layer of organomineral mixture with asphalt granulate was then placed above it.