Nanyang Technological University - Innovation Toronto

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Nanyang Technological University (Abbreviation: NTU) is one of the two largest public universities in Singapore with the biggest campus in Singapore.

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The team demonstrated that a single gram of inactive, dried yeast cells can remove up to 12 milligrams of lead in aqueous solutions with initial lead concentrations below 1 part per million. They also showed that the process is very rapid, taking less than five minutes to complete. Image: Courtesy of the researchers

An inexpensive, abundant, and simple material for removing lead contamination from drinking water supplies

7 Views

3 weeks ago

(from left to right) Dr Wu Shifan, Senior Research Fellow, Centre for Urban Solutions, School of Civil and Environmental Engineering, NTU and Professor Chu Jian, Chair of the School of Civil and Environmental Engineering, NTU holding up blocks of biocement made from urea and carbide sludge. CREDIT Credit to Nanyang Technological University, Singapore

Creating biocement from waste as an alternative to regular cement

13 Views

2 months ago

Challenges of our Age

A drug-resistant mould is spreading from the environment and infecting susceptible people’s lungs

45 Views

2 months ago

Scientists led by NTU Singapore produce oils from microalgae that could replace palm oil in food production

Replacing palm oil in food production with oils from microalgae

9 Views

4 months ago

An MIT team has designed an “acoustic fabric,” woven with a fiber that is designed from a “piezoelectric” material that produces an electrical signal when bent or mechanically deformed, providing a means for the fabric to convert sound vibrations into electrical signals. Image: Greg Hren

A new acoustic fabric converts audible sounds into electrical signals

21 Views

4 months ago

Fast mass screening for Covid in public places could happen with a new breathalyzer

14 Views

5 months ago

A more nutritious and antioxidant-rich replacement for dairy and eggs in foods?

30 Views

6 months ago

“Smart” natural food packaging infused with a cocktail of natural antimicrobial compounds extends the shelf life of food

23 Views

6 months ago

Most Visited

A drug-resistant mould is spreading from the environment and infecting susceptible people’s lungs

45 Views

2 months ago

A more nutritious and antioxidant-rich replacement for dairy and eggs in foods?

30 Views

6 months ago

“Smart” natural food packaging infused with a cocktail of natural antimicrobial compounds extends the shelf life of food

23 Views

6 months ago

An MIT team has designed an “acoustic fabric,” woven with a fiber that is designed from a “piezoelectric” material that produces an electrical signal when bent or mechanically deformed, providing a means for the fabric to convert sound vibrations into electrical signals. Image: Greg Hren

A new acoustic fabric converts audible sounds into electrical signals

21 Views

3 months ago

A new glass material that ‘self-adapts’ to heating and cooling

18 Views

6 months ago

Fast mass screening for Covid in public places could happen with a new breathalyzer

14 Views

5 months ago

Melting ice microneedle patches for painless drug delivery

14 Views

6 months ago

(from left to right) Dr Wu Shifan, Senior Research Fellow, Centre for Urban Solutions, School of Civil and Environmental Engineering, NTU and Professor Chu Jian, Chair of the School of Civil and Environmental Engineering, NTU holding up blocks of biocement made from urea and carbide sludge. CREDIT Credit to Nanyang Technological University, Singapore

Creating biocement from waste as an alternative to regular cement

13 Views

2 months ago

A biodegradable printed paper battery

13 Views

7 months ago

Scientists led by NTU Singapore produce oils from microalgae that could replace palm oil in food production

Replacing palm oil in food production with oils from microalgae

9 Views

3 months ago

Greatly improving the efficiency of the clean hydrogen production process

9 Views

7 months ago

The team demonstrated that a single gram of inactive, dried yeast cells can remove up to 12 milligrams of lead in aqueous solutions with initial lead concentrations below 1 part per million. They also showed that the process is very rapid, taking less than five minutes to complete. Image: Courtesy of the researchers

An inexpensive, abundant, and simple material for removing lead contamination from drinking water supplies

7 Views

1 week ago

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