Introduction
Welcome to Corn Research Group
An escalating level of global attention to waste management and energy security has underscored the significance of sustainable and innovative solutions. Waste-to-Energy (WtE) technology is a promising approach to address these challenges, offering the dual benefits of reducing waste volumes while generating valuable sources of energy and materials.
Waste to Energy is committed to exploring, developing, and optimizing advanced technologies that convert waste into clean, efficient, and sustainable energy and materials. Utilizing interdisciplinary expertise from fields such as materials engineering, electrical engineering, environmental engineering, energy conversion engineering, economics, regional and urban planning sciences, we aspire to address the nexus between waste disposal and energy and material production.
Key areas of focus include thermal conversion processes (e.g., pyrolysis, gasification, and combustion), biological conversion, and the development of advanced materials for enhanced efficiency and emissions control. Furthermore, the research encompasses the socio-economic and policy ramifications of implementing WtE, thereby ensuring that the proposed solutions are not only technically feasible but also environmentally and socially sustainable.
Collaborations with academic institutions, industrial partners, and government agencies are integral to our mission, as we strive to contribute to a circular economy model, where waste is no longer a product but a valuable resource.
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Mission
Developing Innovative Technologies
Creating and optimizing technologies to convert waste into clean, efficient, and sustainable energy, with a focus on thermal conversion, biological, and advanced material development.
Improving Environmental Sustainability
Reducing environmental impacts through more effective waste management, reducing greenhouse gas emissions, and promoting the use of renewable resources in energy production.
Encouraging Interdisciplinary Collaboration
Facilitate cooperation between academia, industry, government, and society to produce holistic and applicable solutions in waste management and energy production.
Raising Public Awareness and Education
Educate the public and stakeholders about the importance of Waste to Energy technology, its benefits to the environment, and its role in the transition to a circular economy.
Supporting Policy and Regulation
Provide research-based inputs to policy makers to support the adoption of Waste to Energy technology, while ensuring the social, economic, and environmental sustainability of its implementation.
Leading Innovation towards Circular Economy
Turning waste into a valuable resource through sustainable approaches that support the global vision of creating a more circular and waste-free economy.
AIM
Reducing Waste Volume
Develop technologies that can significantly reduce the volume of waste through conversion into energy and value-added products.
Improving Energy Efficiency
Create efficient waste-to-energy conversion systems to maximize energy output while minimizing resource input.
Reducing Environmental Impact
Reducing greenhouse gas emissions, soil, water and air pollution through more environmentally friendly waste management.
Support Renewable Energy
Encouraging diversification of energy sources by utilizing waste as an alternative energy raw material, supporting the global transition to renewable energy.
Generating Technology Innovation
Designing and developing new technologies in waste treatment, such as pyrolysis, gasification, anaerobic digestion, and plasma-based technologies to produce cleaner energy.
Promoting Circular Economy
Turning waste into a valuable resource to support a circular economy model, where materials are continuously utilized and optimized.
Providing Science-Based Solutions
Providing applicable research-based recommendations and solutions to support waste management and the implementation of Waste to Energy technology.
Building Capacity and Collaboration
Develop competent human resources in the field of Waste to Energy and strengthen collaboration between academia, industry, and government for optimal technology implementation.
Raising Global Awareness
Promote public understanding of the importance of sustainable waste management and the energy potential of waste through education and scientific publications.
Supporting Policy and Regulation
Provide scientific input to policy makers to ensure the safe, efficient, and sustainable implementation of Waste to Energy technology.
Useful Information
Looking forward to connecting with you! Don’t hesitate to reach out.
Address​
Engineering Faculty, Hasanuddin University, Jalan Poros Malino Km. 6, Bontomarannu. Gowa, Sulawesi Selatan. 92171
wte@trg.unhas.ac.id
Phone Numbers | WhatsApps
+6285724785462