LINKS

Colourite - Maximising Cullet Additions in the Glass Container Industry

Container Lite: Light-weight Glass Containers - the Route to Effective Waste Minimisation

Container Lite - Opportunities for the Co-op to lightweight glass packaging

Feasability Study for the Reduction of Colour within the Glass Furnace

Materials recovery from waste cathode ray tubes (CRTs)

Study into the Interaction of Imported Wine Bottles and the UK's Cullet Supply

A Study of the Balance between Furnace Operating Parameters and Recycled Glass in Glass Melting Furnaces

Assessment of the International Trading Markets for Recycled Container Glass and their Environmental Applications

Recovered Container Glass: Development of test methods and inorganic contamination limits

Increasing collection and recycling of post consumer domestic window waste

Recycled CRT Panel Glass as an Energy Reducing Fluxing Body Additive in Heavy Clay Construction Products

New Approach to Cathode Ray Tube Recycling

RELATED LINKS

Glass Technology Services Ltd
Sheffield
Tel: +44 (0)114 290 1801
Fax: +44 (0)114 290 1851
Email: info@glass-ts.com

Recovered Container Glass: Development of test methods and inorganic contamination limits

Recycling waste material is an important element in a sustainable society, one that the glass industry takes seriously, setting great store by its claim to be completely recyclable and doing its utmost to achieve exemplary recycling rates.

 

In a WRAP-funded project, GTS was requested to undertake the development of a rapid test methodology able to determine the inorganic contamination levels in recovered container glass and to such method to determine typical contaminant levels. The majority of glass entering the waste stream is container glass, used mainly for foodstuffs.   

 

This was as the result of a previous project to produce the BSI Publicly Available Standard (PAS101) Recovered Container Glass: Specification for quality and guidance for good practice in collection, setting out maximum permissible contamination limits for organics, ferrous and non-ferrous metals.

 

WRAP saw that the PAS would benefit from the inclusion of maximum permissible limits together with a simplified testing method to cover, in particular, grit, stones and porcelain as being of particular concern to glassmakers.

 

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