New Zealand-Singapore Partnership for a Low Pollution Energy Demonstration Project

A test bench for energy innovation will be set up in New Zealand to showcase new technologies that can help reduce emissions.

New Zealand’s Future Energy Center Ara Ake has helped forge a partnership between Ecolabs – Singapore’s Nanyang University of Technology (NTU Singapore), Enterprise Singapore and the Singapore Sustainable Energy Association – and the Western Institute of Technology in Taranaki. WITT).

The project aims to successfully demonstrate low-emission energy innovations – from Singapore and New Zealand – to help decarbonise Aotearoa New Zealand.

Ara Ake CEO, dr. Cristiano Marantes says the project emphasizes the importance of global cooperation for the success of New Zealand’s decarbonisation path.

“This is a great opportunity to gain the experience of global innovators and share leading international technologies that will not only help WITT achieve its low-emission energy goals, but also drive innovation and the development and commercialization of energy solutions across the country,” says Dr. Marantesas.

Ecolabs has proven successful in developing and installing test benches throughout the Asia-Pacific region, and Ara Ake is pleased to have established a demonstration site in New Zealand and is coordinating these national initiatives.

Minister for Energy and Resources, dr. Megan Woods, of the project, said: “Accelerating the decarbonisation of our energy system, supporting our energy innovators and fostering innovation through global cooperation is a key focus of this government, especially as we continue our economic recovery. from Covid-19. It’s fun to see the government funding Ara Ake to help prepare for the future with this exciting project.

The project uses two existing WITT buildings, one as a test bench and the other as a controlled variable, to implement innovative energy solutions. This will give real-world technology the impact of potential and existing New Zealand students in developing a new generation of vocational training.

WITT is one of 17 Te Puhenga subsidiaries linking a national network of integrated learning that helps learners, employers and communities acquire the skills, knowledge and competencies that Aotearoa New Zealand needs now and in the future.

Te Pūkenga is developing a sustainability strategy with a mission to mainstream sustainability in all network subsidiaries, including technology and polytechnic institutes (ITPs) and work-based learning (WBL). This WITT test system project is an opportunity that could be replicated in many institutes, and it contributes greatly to their sustainability goals.

WITT CEO John Snook says the test site project will play a key role in achieving WITT’s carbon neutrality goal by 2025, while supporting Taranaki as an energy innovation hub.

“As WITT aims to create the Center of Excellence for Energy (ECoE), it is a great opportunity to demonstrate real-world emissions-reducing energy innovations that will clearly improve WITT’s carbon footprint and meet the challenge of climate change. Hopefully this will inspire students to consider staying in Taranaki to Taranaki and consider new energy as a career option, ”says Mr Snook.

Stephen Town, CEO of Te Pūkenga, hopes the project will inspire future students to the new energy sector.

“This test site will show prospective learners what the new energy looks like, and we hope to build on ideas from around the world and adapt and adapt the model to other tertiary suppliers across the country, along with greater use of innovative energy solutions. “Mr Town says.”

Professor Lam Khin Yong, Senior Vice President (Research) at NTU, says: “NTU Singapore’s partnership with Ara Ake and WITT is a strong example of an international joint innovation program that will be the launch site for clean technologies for Singapore and New Zealand. can collaborate with each other to implement new solutions in real-world test sites.

“The partnership is in line with Singapore’s 2050 Green Plan. halve the maximum greenhouse gas emissions by 2030 everything, ”concludes Professor Lamas.

The next step in the project is the search for innovation, which will determine the technologies that will reduce emissions.

© Scoop Media

Godfrey Kemp

"Bacon fanatic. Social media enthusiast. Music practitioner. Internet scholar. Incurable travel advocate. Wannabe web junkie. Coffeeaholic. Alcohol fanatic."

Leave a Reply

Your email address will not be published.