PVCu is the world’s most researched polymer, with numerous life cycle studies conducted in the UK and the EU indicating the material is as sustainable as any other option. The major ingredient of PVCu is common salt – an abundant natural resource.
We believe that polymer products have a valuable part to play in sustainable development. Most polymer building products have a long life expectancy and are readily recycled at the end of their life into new products.
The European PVC industry is working towards two key aims:
- Improving quality of life and adding value to society through PVCu products and innovations that assist with sustainable economic growth.
- Introducing new practices that protect the integrity and diversity of the environment based on the principles of sustainable development.1
One of the world’s oldest plastics, it has evolved since the 1940s to become a universally used, cost effective, adaptable, safe and environmentally efficient material. Effectively, salt and oil derivatives are combined to produce a plastic material, which is specified for a broad range of applications across various market sectors.2
Polyvinyl chloride (PVC) is a versatile and safe material for the modern world. Its unique properties make PVCu the material of choice in many applications, including construction, transportation, electronics and health.3
1Voluntary commitments Sustainable Development from the PVC industry
2Windows – A Transparent Case for PVC (BPF)
3Fact Sheet – Euro Chlor
The Myth - uPVC is not sustainable as it is made of chlorine
The Truth - PVCu is the world’s most researched polymer, with numerous life cycle studies conducted in the UK and the EU indicating the material is as sustainable as any other option. The major ingredient of PVC is common salt – an abundant natural resource - 50 quadrillion tonnes of salt in the worlds seas!1
The Myth - uPVC production operations are “Dioxin Factories”
The Truth - The industry is strictly regulated. Its very low contribution to dioxin levels is confirmed by recent inventories of dioxin sources in the UK. The highest dioxin concentration allowed from industrial discharge is 0.1ng/cubic metre omission. UK studies suggest that as much as 14% of the total UK annual emissions can be attributed to Bonfire Night celebrations on November 5th. ‘A Review of Dioxin Emission in the UK’, published by Her Majesty’s Inspectorate of Pollution (HMIP) in 1995 concurs that iron, steel and non-ferrous metals production are seen as the dominant contributors. According to the report, more dioxins are released to the atmosphere through sources involving the combustion of wood than are produced by the entire halogenated chemicals industry.2
The Myth - uPVC production is extremely energy intensive
The Truth - Energy used in manufacture is low compared to other materials e.g. aluminium. The manufacture of one cubic decimetre of uPVC requires only two kilograms of mineral oil, for a cubic decimetre of steel, as much as five kilos of oil and for a cubic decimetre of aluminium, even as much as 15 kilograms of oil. Even in comparison with other polymers, uPVC comes out well, necessitating on average about half as much oil in production. Furthermore, the oil contained in uPVC products can be used to generate energy in incineration plants, even after several decades.
The Myth - uPVC is the “poison plastic”
The Truth -
The Myth - uPVC is dangerous in accidental fires
The Truth -
IF FIRE DOESN’T START OR SPREAD, IT WON’T KILL!!
uPVC will burn in a fire but if you remove the source of ignition uPVC goes out, which is why, for example, it is mandatory to use it for insulation on all wiring and in a conduit through which wires and electricity pass.3
1 Specifier Briefing - The Open & Shut Case for PVC-U - BPF
2Windows – A Transparent Case for PVC
3 Counterpoint – Patrick Moore and the future of the environment April 06
REHAU is committed to minimising the impact of our operations on the environment. We achieved recognition for environmental management with our ISO 14001 certification. Recycling plays a significant part in our processes from running schemes to recycle window waste into new window profiles to a vast array of technical product produced from recycled material. We are currently working with external agencies to audit our processes for the environmental impact.
It is claimed that PVCu is not recyclable. This is simply not true. PVC is an ideal polymer for recycling, unlike many other materials PVCu can be recycled simply by chipping the waste material and extruding into new products.