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Projects

Bulgaria, Sofia

The FDR (Full-Depth Reclamation) method was applied to reconstruct a highway in Bulgaria. By using RoadCem, the project ensured a strengthened foundation and a longer-lasting road, capable of enduring heavy traffic and challenging conditions.

Brazil, Amazonas

In the Amazon region, Petrobras initiated a greenfield road project in a sensitive environment. RoadCem was instrumental in minimizing the ecological footprint by utilizing local materials and enabling quick construction without relying on granular material.

Egypt, Cairo

To increase the capacity of the highway between Alexandria and Cairo a security road was built with RoadCem for an efficient construction method.

Mexico, Querétaro

Vehicle logistics platform for General Motors. RoadCem delivers a durable, low-maintenance construction for long-term efficiency.

Canada, Alberta

Cold climate with severe freeze-thaw cycles. RoadCem ensures a durable, low-maintenance pavement with strong frost resistance.

Canada, Alberta

In Canada, RoadCem is used for the oil drilling platform for the Western Canadian oil and gas industry.

Vietnam, Tien Giang

Key rural road connecting villages. RoadCem minimizes construction impact on local communities compared to conventional methods.

United Kingdom, East Staffordshire

A RoadCem piling mat was chosen to form the base foundation to the clay mills sewage treatment works.

Croatia, Slavonski Brod

Forest road on organic soils. RoadCem enables an eco-friendly solution without aggregates, preserving the natural environment.

Canada, Alberta

For a private company in Alberta, Canada, a platform was constructed to support industrial operations. Despite the cold climate and significant load movements, RoadCem delivered a stable and long-lasting foundation, requiring minimal maintenance.

India, Nagaland

RoadCem was used constructing a new rural road in Sunkha without importing aggregates in this remote area.

Saudi Arabia, Asir Province

Reconstructed FDR access road. RoadCem replaced the failed foundation, restoring structural performance with efficient reuse of existing materials.

Saudi Arabia, Eastern Province

Harsh climate with shifting sands. RoadCem stabilizes loose sandy soils, creating a durable base layer with improved load-bearing properties under extreme conditions.

The Netherlands, Utrecht

In Langbroek, the N227 was completely reconstructed with RoadCem and has led to a significant cost and construction time reduction.

Israel, Southern District

By incorporating RoadCem technology, we contributed to improving the Lachish water reservoir.

The Netherlands, South Holland

In Rotterdam, the existing base course and asphalt were transformed into an environmentally safe product with the use of RoadCem.

India, Meghalaya

RoadCem Technology was used constructing a new road in the Bhoirymbong Ri Bhoi District in India.

The Netherlands, North Brabant

Industrial area for heavy goods storage and machinery. RoadCem ensures high load-bearing capacity and durability under heavy traffic.

South Africa, Gauteng

Greenfield rural road with no aggregates. Built in collaboration with Witwatersrand University, showcasing a proven solution.

Germany, Sachsen Anhalt

After severe floodings, the secondary road in Freiberg, Germany, remained in perfect condition. This resilience was due to RoadCem, which ensured unmatched stability under extreme conditions, significantly reducing potential repair costs.

Mauritania, Nouakchott

In Mauritania, a durable road was built using desert sand and the unique properties RoadCem imparts to the material. The project was completed quickly, offering a cost-effective solution in the challenging environment of the Sahara.

The Netherlands, South Holland

In the heavy industrial area of Botlek, South Holland, RoadCem was used in building an access road under strict time constraints. The road now handles heavy traffic with exceptional stability and reliability.

India, Meghalaya

RoadCem Technology was used constructing a new road in Shella.

The Netherlands, North Brabant

RoadCem was used for the foundation to extend the existing roundabout. Fast building time was essential due to traffic.

Canada, Alberta

Industrial platform in a cold climate. RoadCem enhances frost-thaw resistance, ensuring long-term structural integrity.

Russia, St. Petersburg

In St. Petersburg a warehouse floor and parking lot was made with from a RoadCem stabilization, finished with a concrete top-layer to bear the intensive warehouse activities.

Canada, Alberta

Greenfield platform for oil rig operations on soft soils. RoadCem provides a stable and durable foundation under challenging conditions.

South Africa, North West

Secondary road with limited access. RoadCem allowed rapid construction, enhanced strength, and improved erosion control on weathered soils.

United Kingdom, Norfolk

In Norfolk a platform was built with local soil by making use of RoadCem.

Canada, Alberta

Secondary road in cold climate. RoadCem enabled fast, sustainable construction with reduced CO₂ emissions and limited environmental footprint.

Czech Republic, Brusnice

In the Czech Republic, a greenfield project was initiated where vegetation was removed, the ground compacted, and soil mixed with RoadCem and binder. The result was a solid foundation that enabled rapid construction while maintaining high-quality standards.

Mexico, Michoacán

A highway in Mexico was constructed with RoadCem, achieving substantial cost reductions and enhanced sustainability. The technology enabled an efficient and environmentally friendly approach, ensuring the road’s longevity.

Netherlands, North Brabant

Mix-in-plant solution for logistics platform. RoadCem improves homogeneity, accelerates installation, and offers long-lasting stability for industrial use.

The Netherlands, Overijssel

Our ConcreCem technology was used to realize a new train platform in Deventer.

Russia, Oblast

Cold-climate Full Depth Reclamation (FDR) project. RoadCem allows rapid construction with improved pavement strength and longevity.

Mexico, Michoacán de Ocampo

The project in Morelia city is an example of the synergy between our unique products RoadCem and ConcreCem.

Turkey, Marmara region

Industrial hall platform. RoadCem delivers high bearing capacity, rapid installation, and reliable performance on variable subgrades.

Romania, Prahova

At the Acid Tar Lagoon project ImmoCem is used.

Colombia, Bolivar

Secondary road in a humid tropical region. RoadCem provided a sustainable solution with high durability and minimal maintenance in challenging terrain.

Canada, Alberta

Rural road on well-graded gravel with clay. RoadCem enables fast construction with improved durability and reduced maintenance.

Israel, Central District

Historic site pathways. RoadCem enabled minimal construction impact and low traffic, preserving the archaeological integrity of Tel Gezer.

South Africa, Gauteng

In Gauteng, South Africa, a heavy-traffic road was constructed using local soil. RoadCem provided the durability needed to withstand intensive loads, eliminating the need for imported granular materials and optimizing construction costs.

United Kingdom, Derbyshire

Our RoadCem solution provided a robust construction for the Toyota car storage facility in Burnaston.

Mexico, Colima

We contributed to the realization of the Ferroviario Laguna viaduct in Cuyutlán, Manzanillo.

Peru, Lambayeque

The dike flood protection for the Motupe River in Peru features RoadCem in its construction.

Russia, Central Russia

The access road to the Moscow Golf Club underwent a complete reconstruction. RoadCem provided a robust solution, resulting in a durable and visually appealing road that seamlessly integrates with the high-end setting.

Czech Republic, South Bohemian

Greenfield access road for a solar park. RoadCem contributes to sustainable infrastructure supporting renewable energy.

Brazil, São Paulo

RoadCem was used to extend the SP-333 highway. Providing a durable base course.

United Kingdom, Yorkshire

Wetland infrastructure for water basins with gravel-topped roads. RoadCem enables fast construction using in-situ materials, minimizing traffic and preserving the sensitive wetland environment.