Case Study: Enhancing Road Infrastructure with Ocean Geocomposite 710 GSM for NHAI in Balaghat, MP

Introduction

The National Highways Authority of India (NHAI) plays a critical role in developing and maintaining India’s vast road infrastructure. To ensure the durability and sustainability of highways, geosynthetics are extensively used in various road construction projects. At Ocean Non Wovens, we take pride in being a trusted supplier of high-quality geosynthetics that contribute to strengthening national infrastructure. One of our recent projects involved supplying 10,000 SQM of Ocean Geocomposite 710 GSM for a highway project in Balaghat, Madhya Pradesh, under NHAI.

The Role of Geosynthetics in NHAI Projects

Modern highway construction demands advanced engineering solutions that enhance performance while reducing maintenance costs. Geosynthetics, including geocomposites, geotextiles, geomembranes, and geogrids, have become indispensable in road construction due to their ability to improve soil stability, drainage, and reinforcement.

According to a report by the Indian Roads Congress (IRC), incorporating geosynthetics in road construction can increase pavement life by up to 50% while reducing construction costs by 15-20% (IRC:SP:59-2019). Their ability to mitigate common roadway issues such as subgrade failure, waterlogging, and differential settlement makes them an essential component in national highway projects.

Project Overview: NHAI Highway Construction in Balaghat, MP

Project Details:

• Client: National Highways Authority of India (NHAI)
• Location: Balaghat, Madhya Pradesh
• Product Supplied: Ocean Geocomposite 710 GSM
• Quantity Used: 10,000 SQM
• Purpose: Subsurface drainage and soil stabilization

Why Ocean Geocomposite 710 GSM?

Ocean Geocomposite 710 GSM is an advanced multi-functional geosynthetic that combines the benefits of geotextiles and geonets. It plays a crucial role in road construction by providing enhanced drainage, filtration, and reinforcement.

Key Features of Ocean Geocomposite 710 GSM:

• High Tensile Strength: Provides superior load-bearing capacity, essential for highway subgrades.
• Excellent Drainage Properties: Prevents water accumulation and minimizes the risk of pavement deterioration.
• Durability: Resistant to environmental stressors, ensuring long-term performance.
• Chemical & Biological Resistance: Performs well in varying soil conditions, preventing microbial and chemical degradation.

Application of Ocean Geocomposite 710 GSM in the Balaghat Project

1. Subsurface Drainage Improvement:

One of the significant challenges in highway construction is water management. Poor drainage can lead to pavement distress, rutting, and potholes, significantly reducing road lifespan. By integrating Ocean Geocomposite 710 GSM, efficient water drainage was ensured, preventing water from accumulating beneath the pavement layers.

2. Soil Stabilization and Reinforcement:

The project area in Balaghat faced weak subgrade conditions, necessitating soil reinforcement. Our geocomposite material provided improved load distribution, reducing differential settlement and extending pavement life.

3. Reduction in Maintenance Costs:

A study by the National Institute of Technology (NIT) Warangal found that roads reinforced with geosynthetics require 30-40% less maintenance over a 10-year period compared to conventional roads. This highlights the economic benefits of using Ocean Geocomposite 710 GSM in NHAI projects.

Unique Insights: Aspects Often Overlooked

Most companies focus on the immediate advantages of geosynthetics, but long-term benefits often go unnoticed. Here are some critical insights:

1. Environmental Sustainability:

Using geosynthetics like Ocean Geocomposite 710 GSM reduces the need for natural aggregates, which are becoming scarce. This leads to lower carbon emissions and aligns with India’s sustainability goals.

2. Faster Construction Time:

Geosynthetic solutions significantly reduce project timelines by eliminating the need for extensive excavation and replacement of poor soil. This is particularly beneficial for NHAI projects that require quick completion to meet growing infrastructure demands.

3. Enhanced Pavement Performance in Extreme Weather:

India’s highways face extreme weather conditions, from heavy monsoons to scorching summers. Ocean Geocomposite 710 GSM enhances pavement resistance against moisture-induced damage and temperature fluctuations, ensuring year-round performance.

Conclusion: Partner with Ocean Non Wovens for Your Infrastructure Needs

The successful deployment of 10,000 SQM of Ocean Geocomposite 710 GSM in the Balaghat, MP highway project underscores the effectiveness and reliability of our geosynthetics in NHAI infrastructure development. Our products not only enhance road durability but also reduce costs, improve sustainability, and expedite project timelines.

At Ocean Non Wovens, we are committed to providing high-performance geosynthetics tailored to meet the demands of modern infrastructure. Whether you are working on highways, railways, or landfills, we have the right solutions for your project. Contact us today to explore how our geosynthetics can revolutionize your construction needs!

References:

• Indian Roads Congress (IRC:SP:59-2019)
• National Institute of Technology (NIT) Warangal Study on Geosynthetics in Road Construction