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Management of construction and demolition glass waste
Glass for Europe wishes to see the development of efficient waste management infrastructures across Europe’s regions for the collection and treatment of construction and demolition glass as a raw material.
The glass industry is willing to contribute expertise in the setting up of these infrastructures with workable, practical and economically viable solutions. In Europe, each year, approximately 1.5 million tonnes of glass waste is generated by the demolition and renovation of buildings
There are three main operations involved in the recycling of glass generated by construction and demolition:
- Dismantling: the glass is removed from the building and sorted by type according to the proposed end use.
- Cullet processing: only limited quantities of Construction and Demolition glass are recycled as in most countries there is no standardized system for dismantling and collection.
- Shredding: the whole building is demolished and the C & D waste (including glass) is crushed and shredded into pieces.
|EU waste legislation & building glass recycling
Glass for Europe Position Paper March 2014
|Recycling of end-of-life building glass
Glass for Europe Contribution June 2013
Economic study on recycling of building glass in Europe - Deloitte Sustainability for Glass for Europe
In an effort to provide useful insight into the realities of end-of-life building glass, Glass for Europe commissioned a study to Deloitte Sustainability to analyse the present situation in the management and recycling of such a material in the EU. The study is the first of its kind in terms of depth of analysis and methodology:
- It quantifies building glass waste in EU
- It identifies best practices and pilot projects in the field of building glass waste
- It analyses the environmental benefits of building glass waste recycling
- It presents the economic costs and benefits. (N.B.: data and exact results ‘should be considered with care’ according to the consultants themselves)
Access to container parks to enhance recycling of different waste streams – RDC study for the region of Wallonia
The Wallonia region (Belgium) has mandated RDC-Environment to make an assessment of the regional policy on container parks. This work, only available in French, has been done via two phases: an analysis of the current situation (Phase 1 in 2010) and an analysis of the interest to enlarge the container park’s role to other waste flues (Phase 2 in 2012).
The phase 2 presents a detailed analysis of the possible extension of container park to end-of-life building glass in order to better collect and sort this waste stream so as to enhance its recycling. The analysis is interesting as it addresses the 3 pillars of sustainability: environment, social and economic. Using reference scenarios compared to prospective scenario, the study analyses the supply chains differences (transport, installations, recycling etc.). The comparative results are firstly presented as environmental impacts (Climate change quantified with tonnes equivalent CO2). The use of container park for end-of-life building glass, instead of a reference scenario of disposal, results in an important environmental benefit of 0.57 kg eq CO2 per tonnes of sorted flat glass. This result is mainly resulting from the many benefits and lower environmental impacts generated by an increase in recycling into glass of end-of-life building glass. This environmental result, when monetarised, rebalances the economic costs. Taking into account this holistic approach, the conclusion presents an overall economic interest in facilitating access to container parks for the disposal of end-of-life flat glass so as to improve its effective recycling into glass.
The float glass manufacturing process produces minimal waste products and an extremely small amount of toxic wastes. The float process recycles virtually all its glass waste during production. This glass (known as cullet) is reintroduced to the float batch mix to aid melting.
In additions to this recycling of internal waste products, the flat glass industry can also use waste glass from other sources provided that quality conditions are met. The use of 'cullet' contributes to reducing the need for raw materials and energy input. In turn, it helps achieve reduced CO2 emissions.
Recycled content of flat glass for LEED certification
Leadership in Energy and Environmental Design (LEED) is a rating system, developed by the U.S. Green Building Council, which aims to promote sustainable buildings, by awarding credit points in seven different categories. It addresses, amongst others, reduction of energy use, improvement to the indoor environment quality and the recycling of materials. One of these categories, Materials and Resources, enables credits to be earned on the basis of the recycled content of products. Glass for Europe revised its statement and wishes to explain how the definitions should be understood in the context of flat glass to clarify and bring uniformity to the quantification of recycled content under the LEED scheme.
Recycled Content of flat glass for LEED Certification
Glass for Europe Statament DECEMBER 2014
Between eight and nine million tonnes of end-of-life vehicle (ELV) waste is generated each year in the European Union. Automotive glass represents approximately 3% (by mass) of the total composition of a car. Recovering and dismantling automotive glass is a complex and therefore lengthy process. If the glass is recyclable, it needs to be properly dismantled from cars and sorted from the other scrap to remove the antenna, connectors and solders. Then, it needs to be treated in special facilities before it can be melted again as glass, or alternatively used as a secondary aggregate material to produce materials and products such as fibre glass and abrasives.
Glass for Europe is monitoring the market to ensure that the recycling of automotive glass is being carried out effectively and in accordance with the requirements of Directive 2000/53/EC on end-of-life vehicles, i.e. 80% of the vehicle to be reused and recycled. In particular, Glass for Europe is monitoring whether the market is managing to handle all end-of-life automotive glass.