- Our schools
- Study with us
- Girls in Engineering Club
- Double degrees
- Bachelor of Engineering (Honours) - program rules
- Engineering (Honours) / Engineering Science Dual Award
- Flexible First Year
- Aerospace Engineering (Honours)
- Bioinformatics Engineering (Honours)
- Biomedical Engineering (Masters)
- Chemical Product Engineering (Honours)
- Chemical Engineering (Honours)
- Civil Engineering (Honours)
- Civil Engineering with Architecture (Honours)
- Computer Science
- Computer Engineering (Honours)
- Electrical Engineering (Honours)
- Environmental Engineering (Honours)
- Food Science (Honours)
- Mechanical Engineering (Honours)
- Mechatronic Engineering (Honours)
- Mechanical and Manufacturing Engineering (Honours)
- Mining Engineering (Honours)
- Petroleum Engineering (Honours)
- Photovoltaics and Solar Energy Engineering (Honours)
- Renewable Energy Engineering (Honours)
- Software Engineering (Honours)
- Surveying (Honours)
- Telecommunications (Honours)
- Admission Requirements
- Postgraduate Research Degrees
- Fee Information for Postgraduate Coursework
- Biomedical Engineering Degrees
- Chemical and Food Science Engineering Degrees
- Civil and Environmental Engineering Degrees
- Earth Science Engineering Degrees
- Electrical Engineering Degrees
- Energy Engineering Degrees
- Mechanical and Manufacturing Engineering Degrees
- Multidisciplinary Degrees
- Master of Information Technology
- Future Students
- Why UNSW Engineering?
- Science and Engineering Indigenous Pre-Program
- Student Opportunities
- Degree fees
- Faculty of Engineering Admissions Scheme (FEAS)
- UNSW Events
- Guaranteed Entry for admission to UNSW
- Ranking and Reputation
- Adjustment Factors
- Assumed knowledge for Engineering
- How to Apply
- Open Day
- Campus Life
- Ask a Question
- Student Experience
- Student Resources
- Academic Information
- Career Information
- How can we help?
- Alumni & Giving
- About us
Preventing another Grenfell Tower
1 August 2018
New $4.3M research centre in fire safety is working with industry to create a product that will mitigate the flammable building cladding problem
How did you feel when you saw the Grenfell Tower fire tragedy in London in 2017? Shock? Horror? Disbelief? How could the fire have spread 19 floors from the fourth floor to the top in a mere 27 minutes and thereafter quickly engulfing the whole building?
“Unfortunately,” says Professor Guan Heng Yeoh. “From my point of view and the point of view of other fire experts, a disaster like Grenfell Tower came as no surprise. The same incident could happen in NSW. If there are no flame retardants in the exterior cladding and we know they are plastic to the core, they are going to burn, and quickly.”
Yeoh, who is from the School of Mechanical and Manufacturing Engineering (MME), has been closely involved with Fire and Rescue NSW on collaborative research projects since 2005. His research has included the development of high fidelity fire models that have been used in criminal and forensic investigations. His work has also informed legislation change in sprinkler use in buildings in NSW and influenced the development of building codes and standards. He says the Grenfell tragedy is a big wakeup call and demonstrates the dire need for more fire materials research and fire modelling.
“Many of the materials being used in products today are increasingly complex and their burning behaviours aren’t properly understood. Buildings are being designed differently too,” he says. “To keep the community and firefighters safe, research needs to keep up with the pace of change.”
This is why the brand new $4.3M ARC Training Centre in Fire Retardant Materials and Safety Technologies at UNSW is so vital and timely. Partnering with government, domestic and international companies, and universities, Yeoh says the purpose of the Training Centre is to create knowledge on green and durable fire-retardant materials, and advance fire models, fire suppression technologies, and new flammability tests for compliance with fire safety regulatory standards.
The first thing on their list of things to do, says Yeoh, is mitigate the problem of flammable cladding. “Grenfell is not the only example of this type of fire. There have been a couple of similar fires in hotels in Dubai and there was a high-profile fire affecting the Melbourne Lacrosse Tower in 2015,” he says.
We are putting the coating through its paces at the testing site at Fire and Rescue NSW NSW and think we’ll be able to take the product to market within the next 12 months.
Professor Guan Heng Yeoh, Director of the Australian Research Council Training Centre in Fire Retardant Materials and Safety Technologies at UNSW
All these fires were accelerated by a type of external cladding that has been used extensively all over the world to better insulate buildings and make them more energy efficient. In NSW alone, over 1,000 buildings have been identified as being at risk from this cladding and Yeoh says that governments, fire experts, developers and manufacturers are worried.
“It is also a frightening prospect for the people living in the affected buildings,” Yeoh continues. “Before Grenfell, the cladding fires had only affected the outside of buildings and there hadn’t been any fatalities, but because Grenfell was residential, and lots of people had their windows open, it spread from inside to outside and back. It could definitely happen again.”
So, what is the solution? “Replacing the cladding is incredibly expensive,” explains Yeoh. “It costs up to $10 million to replace the cladding on a median sized tower block, so we are working with an industry partner on a different solution that will most likely be a tenth of that cost.”
Yeoh and his team, who have recently inked an agreement with Flame Security International, are in the advanced stages of creating a fire-retardant coating that can be sprayed onto the cladding and will vastly reduce the speed at which a fire spreads.
The coating, which Yeoh and his team are stringently testing for adhesion and water and UV resistance, will offer a cost-effective and durable coating which developers can apply and forget for three to five years.
Flame Security International is an Australian-Swedish collaboration and the product is based on a formula that has already been developed for the Swedish market. Yeoh says their job is to improve the formulation for the Australian application and they are collaborating with colleagues from UNSW MME and Chemical Engineering to develop the product, which, it is hoped, will keep people safe and prevent further tragedies of this kind.
“We are putting the coating through its paces at the testing site at Fire and Rescue NSW and think we’ll be able to take the product to market within the next 12 months,” Yeoh says.
“It is not a full-blown solution, but it does mitigate the risk. Even though the cladding could still catch fire, it won’t spread at the speed that devastated Grenfell Tower. It will give enough time for the occupants to escape.”