Teico Overseas LLC

Project We Are Proud Of

Slope Protection at Al Khad Sham, Sohar using ConstruckSlope Plus over an area of 74,100 m²

ConstruckSlope Plus: Advancing Resilient and Sustainable Slope Protection

ConstruckSlope Plus represents a major leap forward in engineered slope stabilization—delivering a high-performance, pre-designed system built on cutting-edge geosynthetics and tested under real-world environmental conditions. Developed to address complex geotechnical challenges, ConstruckSlope Plus combines structural integrity with sustainability to meet the demands of modern infrastructure development.

Project Overview

When carrying out earthworks, the risk of slope destruction caused by erosion and weathering processes is almost inevitable. Unfixed back-fill soil is highly vulnerable to erosion, leading to slope destabilisation, soil loss, and landslides. Such challenges require robust, future-proof solutions to preserve the environment and ensure safety.

The project at Alkhad-Sham addressed slope stability issues caused by erosion and heavy rainfall, which caused risks to infrastructure and safety. Traditional methods such as shotcrete were unsuitable due to its high maintenance and low sustainability. Construck implemented the ConstruckSlope Plus system, utilising geo-synthetic materials to provide durable, eco-friendly slope stabilisation. This solution reduced erosion, minimised environmental impact, and offered a lowmaintenance alternative to conventional approaches.

Challenges Identified

Erosion and Weathering: Existing slopes were highly vulnerable to erosion caused by heavy rainfall and weathering processes.
Safety Risks: Instability posed safety hazards to road users and endangered critical infrastructure.

Solution Implemented:

To meet performance and sustainability goals, ConstruckSlope Plus was deployed as the primary slope stabilization system. Its intelligent geotextile configuration provided superior erosion resistance while maintaining natural slope aesthetics. The system is well-integrated into term slope integrity. The system's modular design minimized environmental disruption during installation, which has maintenance counts reduced long-term operational costs and minimized risk.

Project Outcomes: The Sustainable Slope Stabilization Solution For the Government of Oman

The implementation of the ConstruckSlope Plus system in our case study demonstrated significant sustainability and efficiency outcomes:

Enhanced Slope Stability

The integration of advanced geosynthetic materials effectively stabilized slopes, preventing soil loss and mitigating environmental degradation.

Improved Soil Durability

Reinforcement of soil structures significantly increased the durability and lifespan of the slopes.

Resource Conservation

By minimising the need for extensive excavation and backfill, the project reduced the consumption of natural resources.

Lower Carbon Footprint

The reduced reliance on heavy construction equipment led to lower fuel consumption and emissions, aligning with green energy goals.

Efficient Water Management

Controlled surface runoff and enhanced slope stabilization prevented soil erosion while improving water.

Waste Minimization

Precise material application and reduced reworking requirements resulted in a significant reduction in operational waste.

Sustainability Development Goals (SDGs) Alignment

Sustainability Report

C02 Reduction

1.11M Kg C02-eq

Reduction in Water Usage

1.85Million L

Fuel Reduction

7,039.5 L

Related Services

Consulting Engineering

Vegetative Erosion Control Solutions

Non-Vegetative Erosion Control

Geohazard Mitigation

Slope Stabilization

Foundations & Ground Engineering

Related Projects

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