About
Our Mission
Glass is inherently recyclable, as demonstrated by the container glass industry, where end-of-life glass is crushed and used to create new products. We aim to replicate this success in the architectural glazing sector, promoting a more circular economy that keeps recyclable materials out of landfills.
Our mission focuses on three key goals:
- Educate: We aim to demonstrate how architectural glass can be efficiently removed from buildings, sorted, and processed to maximise its recyclability at the end of its life. We believe that with the right knowledge, recycling architectural glass is straightforward and effective.
- Connect: We strive to bring together key players - processors, recyclers, and installers – to form a network of businesses engaged in the recovery and recycling of architectural glazing.
- Impact: By achieving the first two goals, we hope to increase the rates of recovery and recycling of architectural glazing. This, in turn, will help lower the embodied carbon in future glass products and improve resource efficiency.
Together, these three aims guide our efforts to ensure that glass, as an inherently recyclable material, is integrated into a more circular economy.
Glass Industry Energy Consumption
The glass industry is one of the UK's eight energy-intensive industries. It accounts for betweenEstimation of Available Tonnage in Buildings
Our estimated is thatTotal emissions savings if use available tonnage
If all of the 700,000 Tonnes of glass were recycled and used in new flat glass production:Benefits of Glass Recycling
Recycling glass offers significant environmental benefits, which is crucial in addressing the climate crisis. By using more recycled material, known as cullet, in the production of flat glass, the volume of raw materials, which otherwise would have been extracted for use, is reduced.
Cullet has already undergone the steps involved in glass production. Since it's been melted once before, and the carbon emissions associated with that process have already been released, the introduction of cullet into flat glass feedstock results in lower carbon emissions compared to using raw materials. Additionally, the energy needed to melt cullet is less than that required for raw materials, therefore reducing energy consumption.
For businesses, recycling glass can also be a cost-saving measure. Glass installers and processors often pay to dispose of waste like old glazing units. By partnering with recyclers instead of sending these units to landfills, businesses can significantly cut waste disposal costs while contributing to a circular economy. Increasing profitability with minimal interruption to the business operation.
As glass recycling continues to grow, it also creates opportunities for business expansion and innovation. This evolving industry will facilitate the development of new skills, allowing businesses to meet the increasing demand for recycling expertise and solutions in future.
Supply Chain
The production, transport, installation, and disassembly of glass in buildings involves a range of players in the supply chain. Currently, these parties often operate in isolation. Given that the lifespan of architectural glazing can be 20 to 30 years or more, there is a disconnect between some of the key players. Moreover, the flat glass recycling sector is still in its early stages, and the necessary links between installers and recyclers are not fully established.
The diagram below represents the scenario we're working toward. In this model, all parties are connected within a glass recovery and recycling network.
By improving connections between the various players in the flat glass supply chain, it will become gradually easier and more efficient to recover and reuse architectural glazing materials.
Ideal Scenario
- Glass Producers
- Installers
- Re-processors and Recyclers
- Haulage Companies
The integrated approach, where key parties are linked, will maximize the amount of glass material that is reintroduced into the flat glass production process, reducing waste and supporting a more circular economy. This will also help reduce costs to businesses associated with disposal of material, with glass units at end of life being passed to recyclers rather than landfill.
There are a variety of glass types used for architectural applications. The type of glass has an impact on its ability to be recycled. Clear, unlaminated glass is the most straightforward to recycle. However, other types of glazing can be recycled with additional effort. Some types of glazing, such as fritted glass, cannot be used in the production of new architectural glazing products due to the ceramic material used in the frit. However, there are still opportunities to downcycle this type of material rather than send directly to landfill. Please see our "How it Works" section for more information.
The aim
We believe the key obstacle preventing widespread glass recycling is a lack of awareness about the opportunities available. In areas where these opportunities are known, end-of-life glass is already being collected and returned to glass fabricators. Our mission is to bridge this awareness gap. By educating the public and industry professionals about the importance and methods of glass recycling, we hope to inspire more widespread participation.
We aim to simplify the process of locating existing glazing recovery providers, ensuring that anyone can easily find the resources they need to recycle glass effectively.
We strive to significantly increase the amount of glass being returned for recycling by promoting best practices and providing clear guidelines.
We are looking to raise awareness of how to minimise contamination in collected glass in order to maximise the value of cullet (crushed glass). Uncontaminated cullet can be re-melted for new flat glass production, creating a circular process that reduces carbon emissions and improves resource efficiency. Through these efforts, we are dedicated to making glass recycling more accessible, efficient, and widespread, ultimately contributing to a greener and more sustainable environment.