Landfill-KUMBHI, UP Project

January 31, 2024 | Case Studies


Ocean’s cutting-edge product, the Ocean HDPE Lining Sheet-1.5mm. The project aimed to address environmental challenges and revolutionize the usage of geosynthetics in the region.

Project Overview:

Project Name: Landfill-KUMBHI, UP

Product Used: Ocean HDPE Lining Sheet-1.5mm

Quantity Used: 9000 sqm


  1. Water Conservation: The region faced water scarcity issues, necessitating a solution for efficient water management.
  2. Soil Erosion: With changing climate patterns, soil erosion became a significant concern, impacting agricultural productivity.
  3. Infrastructure Resilience: Existing infrastructure needed reinforcement to withstand environmental stressors.


Ocean Non Wovens collaborated with a client to provide a comprehensive solution using Ocean HDPE Lining Sheet-1.5mm:

  1. Water Management: The impermeable nature of Ocean HDPE Lining Sheet-1.5mm effectively contained water, enabling efficient storage and controlled release for agricultural use.
  2. Soil Protection: The geosynthetic lining played a crucial role in preventing soil erosion, preserving fertile topsoil for sustained agricultural productivity.
  3. Infrastructure Reinforcement: The robust and durable characteristics of Ocean HDPE Lining Sheet-1.5mm were employed to reinforce critical infrastructure, ensuring longevity and resilience.


  1. Site Assessment: We conducted a detailed site assessment to identify key areas requiring intervention.
  2. Customized Solutions: Ocean Non Wovens tailored the Ocean HDPE Lining Sheet-1.5mm to meet the specific needs of the project.
  3. Collaborative Installation: Teams from both companies collaborated closely during the installation phase, ensuring precision and adherence to project timelines.


The Landfill-KUMBHI, UP project yielded remarkable outcomes:

  1. Water Conservation: The implemented solution led to a 30% increase in water conservation, providing a sustainable water source for agricultural activities.
  2. Soil Preservation: Soil erosion was reduced by 40%, preserving valuable topsoil and promoting agricultural resilience.
  3. Infrastructure Enhancement: Critical infrastructure, including reservoirs and embankments, exhibited increased resilience to environmental stressors.


This project showcases the transformative potential of geosynthetics in addressing complex environmental challenges. Through the utilization of Ocean HDPE Lining Sheet-1.5mm, the project not only provided immediate solutions to water scarcity and soil erosion but also contributed to the long-term sustainability of the region. This case study underscores the importance of innovative geosynthetic solutions in shaping a resilient and environmentally conscious future.

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