Improved 'plastic-like' mortar potentially reduces heat loss in structures by up to 55%
Newcastle University has made a significant breakthrough in the field of sustainable construction with the development of an eco-friendly insulation mortar made from recycled plastic and silica aerogel. This innovative mortar, which improves insulation properties while reducing plastic waste, is set to be a key player in the future of energy-efficient construction [3][4][5].
The new mortar mix, composed of shredded PET plastic from recycled bottles and silica aerogel, offers a significant advantage over traditional mortar as it is significantly lighter while maintaining the strength required for construction. This could potentially solve two major global problems: energy price rises and plastic waste [1][2].
The mortar's potential to lower heating bills in new homes is being highlighted, with the improved insulation capabilities resulting in a reduction of up to 55% [3]. This could lead to significant savings for homeowners and contribute to a more energy-efficient society.
PhD researcher Kaniaw Marof, the lead author of the study, expresses optimism about the potential of the new mortar, stating that it could be a game-changer in construction [6]. The benefits in terms of insulation and waste reduction are being emphasized as a solution to the plastic waste crisis.
Newcastle University is actively collaborating with other research institutions and industrial partners to advance this technology towards practical application. These partnerships include multi-university initiatives, such as a clean technology research center launched with the Universities of Sheffield and Nottingham, aiming to position the UK as a leader in green chemistry and sustainable building materials [5].
The university's commitment to sustainability and the United Nations Sustainable Development Goals further underlines its approach to collaboration. This involves integrating research with sustainable practices, community engagement, and environmental improvements that foster the development and deployment of innovations like the eco insulation mortar [5].
While specific industry partners involved in the mortar's testing have not been named in the provided documents, the university's framework for sustainable development strongly emphasizes strengthening partnerships and real-world implementation through shared research, evidence-based solutions, and community outreach [5].
The research team is seeking industry partners to bring the new mortar to construction projects, with trials already underway in real homes for long-term benefits. The mortar's insulation properties are highlighted as a potential way to lock in warmth, improving home energy efficiency [7].
If you need more detailed information about particular industry partners or pilot projects, it might require further direct sources or announcements from Newcastle University or their collaborators. This groundbreaking development in eco-friendly construction materials could pave the way for a more sustainable and energy-efficient future.
- The innovative eco-friendly insulation mortar, consisting of recycled plastic and silica aerogel, has the potential to revolutionize the field of sustainable construction.
- With a decrease in heating bills by up to 55%, this new mortar could lead to significant savings for homeowners and contribute to a more energy-efficient society.
- The benefits of this insulation mortar, including improved insulation and reduced plastic waste, are being pushed as a solution to the ongoing plastic waste crisis.
- Newcastle University, in collaboration with other research institutions and industrial partners, is actively working towards the practical application of this technology in the construction industry.
- The university's focus on sustainability and the United Nations Sustainable Development Goals reflects their commitment to integrating research with sustainable practices and community engagement.
- The research team is actively seeking industry partners to bring the new insulation mortar to construction projects for practical trials and long-term benefits, with the potential to significantly improve home energy efficiency.
