Sustainable Road Construction - Resilience Conference UK 2016-1

Sustainable Road Construction with Neoloy Geocells

Analysis of Neoloy-reinforced pavement construction shows that Neoloy Geocells reduce CO2 emissions by 20%, construction costs by... (Read more)

Amtrak Neoloy Geocell Track Support-1

NPA Geocell Track Support Reduces Degradation (Zaremski, et al 2017)

NPA geocell track substructure support system mitigated surface degradation problems under high-speed passenger railroad... (Read more)

geocell amtrak

High Speed Railway Life Cycle Benefits of Using Geocell (Palese, Zarembski, et al, 2017)

A comprehensive performance test was conducted on high-speed rail track which suffered from geometry track degradation and substructure problems. As... (Read more)

Railways geocell research

Rail Track on Expansive Clay Restrained by Hybrid Solution (Kief, 2016)

For rail track in these areas, the resultant heaving and shrinking causes severe degradation of rail alignment, requiring extensive maintenance.... (Read more)


Validation of Geocell Design for Unpaved Roads, Pokharel (2015)

Validation of Geocell Design for Unpaved Roads, Geosynthetics 2015 Conference Proceedings, Portland, Oregon, Pokharel, et al.... (Read more)


Summary of Research On Neoloy Geocell-Reinforced Base Courses

A summary of research conducted at the Univ. of Kansas on Neoloy reinforced base courses showed that Neoloy Geocells reduced... (Read more)


Causeway Design with PRS-Neoloy Geocells

The paper discusses the design, construction and performance of a Neoloy Geocell reinforced causeway in Alberta, Canada for oversized trucks... (Read more)


Sustainable Road Construction for Heavy Traffic Using High Strength Polymeric Geocells

In view of the upcoming carbon tax on construction, this paper analyzes the carbon footprint for 2 projects in Alberta,... (Read more)

Green Retaining Wall (England)

Seismic Response of Geocell Retaining Walls (Ling, Leshchinsky, 2009)

Report on seismic response of Neoloy earth retention walls at the shake table National Seismic Research Institute in Japan, to... (Read more)

Retention Walls-Japan-v3

Equivalent Seismic Coefficient in Geocell Retention Systems (Leshchinsky, Ling et al, 2008)

Results obtained from a large scale shake tables tests on reinforced geocell slopes are presented, where Neoloy performed well under... (Read more)

Retention Walls-Japan-v4

Seismic Performance of Geocell Earth-retention Systems (Leshchinsky 2009)

The Editors of Geosynthetics Magazine noted that “this article departs from this policy in an effort to offer a... (Read more)


Bearing Capacity Improvement of Asphalt Paved Road With Geocells (Emersleben, Mayer 2008)

Vehicle crossing tests (vertical stress measurements) and FWD measurements of comparative soil stabilization techniques in Road K-637 demonstrated that Neoloy... (Read more)


Use of Neoloy Geocells in Road Construction over Soft Soil (Emersleben, Meyer 2008)

Field and lab tests showed that Neoloy Geocell increases load bearing capacity of infill soil x 3, while vertical stresses... (Read more)


Bearing Capacity Improvement of Gravel Base Layers Using Neoloy (Emersleben, Meyer 2008)

Results from lab plate box test and in-situ asphalt pavements (Road K-23) show that Neoloy Geocells decreased vertical stresses by... (Read more)


Hoop Stresses and Earth Resistance Influence Geocell Reinforcement (Emersleben, Meyer 2009)

Evaluation of geocell reinforcement mechanisms demonstrates that the stiffness of the geocell material is the most important confinement parameter, and... (Read more)

geocell R&D

Experimental Study of Reinforcement of Neoloy vs. HDPE-based Geocell (Pokharel, Han, et al)

Neoloy Geocells increased bearing capacity and stiffness and reduced settlement of the compacted sand base course significantly more than geocells... (Read more)


Tests on Bearing Capacity of Neoloy-Reinforced Bases (Pokharel, Han et al, 2009)

One-fifth of pavement failures are due to insufficient structural strength – improved sustainable pavement stabilization techniques, such as Neoloy Geocells... (Read more)


Behavior of Geocell-Reinforced Granular Bases under Static and Repeated Loads

The study of reinforced bases under static and repeated loads on a loading plate showed that the single geocell could... (Read more)

Service Road Govind India22

Creep Deformation of Geocell-reinforced Recycled Asphalt Pavements (Thakur, Han et al)

Neoloy Geocells can reduce creep deformation of RAP, therefore enabling its wide-spread use. Three laboratory tests in a test box... (Read more)

Sudan-Neoloy Geocell Infill

Infill Impact on the Performance of Neoloy-reinforced Bases (Han, Pokharel, Parsons 2010)

Plate load tests demonstrated how Neoloy Geocell reinforcement significantly improved the performance of inferior quality infill materials, such as sand... (Read more)


Accelerated Pavement Testing of Unpaved Roads with Geocell-Reinforced Sand Bases

Full-scale moving wheel test results demonstrated that Neoloy Geocells improved the stability of unpaved roads and reduced the permanent deformation... (Read more)

Roadway Design

Tough Cells – Neoloy-based geocells for Sustainable Roadway Applications, Roads and Bridges

Summary of comprehensive studies, tests, and field trials at U of Kansas demonstrating how Neoloy Geocells increases stiffness and bearing... (Read more)


Onsite Use of Recycled Asphalt Pavement and Geocells to Reconstruct Pavements

On-site use of recycled asphalt pavement materials has obvious benefits from economic, to environmental, to sustainability points of... (Read more)


Performance of geocell-reinforced RAP bases over weak subgrade under cyclic plate loading

The use of Neoploy Geocells to confine RAP to minimize increased or excessive permanent deformation under traffic loading was tested... (Read more)

PRS-Neoweb Ring Road, St Petersburg, Russia-4

Structural Pavement Design with NPA Geocells, Kief (2015)

Geocells from Neoloy make the implementation of geocells in the upper structural layer of heavy duty pavements... (Read more)

PRS-Neoweb Ring Road, St Petersburg, Russia-4

High Modulus Geocells for Sustainable Highway Infrastructure (Kief, et al 2014)

Studies validate that NPA (Neoloy®) Geocells improve road base modulus by 2.75x and reduce structural thickness by 50% while using... (Read more)


Studies on Geosynthetic-reinforced Road Pavement Structures

Technological innovation such as PRS-Neoloy (NPA) geocells can improve the performance of pavements for a more sustainable highway infrastructure by... (Read more)


Geocell Reinforced Road Pavement Structures, Rajagopal, et al (2012)

This study from Geosynthetics Asia, provides academic proof that Neoloy Geocell reinforcement increases the stiffness and elastic modulus of... (Read more)


Validating Contribution of Neoloy Geocells to Sustainability Objectives

Sustainable construction is a common goal for the construction industry and regulators due to its multiple benefits. Pokharel, et... (Read more)

CIMG2613 copy

NPA Geocell Reduction Factor (RF) Compared to Geogrids

This controlled field trial, conducted by KIWA (formely KOAC-NPC), the leading road research and standards institute in Netherlands in 2008,... (Read more)

Service Road Govind India22

NPA Geocell Pavement Reinforcement Compared to Other Geosynthetics

Field and lab tests by Rajagopal show the modulus improvement factor of NPA Geocells is 2.90 higher than planar... (Read more)

CIMG2613 copy

Studies on Geosynthetic-reinforced Road Pavement Structures

This controlled field trial, conducted by KIWA (formely KOAC-NPC), the leading road research and standards institute in Netherlands in 2008,... (Read more)

PRS-Neoweb at Amtrak-4 case study

Railway Life Cycle Benefits of Subgrade Reinforcement Using Geocell (Palese, Zarembski, et al, 2017)

As part of the US Federal Railway Administration (FRA) program to promote innovative technologies for high speed railways, Amtrak Railway,... (Read more)


Enhancing Ballast Performance using NPA Geocell Confinement (B. Leshchinsky, 2011)

Enhancing Ballast Performance using Neoloy Geocell Confinement, Geo-Frontiers, Dallas, Leshchinsky, B.,... (Read more)

geocell Embankment Over Waste Pond, India - website

Research: Design and Construction of PRS Neoloy Geocells Reinforced Mud Embankment

This study, by Sitharam and Hegde provides academic proof that geocell foundation is a suitable solution for reinforcing an... (Read more)


Research: Factors Influencing Deformations of Geocell Reinforcement on Recycled Asphalt Pavement

This study, by Sitharam and Hegde provides academic proof that geocell foundation is a suitable solution for reinforcing an embankment.... (Read more)

Photo Geocells 6

Research: Hybrid Geocell Solution for Rail Track on Expansive Clay

A Hybrid Geosynthetic Solution was used in a new track foundation over weak expansive clays. This unique solution combines Neoloy... (Read more)


Modulus Improvement Factor for Neoloy Reinforced Bases

A Modulus Improvement Factor (MIF) of 2.75 was used calculated for the design of roads in India and Israel from... (Read more)


Compaction “Roadeo” Field Trial – Center for Earthworks Engineering, White, et al (2012)

The comparative “Roadeo” field test, evaluated the different engineering properties of 4 geosynthetics in poorly-graded sand embankments of new highway... (Read more)

geocell Embankment Over Waste Pond, India - website

Geocell Reinforced Embankment on Red Mud (Sitharam, Hedge, 2013)

This paper describes the experimental and analytical studies involved in the design of a 3m high embankment with a Neoloy... (Read more)


Numerical Modeling of Railway Structure with NPA Geocells (B. Leshchinsky and Ling 2013)

Numerical Modeling of Railway Ballasted Structure with Neoloy Geocells, Geotextiles and Geomembranes, Leshchinsky, and Ling... (Read more)

Mine Waste Treatment, India-2

Geocell Reinforced Clay Bed (Hedge, Sitharam 2012)

Construction in soft, weak ground requires treating large areas to a greater depth to ensure the safety of the superstructure.... (Read more)


Plate Load Tests of Unpaved Road

Investigators used average settlements from the plate load test under loading to test and interpret the modulus of different layers.... (Read more)


Research: Geocell-Reinforced Recycled Asphalt (2016)

Four cyclic plate loading tests were conducted on unreinforced and geocell-reinforced RAP bases over weak subgrade while five cyclic plate... (Read more)

railway embankement - amtrak geocell

Research: Neoloy geocell road pavement reinforcement & railways (2011)

The research demonstrating that Neoloy Geocells improve layer modulus by up to x5 and reduce total costs of pavement construction... (Read more)