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During his doctoral research, Tirthankar quantified the source-specific contribution of aerosols and trace gases from a large industrial estate using several air quality models. more: Tirthankar BANERJEE.
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Sukalyan’s research interests revolve around developing new methods for
metal-promoted organic synthesis and asymmetric catalysis that lead to complex molecular structures in a sustainable manner. more: Sukalyan BHADRA.
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Throughout her research career Jeanne focused on finding environmentally friendly solutions for pest management in commercial agriculture. The integration of these solutions at farm level ensures the safe and sustainable production of food to meet market requirements and help feed a growing population. more: Jeanne DE WAAL.
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Under the supervision of Professor Carlo Rubbia, the Nobel Prize Winner in Physics, Alexander has been working on the future role of natural gas in energy transition, electricity markets, and the international governance of renewable energy during his PhD studies. more: Alexander GUSEV.
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Jason’s interests include sustainable wastewater/waste management through recovering value-added resources such as water, nutrients, and energy. His research centers on environmental biotechnology, bioenergy production, biological wastewater treatment, bioelectrochemical systems, sustainable desalination technology, and membrane technologies.
more: Zhen (Jason) HE.
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Indu’s research focuses on the observation and modelling of techniques for sustainable urban infrastructure planning. more: Indumathi JEYACHANDRAN.
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Paul serves as Head of Climate Action Planning Africa for C40’s Climate Action Planning Programme. In this role he leads the delivery of the Africa programme supporting 11 African megacities in developing ambitious, inclusive, and integrated climate action plans. more: Paul William JORGENSEN.
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Janaína’s academic approach focuses on waste treatment, the reuse of waste material, conserving resources, particularly raw materials, and offers a solution to the problem of waste disposal. Together with her team, she found a way to reuse mineral waste from industrial processes, such as mollusc shell, sugarcane bagasse ash within the ceramic industry. more: Janaína A. JUNKES.
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Tonni’s research focuses on water treatment, solid waste management, and renewable energy as well as the application of state-of-the-art water technologies for environmental protection. As one of the world’s best talents in his field, he participated in the 60th Interdisciplinary Nobel Laureates Meeting in Lindau (Germany) in 2010. more: Tonni KURNIAWAN.
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Adriana has a keen interest in sustainability of informal settlements. She captures economic, ecological, and societal components of an area or urban space as a basis for land-use planning. more: Adriana Patricia LÓPEZ VALENCIA.
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Bee Ting has earned her a Doctorate in Chemical and Biomolecular Engineering, with a specialisation in membrane science and technology for pre-combustion carbon dioxide capture. Such membranes have obvious real-world applications as the ability to filter carbon dioxide from exhaust gas is vital for the reduction of greenhouse gas emissions (e.g., from power plants that burn fossil fuel). As such, it plays a direct role in fighting global warming. more: Bee Ting LOW.
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After extensive research and partnerships in Madagascar, Andrew developed a revolutionary electricity grid management system that will allow microgrids and larger electricity grids to grow sustainably and exponentially. In 2015 he founded his own company Power Pay, which provides an efficient way to distribute electricity with the aim to improve isolated electricity grids. more: Andrew MARCH.
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During her PhD, Daniela worked on the genotoxicity and mutagenicity of water contaminated by biofuels. With her research Daniela aimed to evaluate the whole production chain of biodiesel, including raw material sources. According to her findings, water and soil contaminated with biodiesel can induce adverse effects on living organisms, including cytotoxic and genotoxic effects. more: Daniela MORAIS LEME.
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Julia’s scientific work focuses on waste and resource recuperation, specifically that of scrap tyres. She approaches this problem in an interdisciplinary way, which allowed her to improve the technology used to process scrap tyres. In effect, this reduces time and amount of energy needed while also eliminating associated air pollution and secondary waste. The process does improve the quality of recycled products as well. more: Julia NIKITCHENKO.
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Mike’s research focuses on the development of a model that will help engineers predict the rate of corrosion-induced deterioration in reinforced concrete structures. This will allow them to develop efficient, sustainable maintenance and repair strategies for buildings. more: Mike OTIENO.
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Hung’s most current research involves in understanding the nanoscale properties and device physics of organic electronic materials and devices. Hung’s PhD research contributed to the comprehension of molecular assembly and charge transport in Organic Field-Effect Transistors (OFETs). The development of OFETs for electronic devices is important because their low
temperature and high throughput processing can reduce the energy consumption for manufacturing, compared to its inorganic counterparts. more: Hung PHAN.
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Binita’s research focuses on the impacts on the environment and social issues arising during the process of power generation, more precisely on life cycle assessment of electricity from coal-fired thermal power plants in India. more: Binita SHAH.
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Mercedes is especially interested in interdisciplinary ecosystem research and the relationship between man and nature. She actively promotes the protection of endangered species and the environment. more: Mercedes VALDERRAMA-VERNAZA.
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During his studies, Chao designed industrial processes to treat and recycle urban waste. He has been granted ten patents for his work. more: Chao WANG.
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Dewei’s research focuses on perovskite solar cells, organic solar cells, quantum dots/organic hybrid solar cells, organic light-emitting diodes, co-doping phosphorescent OLEDs, quantum dots-Organic Hybrid LEDs, and de-sensitised solar cells. In his PhD research, he explored energy-related organic and inorganic optoelectronic devices and nano-devices. more: Dewei ZHAO.
