NTU to receive S$132m over next 3 years for water research institute
Over the next three years, the Nanyang Technological University will be getting another S$132 million for its water research institute, bringing its total funding to about S$400 million by the end of 2016.
The funds are from the government, as well as multinational corporations and small and medium enterprises, signalling closer collaboration with industry.
Sewage and industrial wastewater may not seem that different to the layman.
But researchers have said industrial wastewater normally contains waste that is specific to the industry, which then requires specialised treatment systems.
The new wave in water purification techniques now is how to refine biomimetic membranes - said to be the next generation of membranes which are based on proteins.
The challenge for researchers is how to lower energy consumption in the process of purifying water.
Professor Ng Wun Jern, executive director of the Nanyang Environment and Water Research Institute (NEWRI), said: "Ironically, to treat wastewater - because it needs energy to do so - there is in fact an impact on the environment. So if you are going to use a lot of energy to treat wastewater, then on the one hand, you save the world by producing cleaner water, but on the other hand, you may cause some damage because of the energy footprint.
"So the challenge now is how do we treat industrial wastewater adequately and yet be able to do it with as little energy as is possible, and ideally perhaps even to recover energy from the industrial wastewater."
Dr Vivian Balakrishnan, Minister for the Environment and Water Resources, said: "We have translated a vulnerability in terms of access to water basically into now, a question of energy because with reverse osmosis, as long as I have energy, I can produce water, so water per se is not the limiting factor, but energy is.
"And short of a breakthrough in new renewable and cheap and plentiful energy... the only thing we have left to rely on is energy efficiency. And that is why biomimetic membranes are going to be crucial.
"This combination of academia and industry in the real world space where there are real demands and needs... is an example of translating what was a strategic vulnerability into a global opportunity, and that is why this is so important."
Professor Ng added: "The future would increasingly belong to systems that mimic nature more and more. So on the one hand, we will continue to work on engineering systems because we have to be relevant to the economy now, but at the same time, we will put part of our efforts to look into systems that mimic nature, and this could probably be ready for applications perhaps in 10 to 15 years' time."
NEWRI has also moved into its new premises at JTC CleanTech Park, a business park catered to green firms.
~News courtesy of Channel Newsasia~
Over the next three years, the Nanyang Technological University will be getting another S$132 million for its water research institute, bringing its total funding to about S$400 million by the end of 2016.
The funds are from the government, as well as multinational corporations and small and medium enterprises, signalling closer collaboration with industry.
Sewage and industrial wastewater may not seem that different to the layman.
But researchers have said industrial wastewater normally contains waste that is specific to the industry, which then requires specialised treatment systems.
The new wave in water purification techniques now is how to refine biomimetic membranes - said to be the next generation of membranes which are based on proteins.
The challenge for researchers is how to lower energy consumption in the process of purifying water.
Professor Ng Wun Jern, executive director of the Nanyang Environment and Water Research Institute (NEWRI), said: "Ironically, to treat wastewater - because it needs energy to do so - there is in fact an impact on the environment. So if you are going to use a lot of energy to treat wastewater, then on the one hand, you save the world by producing cleaner water, but on the other hand, you may cause some damage because of the energy footprint.
"So the challenge now is how do we treat industrial wastewater adequately and yet be able to do it with as little energy as is possible, and ideally perhaps even to recover energy from the industrial wastewater."
Dr Vivian Balakrishnan, Minister for the Environment and Water Resources, said: "We have translated a vulnerability in terms of access to water basically into now, a question of energy because with reverse osmosis, as long as I have energy, I can produce water, so water per se is not the limiting factor, but energy is.
"And short of a breakthrough in new renewable and cheap and plentiful energy... the only thing we have left to rely on is energy efficiency. And that is why biomimetic membranes are going to be crucial.
"This combination of academia and industry in the real world space where there are real demands and needs... is an example of translating what was a strategic vulnerability into a global opportunity, and that is why this is so important."
Professor Ng added: "The future would increasingly belong to systems that mimic nature more and more. So on the one hand, we will continue to work on engineering systems because we have to be relevant to the economy now, but at the same time, we will put part of our efforts to look into systems that mimic nature, and this could probably be ready for applications perhaps in 10 to 15 years' time."
NEWRI has also moved into its new premises at JTC CleanTech Park, a business park catered to green firms.
~News courtesy of Channel Newsasia~
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