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Quick Guides

Document
Content

Discover how Renolith nanotechnology enables local government deliver a resilient, sustainable and affordable road network.

One page summary of the features and benefits of Renolith.

A four-page infographic detailing the advantages of using Renolith, including the stabilisation construction process and pavement design example.

Discover how advanced technology dramatically reduces GHG emissions while enhancing road network resilience.

Provides an overview of the Renolith 2.0 product, case studies and test results.

Quickly estimate and compare the triple bottom line cost ($, carbon footprint, materials usage) of pavement rehabilitation options.

Infinitely upcycle 100% of pavement, including poor & marginal materials. Reduce scope 1, 2 & 3 GHG emissions across the road entire lifecycle.

Detailed Information

Document
Content

This document is a simplified guide intended to provide guidance on mix design, pavement thickness and construction process and support pavement design. This simplified guide covers only the most common applications.

Outlines the features and benefits of Renolith. Summarises the case studies and research to support the cost savings claimed.

Renolith 2.0 is non-hazardous. The SDS provides comprehensive information on safe handling, storage, and disposal. 

Articulate key facts in the Renolith brand history.

Case Studies

In all projects the pavement was constructed as a single base layer of Renolith-enhanced cementitiously bound material,
typically with no subgrade remediation.

Renolith Case Studies - Australia

Project name
Location(s)
Application
Stabilised material(s)
Wearing course
Links

Sydney, NSW Australia
• Sydney International
Equestrian Centre, Penrith
• Sydney International
Regatta Centre, Penrith
• Penrith Whitewater Stadium
• Sydney International
Shooting Centre
• Sydney 2000 Games Mountain
Bike Facility
• Sydney Softball Centre
• Blacktown Baseball Centre
• Dunc Gray Velodrome, Bankstown.

Heavy/light roads,
carparks, paths - new

100% insitu upcycled

  • High plasticity clay

Spray seal

Canungra,
QLD Australia

Dirt road - upgrade

100% insitu upcycled

  • Sandy lateric
  • Sandy clay (orange)
  • Black clay (high PI)
  • Sandy clay + gravel

None

Muswellbrook,
NSW Australia

Highway -rehabilitation

100% insitu upcycled

  • Granular (outworn road base CBR 50)

Spray seal

Renolith Case Studies - International

Project name
Location(s)
Application
Stabilised material(s)
Wearing course
Links

Bangkok, Thailand

Cycleway

Silty sand

30mm asphalt

Bangkok, Thailand

Busy urban road

Crushed rock (plant mixed)

50mm asphalt

Italy-Austria

Freeway

Outworn granular +
gravel supplement

~100mm asphalt

Russia

Road base (Trials)

Sand (plant mixed)

None (out of scope)

Russia

Highway

Medium sand (plant mixed)

50mm asphalt

South Africa

Light roads, paths

Pure sand, clayey material

None (out of scope)

Research and Test Reports
There are dozens of independent studies and test reports characterising the behaviour of Renolith admixture in a variety of applications.
Please contact us for more information.
Renolith Videos

Legacy Videos from YouTube

(Variable quality, not curated)

Expert

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BUILD DURABLE, SUSTAINABLE, LOW-COST ROADS

Reduce the construction cost of your next project by up to 60%. Request a FREE copy of the Renolith Business Case to learn how.