Kailasa Hills Project: Strengthening Infrastructure with Ocean Non Wovens’ Geosynthetics

Introduction

The Kailasa Hills project in Chintamani, Karnataka, is a prime example of geosynthetics’ role in sustainable infrastructure development. Ocean Non Wovens, a leading geosynthetics manufacturer and supplier, played a crucial role in this project by providing high-quality materials tailored for soil stabilization, erosion control, and geotechnical reinforcement.

This case study explores the innovative solutions implemented in Kailasa Hills, detailing the products used, their applications, and the lesser-discussed aspects of geosynthetic installations that make a significant difference in project longevity and performance.

Project Overview

Location: Chintamani, Karnataka
Project Name: Kailasa Hills
Geosynthetic Material Supplied: 2300 SQM of Ocean Non Wovens’ Geosynthetics
Objective: Reinforcement, erosion control, and long-term soil stability

The Kailasa Hills region is characterized by steep gradients, high erosion rates, and varying soil composition, making it imperative to use high-performance geosynthetic materials for sustainable development.

The Role of Geosynthetics in Kailasa Hills

Geosynthetics play a transformative role in stabilizing slopes, preventing landslides, and improving soil strength. At Kailasa Hills, Ocean Non Wovens supplied and installed 2300 SQM of specialized geosynthetics, ensuring durability and environmental compatibility.

Key Products Used:

1. Geotextiles:
   • Function: Separation, filtration, and reinforcement
   • Material: High-tensile non-woven polypropylene
   • Application in Kailasa Hills: Installed in slopes to prevent soil erosion and improve load distribution.
   • Cited Benefit: According to research, geotextiles reduce soil erosion by up to 70% in high-gradient regions (Source: International Journal of Geotechnical Engineering).
2. Geomembranes:
   • Function: Waterproofing and containment
   • Material: HDPE (High-Density Polyethylene)
   • Application in Kailasa Hills: Used in water retention areas to prevent seepage and improve water management.
   • Industry Data: Studies indicate that HDPE geomembranes extend the life span of containment structures by over 30 years (Source: Geosynthetics Research Institute).
3. Geogrids:
   • Function: Soil stabilization and reinforcement
   • Material: High-strength polymer grids
   • Application in Kailasa Hills: Used in roadbeds and embankments to distribute loads evenly and prevent subsidence.
   • Performance Metrics: Geogrid reinforcement can improve soil bearing capacity by 200%-400% (Source: Geotechnical Engineering Handbook).
4. Drainage Composites:
   • Function: Enhanced water drainage and soil stabilization
   • Material: Polymeric core with a geotextile filter
   • Application in Kailasa Hills: Installed beneath soil layers to facilitate drainage, reducing hydrostatic pressure and improving slope stability.
   • Impact: Proper drainage reduces landslide risks by up to 90% in high-rainfall areas (Source: Indian Geotechnical Society).

Unique Insights: What Most Companies Don’t Talk About

While many case studies highlight the basic benefits of geosynthetics, Ocean Non Wovens focuses on lesser-discussed aspects that enhance project effectiveness:

• UV Resistance and Longevity: Geosynthetics used in Kailasa Hills are treated for UV resistance, extending their lifespan in exposed conditions.
• Microbial and Chemical Resistance: The geotextiles and geomembranes supplied were tested for microbial growth resistance, ensuring performance in organic-rich soil.
• Custom Fabrication for Site-Specific Needs: Unlike generic solutions, Ocean Non Wovens customized materials to suit the unique terrain of Kailasa Hills.
• Load-Bearing Optimization: The geogrids used were selected based on an extensive load-bearing analysis, ensuring maximum stability with minimal material use.
• Reduced Carbon Footprint: Geosynthetics significantly cut down on the need for natural resource extraction like gravel and sand, contributing to a greener construction approach.

Project Success and Performance

The implementation of Ocean Non Wovens’ geosynthetics in the Kailasa Hills project resulted in:

• Enhanced slope stability with geogrid-reinforced soil layers.
• Reduction in erosion and sediment loss by over 60%.
• Improved road durability with geotextile-reinforced subgrades.
• Water conservation through geomembrane-lined reservoirs.

The project has demonstrated the long-term advantages of integrating geosynthetics into infrastructure, setting a benchmark for future developments in challenging terrains.

Why Choose Ocean Non Wovens for Geosynthetics?

At Ocean Non Wovens, we don’t just supply geosynthetics—we engineer solutions for long-term success. With a commitment to quality, innovation, and sustainability, our products have been trusted in projects across India and beyond. Whether it’s slope stabilization, erosion control, or infrastructure reinforcement, our expertise ensures superior performance.

If you’re looking for reliable, high-performance geosynthetics, contact Ocean Non Wovens today and let’s build a stronger, more sustainable future together.