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Just Stone – UNREAL ™ Stone [ECG - Premium] – [Cat. 1 – Manufactured in South Africa]

Overview:

UNREAL™ stone pavers, cladding, tiles, and coping suitable for residential and commercial, interior and exterior applications.

 

Product Description:

A wide range of UNREAL™ stone pavers and cladding made from sand, stone chips, cement and iron oxide pigments to create different colours.  The product is wet cast using moulds and is available for a variety of applications including gardens and landscaping, pools, driveways, interior and exterior feature walls, floors, and splash backs.

The UNREAL™  stone is manufactured in South Africa from materials sourced within 20km of the plant.

Click here for Supplier contact details or make an enquiry directly to the supplier using the Product Enquiry Form at the bottom of the page.

 

PRODUCT SPECIFICATIONS

Options

 

Colours

Desert Sand, Charcoal, Kalahari, Namib, Off White, Grey, Terracotta

Warranty

None

Expected Life

50 years Residential, 20 years Commercial

Indicative Costs

Please contact Manufacturer for pricing

Purchase Options

Outright purchase only

Constituents

Sand

Stone

Cement

Oxide

Water

Technical Specifications

None

National & International Standards

None

 

Country of Origin

South Africa

Projects

Schonenberg Estate –Somerset West

Prince Albert Hotel – Prince Albert

Greyton Equestrian Estate – Greyton

Post House – Greyton

Preparation

The appointed contractor must decide on the ground conditions and the necessary preparation there-of. It is important to remember that the quality of the installation greatly depends on the correct preparation of the area prior to the laying of the product.

 

ECOSPECIFIER LIFE-CYCLE ASSESSMENT

 

INTEGRATED DESIGN AND POLICY ISSUES

None

HUMAN HEALTH

Health

The un-reacted raw materials of this product include Crystalline Silica. Crystalline silica exists in a variety of other common materials such as concrete, render, grout, tile, glass etc. This issue relates to the cutting, grinding and other occupational production activities of products containing crystalline silica and is not an issue as installed in buildings.

The IARC classifies crystalline silica inhaled in the form of quartz, from occupational sources, as carcinogenic to humans (Group 1). However, the Australian body, ASCC/NOHSC (National Occupational Health and Safety Commission) have not classified crystalline silica as a carcinogen.

Accordingly the sanding, grinding and other occupational production activities of products containing Crystalline Silica, may present issues if appropriate precautions are not taken. Precautions for workers such as reducing exposure to product in dust form and using appropriate Personal Protective Equipment (PPE) mitigate potential issues to low risk in accordance with an ecospecifier Risk Assessment. Refer to Material Safety Data Sheet for further information.

Comfort

A high thermal mass material, which, if used within a building and properly integrated into the passive solar characteristics of the building design, can significantly improve the energy efficiency and thermal comfort of the building, thereby, reducing the need for heating and cooling, and associated energy consumption and greenhouse gas emissions.

Indoor Environment Quality

A cement based low VOC product in raw state. Products are not sealed so VOC emissions will depend on what sealant is nominated by the user or installer if sealed.

Electromagnetic Radiation

Not Applicable

Safety

Not Applicable

Accessibility

Not Applicable

 

ECOLOGICAL QUALITY

Terrestrial

Emissions – Sand mining and processing can produce emissions to land from surface impoundments of liquids, solids and slurries and from storage facilities and cause siltation and erosion if not handled correctly.

Cement manufacturing plants emit combustion gases, wastewater, plant maintenance waste and research and laboratory wastes. The largest emission stream from cement plants is the particulate matter from kiln stacks. However this is commonly collected and returned into the processing plant (Environment Australia, 2006, Emission Estimation Technique Manual for Cement Manufacturing Version 2.0, p. 4).

Physical – River sand and stone mining within or adjacent to a river channel can initiate channel erosion and degradation. Open cut mines for hard rock and sand create significant local disturbances of landscapes.

Aquatic

Emissions – The manufacturing of the product has limited toxic emissions to surface water.

Physical – River rock mining activities may increase suspended solids in the water at the site and downstream.

Atmosphere

Greenhouse (GHG) – This product has lower associated GHG emissions in manufacturing when compared to other types of resilient flooring.

Greenhouse intensity – 8.77kgCO2/m² excluding pigments

Transport intensity – Product is manufactured in South Africa from materials sourced in close proximity (20km) and therefore will have decreased transport GHG emissions when compared to materials sourced and manufactured from a further location or outside South Africa.

Table below provides land transportation greenhouse intensity figures to help calculate the greenhouse gas intensity of land transportation from shipping port.

Light commercial vehicle

Rigid Truck

Articulated Truck

0.001451kgCO2e / kg.km

0.000195kgCO2e / kg.km

0.000169kgCO2e / kg.km

Transport intensity figures sourced from Australian National Greenhouse Gas Inventory 1990, 1995 and 1999 and WWF International, Inland Navigations and Emissions, 2005.

Operational efficiency – A high thermal mass material, which, if correctly integrated into the building, can significantly improve the energy efficiency and thermal comfort of the building reducing the need for heating and cooling, and associated energy consumption and greenhouse gas emissions.

Re-use Efficiency – Product can be down cycled into aggregate

Toxics and Pollutants – There are no toxic or chemical pollutants from this product once in use.

Ozone Depletion – Not Applicable

Urban Heat Island Effects – Not Applicable

Noise – Not Applicable

Biodiversity

River sand and stone mining can impact the ecology of a stream on a variety of levels.  Mining and dredging of the river channel can destroy in-stream and river habitats for a broad range of species as well as indirectly affect the functioning of the aquatic ecosystem in affected areas and downstream.  Increased turbidity of the stream due to mining can affect photosynthesis and therefore impact biodiversity and production. Mining of land surface or sand dunes can have significant local biodiversity impacts. Sand mining is considered a threatening process from a species protection point of view.

 

RESOURCE DEPLETION

Resource Efficiency

Sand is a non-renewable resource, but can be in abundant supply.

The packaging utilised for the pavers consists of pallets that are re-used, and any cardboard and plastic utilised is recycled.

Embodied Fossil Fuel Energy

69.99MJ/ m² excluding pigment

Transport intensity – Product is manufactured in South Africa from materials sourced in close proximity and therefore will have decreased transport embodied energy when compared to materials sourced and manufactured outside South Africa.

Embodied Water

12 L/m² of pavers

Durability

Cement based products are durable, hard wearing, and have expected lifespan of at least 20 years.

Reusability

If laid loose on sand as paver easily re-used

Repairability

No

Design for Dematerialisation

No

Design for Disassembly

If laid loose on sand as paver easily disassembled

Recyclability

Product once fixed in place with adhesive can only be down cycled to aggregate for use in concrete.

Maintenance

Normal maintenance required for concrete products

Product Takeback Scheme

No

Extended Producer Responsibility (EPR)

No

 

CORPORATE AND SOCIAL SUSTAINABILITY

Audits and Environmental Reporting

Unknown

Convictions

Unknown

Environmental Policy

Yes

Social Enhancement Programs

No

Technology Transfer Programs

No

Environmental Management Systems (EMS)

No

 

ECOSPECIFIER ISSUES OF CONCERN / RED LIGHTS

None

 

ECOSPECIFIER GREENRATE GREENBUILDING SCHEME PRE-ASSESSMENT

Green Star SA™ Office Version 1(see disclaimer below)

MATERIALS

Mat-7: PVC Minimisation

Mat-11: Local Sourcing

 

Green Star SA™ Retail Centre v1

MATERIALS

Mat-7: PVC Minimisation

 

NOTE: the following tools have not been adopted in South Africa but are included for information purposes:

Green Star™ Multi Unit Residential Version 1 Compatibility

MATERIALS

Mat-6: PVC Minimisation

 

Green Star™ Office Interiors Version 1.1 Compatibility

MATERIALS

Mat-2: Flooring (also see material calculator below) Green Star™ Mat-2 Flooring Calculator for 100% of Building Floor Area *

Eco Preferred Content

Durability

Environmental Management System (EMS)

EMS
ISO 14001 Certified?

EMS - Waste Minimisation

EMS – Energy Consumption

EMS -Emissions

EMS -Materials
Minimisation

Product Stewardship

Modularity

Designed for Disassembly

Credit  Points Achieved

Less than 5%

Greater than 15 years?

no

no

no

no

no

no

no

yes

no

2

Green Star™ Mat-2 Flooring Calculator for 100% of Building Floor Area *

*Modified by ecospecifier for presentation purposes. Source – Green Star Office Interiors v1.1 Rating Tool

Mat-10: PVC Minimisation

 

Green Star™ Education Version 1 Compatibility

MATERIALS

Mat-6: PVC Minimisation

Mat-11: Flooring - as achieved under Office Interiors v 1.1

 

Green Star™ Industrial Compatibility

MATERIALS

Mat-6: PVC Minimisation

 

Green Star™ Healthcare Compatibility

MATERIALS

Mat-6: PVC Minimisation

Mat-11: Flooring – as achieved under Office Interiors v 1.1

Green Star SA is a registered mark of the Green Building Council of South Africa (GBCSA).  Assessments shall not be reproduced in part at any time.  This listing constitutes an ecospecifier Technical Opinion and is not endorsed by the GBCSA or its agents.  For detailed technical information about Credit requirements refer to Green Star SATechnical Manuals.  Rating Tools and Technical Manuals are subject to change by the GBCSA, and any decision regarding the award of credits towards a Green Star SA rating is at the sole discretion of the GBCSA.

 

ASSESSMENT COMPARISON

Resilient Flooring tiles

 

KEYWORDS / ALTERNATIVES

False, Fake, Faux, Artificial Rock, Stone, Pavers, Cladding, Coping, Concrete tile,cast stone, simulated stone resilient flooring

 

RELATED TOPICS

Concrete, embodied energy, flooring, thermal mass

 

RELATED KNOWLEDGE BASE ARTICLES

Thermal Mass, Building Comfort and Energy Efficiency

 

CSI / SPECPACK CATEGORY & NUMBER

04720 Cast Stone

 

NATSPEC CATEGORY AND NUMBER

0332 Stone Masonry

0433 Stone Cladding

0632 Stone and Terrazzo Tiling

 

Availability:

South Africa

Other information:

Information last verified on 11/11/10.


Assessment Criteria Satisfied

ENERGY/GREENHOUSE

  • Low energy in production
  • Potential less GHG/ODP down stream

RESOURCE DEPLETION & EFFICIENCY

  • Reduced transport energy
  • Least processed materials

HUMAN HEALTH

  • Low/reduced offgassing
  • Reduced toxics or carcinogens

POLLUTION TO ENVIRONMENT

  • Reduced chemical toxicity through Life Cycle
  • Low/no carcinogens through life-cycle
  • Reduced smog-forming potential

OTHER VITAL SIGNS

  • Environmental policy

© ecospecifier 2012

Suppliers:Just Stone

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Assessment Criteria

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