11th Sustainable Development Conference [SDC2025]
15th - 17th of July 2025, Bangkok, Thailand
Radisson Suites Bangkok Sukhumvit

​SPEAKERS

Integrated Credit and Sustainability Risk Assessment under Global Reporting Initiative for Banking Sector in Bangladesh

Introduction The banking industry in Bangladesh has progressed by incorporating internal credit and environmental risk assessments in borrower selection. However, integrating sustainability risk assessments is crucial to enhance risk management practices further. This research examines the suitability of the Global Reporting Initiative (GRI) framework for sustainability risk assessment in the banking sector of Bangladesh. A mixed-methods approach, combining quantitative and qualitative methods, is employed. A comprehensive literature review and consultations with banking experts and stakeholders assess the GRI framework's suitability for integrated credit and sustainability risk assessment. Quantitative data is collected through a survey of 30 banks, while qualitative data is gathered through in-depth interviews with senior executives. ANOVA (Analysis of Variance) is used to analyse the collected data. Currently, banks in Bangladesh use diverse tools and models for credit risk evaluation, while sustainability risks are assessed qualitatively without a standard model. This inconsistency leads to imprecise risk ratings. To address this, the Integrated Credit & Sustainability Risk Rating Model (ICSRRM) is developed under the GRI framework, tailored to the Bangladesh context. ICSRRM combines Internal Credit Risk Rating (ICRR) and Environmental and Social Risk Management (ESRM) approaches, allowing banks to concurrently evaluate credit, environmental, social, and economic risks. ICSRRM is a universal model that all commercial banks in Bangladesh can adopt to promote sustainable banking practices. The study's findings will guide the banking industry in designing a methodology for assessing both credit and sustainability risks when selecting borrowers or evaluating projects. This will ensure high-quality financing, reduce default loans, and foster sustainable growth in the banking sector. Keywords: Global Reporting Initiative (GRI), Internal Credit Risk Rating (ICRR), Environmental and Social Risk Management (ESRM), Integrated Credit & Sustainability Risk Rating Model (ICSRRM).
Dr. Md Touhidul Alam Khan is the Managing Director & CEO of NRBC Bank PLC, Bangladesh. He has over 32 years of banking experience and previously served as Managing Director & CEO of National Bank bringing a wealth of executive leadership experience, industry expertise, and proven strategic capabilities to his new role.
He commenced his distinguished banking career in 1993 as a Senior Officer at Agrani Bank. During his tenure, he contributed to the Financial Sector Reform Project (FSRP) as Monitoring Analyst through earning a "Superior Achievement Certificate" from international consultants for exceptional performance and high-quality deliverables including trainer of Lending Risk Analysis (LRA). Later, he joined at Prime Bank and spearheaded the Syndications and Structured Finance Department. A recognized expert in syndication loans, Dr. Touhid led Bangladesh's first Shariah-based syndication deal and orchestrated the country's largest syndication term loan at that time. He played an instrumental role in establishing local banks and financial institutions as credible lead arrangers in syndication financing.
Throughout his illustrious banking career, he subsequently held pivotal leadership positions at different banks, including Prime Bank, Bank Asia, Modhumoti Bank, Standard Bank, and Premier Bank as Chief Business Officer, Chief Risk Officer, Chief Credit Officer and Chief Anti-Money Laundering Compliance Officer etc.
Notre Damian Touhid holds a master's degree in finance from the University of Dhaka, is a fellow member of Institute of Cost & Management Accountants of Bangladesh (ICMAB), Institute of Islamic Banking & Insurance, United Kingdom, Basel iii Compliance Professionals Association, USA and Institute of Personnel Management (IPM), Bangladesh.
Dr. Touhid is recognized as Bangladesh’s first Certified Sustainability Reporting Assurer (CSRA) and holds a PhD from Bangladesh University of Professionals (BUP), where his dissertation focused on “Integrated Credit and Sustainability Risk Assessment under Global Reporting Initiative for Banking Sector in Bangladesh.”
His deep expertise encompasses both Islamic and conventional banking, with a proven ability to drive operational efficiency, develop and implement effective policies, and build strong stakeholder relationships.
He is a frequent contributor to “The Asian Banker” and “Asian Banking & Finance “, Singapore and serves as an International Correspondent for Islamic Finance News, Malaysia, the world’s leading Islamic Finance News Provider. An accomplished academic and thought leader, he has been twice nominated as Associate Editor of “The Cost and Management”—a prestigious journal by ICMAB. 
His dedication to continuous learning is evident through his active engagement as a moderator and key note speaker in diverse training programmes and conferences, both at national and international scales.
His scholarly contributions have earned him numerous national and international accolades, cementing his reputation as a significant personality in finance & banking and sustainable development issues. With over 350 published articles spanning peer-reviewed research in academic journals and thought leadership pieces in prominent national and international newspapers, Dr. Md. Touhidul Alam Khan has established himself as a prolific scholar and influential voice in his field.

Identifying the tasks leveraging sustainable product development project performance

Droughts under climate change have major impacts on industry, the environment, and society. However, the government and industry have not considered sustainable product development. There has been little research on the factors that affect innovative practices of sustainable product development. Thus, the goal of this study was to prioritize the tasks that influence the success of drought prevention and water-saving product development, which is one of the most important sustainable products. The critical tasks were investigated based on the literature, and then the relative importance of these tasks was analyzed and compared. The relevance of each task was considered according to the opinions of experts. In addition, the tasks influencing drought prevention and water-saving product development were evaluated. The findings of this study provide project managers with guidelines to improve the performance of drought prevention and water-saving product development projects and also help to strengthen the attention to the innovative concept of drought prevention and water-saving.
Li-Ren Yang is a professor of business administration at Tamkang University. He received his doctoral degree from the University of Texas at Austin. Yang's research interest is on project management, technology management, and benchmarking strategies.

Transforming Business: Redefining Profit-Driven Business Models for Sustainable Impact

This presentation explores a bold reimagining of the role of business in the face of escalating climate challenges and growing social inequality. Moving beyond traditional profit-driven models, it introduces a transformative framework that embeds sustainability at the heart of business strategy. Rooted in environmental psychology, systems thinking, and sustainability research, the framework addresses both the structural and behavioral barriers that hinder meaningful change. Through real-world examples and case studies, the talk demonstrates how businesses can evolve into regenerative and stakeholder-centered entities, contributing to circular economies and broader societal well-being. Participants will discover actionable strategies for aligning governance, internal culture, and decision-making processes with long-term ecological and social impact. Emphasizing collaboration and systemic thinking, the session equips attendees to support the UN Sustainable Development Goals and champion a new economic paradigm—one where profitability is pursued in harmony with the health of our planet and communities.
Adina-Iuliana Deacu is a social entrepreneur, systems thinker, and environmental psychology researcher dedicated to redefining the role of business in sustainable development. As a Klaus Töpfer Sustainability Fellow at the Research Institute for Sustainability (RIFS) in Potsdam, she is developing a framework that aligns profit-driven models with long-term ecological and social impact. Adina is also the founder of Tianmei’s World Academy, a cross-cultural learning platform that applies insights from environmental psychology and systems thinking to support regenerative and inclusive business practices. Her work bridges disciplines and cultures to foster a more sustainable and equitable future.

Mother Earth Foundation’s Zero Waste Programs Correspondence with Laudato Si’s Integral Ecology: Toward Sustainable and Resilient Communities

This paper investigates how grassroots environmental initiatives can implement a faith-based ecological framework to foster sustainable development and resilient communities. Specifically, this paper examines the correspondence between the zero waste programs of Mother Earth Foundation (MEF), an environmental NGO in the Philippines, and the integral ecology framework of Laudato Si’ (LS). By employing a qualitative reflexive experiential approach, incorporating the author’s direct engagement with MEF, document analysis, and participant observation, results reveal the natural alignment of MEF’s grassroots efforts with the LS framework—response to the cry of the earth and the poor, ecological economics, sustainable lifestyles, ecological education and spirituality, and, crucially, community resilience and empowerment. Results highlight how MEF’s community-based training on implementing RA 9003 (Ecological Solid Waste Management Act), zero waste stores, organic waste management, Zero Waste Academy, and movement building advance environmental sustainability and strengthen local capacities for resilience. This paper argues that integrating LS integral ecology into community-led zero waste programs provides a replicable model for advancing sustainable development in the Global South. Insights from this research offer practical policy recommendations for socially just and sustainable zero waste programs aligned with integral ecology, emphasizing community empowerment as essential to building resilience against socio-ecological challenges.
Sanita Quilatan is known by her nickname, Junie. She is an Associate Professor at the Institute of Religion of the University of Santo Tomas. She also serves as an Academic Researcher at the UST Research Center for Social Sciences and Education, specializing in sustainability studies. She is an alumna of UST’s Faculty of Arts and Letters, where she earned her Bachelor of Arts degree in Philosophy. She obtained her Master of Arts in Theological Studies from the Ateneo de Manila University and a Doctor of Philosophy in Environmental Education from Miriam College. She is one of the curriculum developers and authors of “Kurikulum para sa Edukasyong Kultural ng Lalawigan ng Samar,” specializing in the natural heritage domain under the UST Graduate School-Center for Conservation of Cultural Property and Environment in the Tropics. She is very active in the advocacy for Zero Waste, Laudato Si’, and the Animal Welfare Act.

Workforce Resilience: Strengthening Malaysian Educators for Future Challenges in Higher Education

This study examines how Malaysian higher education educators develop resilience to adapt to various challenges. Resilience becomes a vital trait to survive in rapid changing ecosystem that is characterized by technological innovations, student demographics, and dynamic market demands. This research employs a mixed-methods approach, with a thorough literature review and quantitative data obtained from Malaysian educators through questionnaires to determine their perceptions of resilience. It identifies key factors that enhance workforce resilience which includes self-efficacy, relationships, workplace environments, and professional development opportunities. The methodology consists broad literature review from academic sources and empirical studies on workforce resilience, both locally and globally. The findings show that the resilience demonstrated by educators is mainly drawn from strong relationships with students, colleagues, and supervisors, with other factors such as adaptability and self-regulation. This paper contributes to the literature on organizational resilience by investigating specific challenges in Malaysia higher education institutions and proposing ways to build the workforce's resilience. The findings of this study have important implications for policymakers and educational leaders aiming to foster resilient and sustainable learning environments in an era of constant change.
Nor Bazlinda is a dedicated lecturer in Business Management, an enthusiastic researcher, and an education innovator. She holds a Master of Business Administration (MBA) from Universiti Teknologi Malaysia, where she built a solid foundation in organizational development and management practices. She is profoundly dedicated to academic research and educational innovation, consistently delivering impactful studies on education, workforce resilience, business ethics, and future-ready management strategies. Her work goes beyond journals as she thrives to revolutionize higher education and industry. In addition to her research, she excels at turning classrooms into centres of innovation, empowering students and professionals with the skills needed to succeed in a changing business environment. Through innovative teaching methods and impactful policy insights, her mission is clear: to foster advancement in education and sustainable business leadership.
Nurulhafizah is a dedicated academic and IT professional specializing in network systems, education, and management. She holds a Master of Science in Information Technology from UiTM, alongside degrees in Engineering Technology and Education, showcasing a strong blend of technical and pedagogical expertise. Since joining MARA in 2008, Nurulhafizah has taught a diverse array of courses, including System Analysis, Multimedia, Project Management, and E-Commerce, empowering students with the skills needed to excel in the modern digital economy. Her research interests focus on important support skills in the workplace that contribute to a positive work environment and lead to high-quality work. This research aligns with her ongoing mission to support the development of well-rounded professionals who thrive in both academic and workplace settings.

Factors enhancing waste sorting behavior in household: Case study Klong Lad Pah Chi community

This study investigates the factors enhancing waste sorting behavior in households, focusing on the Klong Lad Pah Chi community in Bangkok. The study applies Ajzen's extended Theory of Planned Behavior as a research framework, examining both psychological and non-psychological factors that influence waste sorting behavior in households. Through field observations and interviews, the research identifies key elements that drive waste sorting behavior and how they interrelate to promote sustainable practices. Psychological factors include attitudes towards waste sorting, perceived behavioral control, as well as the other factors which are, knowledge and practical skills, access to facilities, and system trust are the key factors those enhance waste sorting behavior in Klong Lad Pachi community’s household. This study underscores the importance of integrating psychological and non-psychological elements to achieve effective waste management with the collaboration of residents by improving waste sorting behavior in daily life. By fostering a comprehensive approach, the research aims to support the development of sustainable waste management practices that can be collaborated in urban settings globally.
Kwanchanok is a Master degree Student in Social Innovation and Sustainability at the School of Global Studies, Thammasat University, Thailand. Her interest is applying social innovation tools to overcome the environmental, social, or economic barriers in the individual, community, social, or public level.

Identification of Parameters for Sustainability Assessment of Chassis Frame Based on Material Selection Across Life Cycle Phases

Sustainable material selection for automotive chassis frames across a vehicle’s life cycle. This study presents a structured framework that integrates environmental, economic, social, and technical criteria for evaluating materials from manufacturing to end-of-life. Using expert-driven analysis, the framework supports balanced, data-driven decisions, forming the basis for a future decision support system (DSS) to guide sustainable material choices in automotive design.
Amit Patel is a PhD scholar at the Indian Institute of Technology (IIT) Delhi, specializing in sustainable design and engineering. His research focuses on developing decision support systems for the automotive industry, aimed at optimizing material selection for component manufacturing based on comprehensive sustainability assessments. His work integrates environmental, economic, social, and technical criteria to support informed, responsible engineering decisions for sustainable mobility.

Chemical control does not outperform weaver ant biocontrol in Thai mango

We will present our exploration of a dual-production system of fruit tree crops and edible ant eggs. The foraging activity of weaver ants protects fruit tree crops from pest insects while the seasonally-produced queen-destined larvae and pupae (ant eggs) are a culturally valued byproduct.
Dr Joost Van Itterbeeck (Joe) comes from Belgium. He holds a degree in biology from Wageningen University in the Netherlands. During his studies, he became interested in the topic of food insects. He has studied biological as well as social aspects of food insects in Laos, Japan, Madagascar, South Korea, and Thailand. Dr Joe now expands his interests beyond food insects.

Trail-related tourism and rural community economic growth: a review of empirical literature

Recreational trails support diverse tourism activities such as hiking, biking, rafting, and horseback riding. While trail-related tourism (TRT) has gained academic and policy interest, its economic impact is often studied at the national level, overlooking local rural contexts. Yet, rural communities are key beneficiaries and need targeted support to meet demand and achieve economic resilience. This study reviews literature from 1994 to 2024 using Scopus, applying systematic review and bibliometric analysis to explore how TRT contributes to rural economic empowerment. The analysis identifies two main themes. First, endogenous factors—accommodation, food services, transport, and guided tours—are essential for minimizing economic leakage and retaining value locally. Second, exogenous factors such as economic education and land ownership are equally crucial, showing that external investments can complement local initiatives. Together, these dynamics position TRT as a catalyst for sustainable rural development by enhancing livelihoods, attracting investment, and preserving culture.
Dr. Goda Lukoseviciute is a distinguished professional with a european PhD degree in Tourism, specializing in trail-related recreation and sustainable territorial development. Her expertise extends across the realms of outdoor recreation management, conservation, economic impacts and community engagement. Through her research and practical initiatives, she has made significant contributions to the sustainable development of trails and their surrounding areas, fostering harmony between tourism activities and environmental preservation. With a deep-rooted passion for promoting responsible tourism practices, Dr. Goda Lukoseviciute is dedicated to creating inclusive and resilient communities while safeguarding natural resources for future generations. Her innovative approach and commitment to sustainability have positioned her as a leading authority in the field, inspiring positive change within the tourism industry and beyond.
PhD Vitalija Simonaitytė is a researcher specializing in sustainable tourism, rural development, and entrepreneurship. Her academic interests focus on the socioeconomic impacts of trail-related tourism (TRT) and strategies for empowering rural communities through integrated tourism practices. She holds a PhD in Political Sciences and has contributed to various interdisciplinary projects involving local economic development and community engagement. Her current research explores the synergistic role of endogenous and exogenous factors in building resilient rural economies. She is committed to advancing applied research that informs policy-making and fosters sustainable, community-driven tourism initiatives.

Placemaking, Tourism Resilience and the Question of Sustainability: Capitalizing on Narratives of Vulnerabilities in Majuli

Majuli, the world’s largest river island, serves as a powerful case study of how capitalism in the Anthropocene repackages its critiques to fuel new forms of commodification. This presentation does not critique capitalism directly but explores how its creative-destructive forces extend beyond neoliberalism through tourism-led placemaking. Since the late 1990s - especially after Majuli’s inclusion in UNESCO’s tentative World Heritage Site list - tourism has surged. This growth is shaped by narratives of ecological and cultural vulnerability: ‘the shrinking island,’ ‘annual floods,’ ‘vanishing cultural legacy,’ and ‘ecological refugees.’ Such narratives attract state and non-state actors who promote tourism, ironically contributing to the island’s ecological fragility. Islanders often participate uncritically in this process, becoming agents of their own precarity. Forms of ‘Anthropocene tourism’- including disaster, extinction, voluntourism, and creative tourism - capitalize on Majuli’s vulnerabilities, embedding capitalist values in its environmental and cultural landscape. Drawing on ethnographic fieldwork (2018–2024), this presentation highlights how locals, including migrants and returnees, adapt to and reshape these conditions. Their resilience blends with tourism-driven resilience, creating new spaces for empowerment, alternative economies, and sustainable futures. The study also proposes regulating dominant narratives in tourism branding and placemaking to promote more just and sustainable development.
Rituparna Borah is a research scholar pursuing her PhD at the Madras Institute of Development Studies, Chennai. An alumna of Jawaharlal Nehru University, New Delhi, her research interests include social and political ecology, environmental history, tourism studies and cinema studies. In addition to her academic research, she has been an essayist in cinema journals such as Café Dissensus and Cinema Axis. She is also the co-author of a paper on tiger conservation and Indian environmental history, published in the Singapore Journal of Tropical Geography.

Environmental Life Cycle Assessment Of Refuse-Derived Fuel Management In A High-Density Urban Residential Setting

Rapid urbanization and increasing waste generation pose critical challenges for cities like Bangkok, where high-density housing generates significant volumes of non-recyclable waste. This study evaluates the environmental performance of three end-of-life scenarios for Refuse-Derived Fuel (RDF) from Chulalongkorn University’s residential complexes: landfill disposal, cement kiln co-processing, and incineration with energy recovery. Using Life Cycle Assessment (LCA), the research compares these options across 18 impact categories—from climate change to resource depletion—while addressing unique contextual factors like Bangkok’s waste composition and infrastructure constraints. Key findings challenge initial assumptions: while cement kiln co-processing shows strong fossil fuel substitution benefits, incineration emerges as the most viable option overall despite trade-offs from plastic combustion. By integrating global LCA methodologies with localized data, this work provides actionable insights for universities, policymakers, and waste managers navigating urban sustainability transitions in tropical megacities. The presentation will provide practical information to help universities and city planners make better decisions about waste management in dense urban areas like Bangkok.
Marie Charlotte Assenheimer is a master’s student in the Environmental, Development and Sustainability program at Chulalongkorn University. Her thesis focuses on the Life Cycle Assessment (LCA) of Refuse-Derived Fuel (RDF) waste management at residential condominiums in Bangkok, evaluating environmental impacts across various end-of-life scenarios including landfilling, incineration, and co-processing in cement kilns. With a background in sustainability and a keen interest in circular economy practices, Marie combines practical waste audit data with LCA modeling to inform more sustainable urban waste solutions. She is passionate about integrating science-based approaches into policy and infrastructure planning for waste management in Southeast Asia.

Development of an Integrated Framework Model for Sustainability Assessment of Materials used in Primary Food Packaging

Considering the current population growth rate, the global population is touted to reach 9 billion by the year 2050. This means that we will have 9 billion mouths to be fed daily, food being the fundamental need for survival. To meet this staggering demand for food consumption, significant breakthroughs need to be made not only in agri-tech but also in the packaging of food products. Researchers are working relentlessly to develop food packages that minimise wastage, improve shelf life and ensure uncontaminated last-mile deliveries. Sustainability assessment of food packaging systems is paramount for ensuring longevity of the developed designs and materials, thereby ensuring their continuous supply in the longer time horizon. Sustainability encompasses economic, environmental, performance and social considerations; hence sustainability assessment essentially involves a comprehensive evaluation of a material or a product across its life cycle stages. Arriving a framework for a comprehensive sustainability assessment of food packaging systems is a pressing need in the current scenario to correctly evaluate the future potential of a food packaging system. The development of such a decision tool can assist the material engineers, packaging designers and packaging manufacturers in choosing the most sustainable materials for packaging their products. This study aims to develop an integrated framework model for sustainability assessment of materials used in primary food packaging, considering different dimensions of sustainability across life cycle phases using multi-criteria decision analysis (MCDA) methods.
Harshit is a research scholar at Department of Design, Indian Institute of Technology Delhi. His research is focused on development of integrated frameworks to facilitate policy making in the domain of food packaging.

Sustainable Solutions for Ensuring Safe Drinking Water in Remote and Indigenous Communities in Australia

Access to clean and safe drinking water remains a persistent challenge for many remote and Indigenous communities globally, including those in Australia. In Australia, water supplies frequently fail to meet the Australian Drinking Water Guidelines due to elevated levels of iron, manganese, turbidity, and other contaminants. This research is underpinned by a detailed analysis of drinking water quality data from 61 rural and Indigenous councils across Queensland, which revealed widespread exceedances and underscored the urgent need for context-specific solutions. This presentation introduces two sustainable, low-cost alternatives to conventional water treatment technologies, which often prove unsuitable due to their dependence on chemicals, high energy requirements, spare parts, and specialised infrastructure. The first solution involves biochar and activated carbon derived from locally available agricultural residues. The second features a novel calcined clay-biomass composite filter media (KJ25 EcoPellets) developed specifically for this study. Laboratory testing demonstrated high removal efficiencies for iron and manganese, confirming their potential for integration into small-scale, decentralized water treatment systems. This work highlights the potential of circular economy strategies to address environmental and public health challenges, while empowering communities with technologies that are both effective and accessible.
Kalpana Balasooriya is a final-year doctoral candidate in the School of Civil and Environmental Engineering at Queensland University of Technology (QUT), Australia. Her research focuses on developing sustainable, low-cost drinking water treatment technologies for the removal of iron and manganese, specifically tailored for remote and Indigenous communities. Her work strongly aligns with circular economy principles and the United Nations Sustainable Development Goal 6 (Clean Water and Sanitation). Kalpana holds a bachelor’s degree in civil and environmental engineering and an M.Phil. in environmental engineering. Prior to commencing her doctoral studies, she worked as a design and construction engineer at the Colombo Municipal Council in Sri Lanka for five years. Her research bridges scientific innovation and real-world application, with the goal of supporting long-term water security and promoting equity in underserved communities across Australia and beyond.

Sustainable Transformation of IT Service Management: A Review of the ITIL-Framework and its Alignment with Circular Economy Principles

This presentation explores the intersection of IT Service Management (ITSM) and sustainability by critically examining the ITIL framework through the lens of Circular Economy (CE) principles. As organizations increasingly prioritize environmental responsibility, aligning IT practices with sustainable models becomes essential. While ITIL remains the dominant ITSM framework, its integration of sustainability and circular strategies remains limited. Drawing on a systematic literature review, this research evaluates ITIL’s current alignment with CE principles such as resource efficiency, waste reduction, and lifecycle extension. The presentation will highlight conceptual gaps in ITIL V4 and propose targeted enhancements to better support circular and sustainable IT service practices. Attendees will gain insights into how ITIL’s service lifecycle can be leveraged for improved sustainability outcomes and recommendations for embedding CE concepts into ITSM operations will be discussed. This session is particularly relevant for researchers, IT professionals and sustainability advocates seeking to drive sustainable transformation in IT infrastructures.
Larissa Koch de Souza is a Doctoral Researcher at Stuttgart Media University, where she focuses on Sustainable IT Management with a particular emphasis on integrating sustainability and Circular Economy principles into IT Service Management (ITSM) frameworks. She holds a Master’s degree in Business Informatics and a Bachelor’s in Business Administration with a focus on IT Consulting & Sales. In addition to her primary research position, she is affiliated with the Business Information Systems Department at the University of Stuttgart. Her academic work builds on practical experience in IT transformation management and addresses the conceptual adaptation of frameworks like ITIL to support sustainability goals in IT service environments. Her research aims to bridge gaps between sustainability theory and IT practice, contributing to more responsible and future-oriented IT infrastructures.

Gas Sensing Study of TiO2-SnO2 Nanoparticles

Wide band gap transition metal oxide nanomaterials have interesting physical and chemical properties. Recently, they have been vastly employed in the construction of gas sensors and measuring devices. Moreover, their reactivity and functionalities could be further improved. For example, poor electrical transmission of sensors which are dependent on large band gap metal oxides affect the implementation in small-size systems and portable sensing devices. Therefore, a proper combination of more than one metal oxide nanostructure would be a successful approach to enhance their conductance and sensing performance. In this work, we want to improve both sensitivity and selectivity of tin dioxide (SnO2) to specific gases by bonding it chemically to titanium oxide (TiO2) at different percentages. The structures and the surface morphologies of these materials will be characterized in full detail by various analytical techniques, scanning electron microscopy (SEM), narrow/wide X-ray diffraction (XRD), X-ray photoelectron spectroscopy (XPS), and N2 adsorption/desorption analysis. Then the sensing response of these materials will be analyzed at different temperatures against nitrogen dioxide, hydrogen, and volatile organic compounds such as acetone and ethanol.
Tariq Aqeel is an associate professor of inorganic chemistry: Member of the Royal Society of Chemistry (UK) and American Chemical Society (USA). Joined the Department of Science in June 2008 as an assistant professor in inorganic chemistry. Received the PhD in Inorganic Chemistry from University College London (UCL) in 2008 and The Royal Institute (Davy Faraday Research Laboratory) 2005-2006. Granted an MSc. Master of Science in Chemical Research Methods, Exeter University (UK) 2004. BcS. Chemical Science minor, Public Administration from Kuwait University, 2001.

Exploring Stakeholder Perspectives on ESG Integration Practices in Thai Commercial Banks

This presentation examines how Environmental, Social, and Governance (ESG) practices are being integrated into Thai commercial banks. The study adopts a qualitative approach, drawing on the perspectives of key stakeholders, including regulators, investors, bank employees, and civil society representatives. Through interviews and document analysis, the research assesses the current status of ESG implementation and compares it with international frameworks. Findings highlight progress in areas such as green lending and sustainability reporting, while also identifying opportunities for further development particularly in ESG data systems, governance structures, and social engagement. The session shares stakeholder insights and practical recommendations to support more effective ESG integration, aligned with national priorities and global sustainability goals.
Sophal Meas is a Cambodian student currently pursuing a Master’s degree in Environment, Development, and Sustainability at Chulalongkorn University, Thailand. Her thesis research explores stakeholder perspectives on the integration of Environmental, Social, and Governance (ESG) practices in Thai commercial banks. She has experience working with the Asian Institute of Technology and has interned at the Royal Embassy of Cambodia in Bangkok, where she supported cross-cultural coordination and development-related activities. Her academic and professional interests include sustainable development and sustainable finance.

ESG Initiatives: Tradition to Transformation in Indian Corporate

Environmental, Social, and Governance (ESG) criteria have become increasingly important in the corporate world, reflecting a growing awareness of sustainability. In the context of India, this article aims to comprehensively analsze the initiatives undertaken by Indian companies to incorporate ESG principles into their operations. The present article has explored the motivations behind these initiatives, the challenges faced, and the impact of ESG integration on both companies and society. By examining the efforts towards ESG by several Companies, this research seeks to provide insights into the current state of ESG adoption among Indian companies and its implications for India's corporate landscape. This shift represents a significant departure from traditional business practices, highlighting a big transformation in the Indian business environment.While there is a widespread discussions and research going on ESG at the Global level but there is a limited understanding of how Indian companies are following this transformative journey. This research aims to highlight the specific ESG initiatives taken by Indian companies and, more importantly, has highlighted the implications of these initiatives within the unique socio-economic and regulatory context of India. By homing in on the Indian experience, this research paper offers a distinct perspective on the challenges, opportunities, and strategies that companies in this diverse and rapidly growing market employ to embrace ESG philosophy for Indian businesses seeking guidance on ESG integration and offer insights to policymakers and stakeholders interested in shaping the ESG landscape in India.
Total having 26+ Years of experience in different areas like Business Excellence, Quality, ESG & EHS, Project & Program Management, Operations and P&L management. Turning around experience to bring organisation from -ve EBITDA to +ve EBITA by implementing 4 P- 1 C Approach. Worked with organisation like DCM Engineering, Escort Ltd, Sigma Entering, Sage Metals. Presently associated with UNO Minda Ltd, Pune , as a Vice president (Business operation) having overall responsibility for business operations. Turnaround at Sage Metals from -3% EBITDA to 11.3% EBITDA in 2 years time with help of Lean implementation and 4P-1C approach Turn around at UNO Minda- Alloy wheel business from Negative PBT (-2.3%) to 4.57% in 2 years. Implement TPM and won the JIPM award at Sigma Engineering Solution. Editor of Book on E -Waste management published by Taylor and Francis Having patent — Design of Yoga bed for Bed ridden patient Research Publication: - Invited as a Speaker at Sustainability conference at Bangok in July 25 Invited as a Keynote speaker at National University of Singapore in July 23 Invited as Keynote Speaker at Mfg. Excellence conference in Nov 22 Invited as Speaker at IBIS conference in Croatia on Oct 22 International EHS conference in GOA- “Behavior-based safety National conference at Delhi organized by the Institution of engineers International conference “Enviro Energy 2010” at Chandigarh – Sustainable Development Research conference “EREC- 2010 at IIM – Indore – Process approach Paper Published: - Behavior- based safety – A way to eliminate the myth of a careless person in International Journal – DEW (Drilling exploration World) in May 05 Issue Volume 14 No.07, Page 40-46. Sustainable Manufacturing – Need to shift in the paradigm of the Indian manufacturing sector in International Journal of Enhanced research in Science and Technology- ISSN:2319-7463, Vol.2, Issue 11, Nov 2013, pp Cost of Quality – Window to economic sustainability – India Institute of foundry Journal – May 2022 Issue Integrated Management System (Best4) ForSustainable Development Through Process Approach, IJISET - International Journal of Innovative Science, Engineering & Technology, Vol. 10 Issue 01, January 2023 ISSN (Online) 2348 – 7968 | Impact Factor – 6.72 Educational Qualification: Doctorate from Swiss school of Business Management, Geneva Senior Management Program from IIM-Calcutta M.S. (Quality Management) from BITS, PILANI B.E. (Mechanical) from R.E.C, Kurukshetra.

Determinants and Impacts of Internal Carbon Pricing

With the expansion of mandatory carbon pricing schemes, such as a carbon tax and an emissions trading system, an increasing number of companies have adopted internal carbon pricing (ICP) and incorporated it into their investment decision-making. However, scientific, empirical analyses identifying the relationship between ICP and the company’s GHG emissions reductions have rarely been conducted, although several anecdotes suggest the effectiveness of ICP at the corporate level. To bridge this gap, this study identifies corporate motivations for adopting ICP and examines the effect of ICP on a company’s GHG emissions, financial performance, and ESG performance, by conducting an econometric analysis using a corporate-level dataset spanning 2015-2022. While most of the determinant analysis results confirm the theoretical explanations, the analysis of the impact of ICP reveals discrepancies between theoretical expectations and actual practices.
Dr. Jeong Won Kim is a Senior Research Fellow at the Energy Studies Institute (ESI) within the National University of Singapore (NUS), and a Research Affiliate at the Sustainable and Green Finance Institute (SGFIN), NUS. She has more than 10 years of experience in energy, environmental, and climate change policy research and sustainable development project management in international organizations and research institutes based in South Korea and Singapore, including ESI, Global Green Growth Institute (GGGI), Korea Environment Institute (KEI), and UNWTO ST-EP Foundation. Her major research areas include policies and development finance in climate change and renewable energy areas, with focuses on vertical and horizontal policy diffusion among governments and program evaluation based on quantitative analysis and mixed methodology. She is currently leading research projects about carbon pricing and net-zero strategies in Singapore and other economies.

Cyclodextrin polymer network synthesis via amine functionalized tripodal crosslinker for the per- and poly fluorinated alkyl substances removal from water

Per- and poly fluorinated alkyl substances (PFASs) are emerging contaminants and raising great concern due to their pervasive presence in water resources. Among various treatment techniques, adsorption is the most promising treatment solution for PFASs removal. In this study, β-cyclodextrin (β-CD) polymer-based adsorbent is synthesized by crosslinking with tripodal amine to show promising roles of β-CD and crosslinker in binding affinity and capacity for short and long chain PFASs. The adsorbent showed extremely faster adsorption rate for both short and long chain PFASs as individually and in mixture of ten PFASs: 100% adsorption observed except two short chain PFASs at lower concentration (1 µg L1) and < 75% at higher concentration (200 µg L1) within 5 min. pH effect showed the excellent results at lower pH with < 88% removal for PFBS and other long chain PFASs. Isotherm results show outstanding affinity and adsorption capacity for PFBS (KL = 0.312±0.068 L mg-1, qm = 246.16±14.83 mg g-1) PFOS (KL = 0.575±0.177 L mg-1 qm = 587.11±54.50 mg g-1), and PFDA (KL = 0.614±0.156 L mg-1 qm = 597.08±42.18 mg g-1) which are significantly better than those traditional activated carbon and resin. These results indicate al-most double adsorption capacity for long chain PFASs than short chain PFASs, highlighting the synergetic effects of electrostatic interactions and host-guest interactions in β-CD polymers. The adsorbent demonstrated excellent regeneration and reusability, maintaining stability over five con-secutive adsorption-desorption cycles. Additionally, adsorption testing onto PFAS-contaminated industrial wastewater showed 80-100% removal efficiency within 10 min regardless the presence of co-contaminants. To the best of our knowledge, PFASs absorption characteristics exhibited by β-CD-TP, including pH, capacity, kinetics, regeneration, and reusability, surpass those of currently available sorbents which makes it a promising adsorbent for the rapid and efficient removal of PFAS from water.
Dr. Monu Verma is a research professor at Environmental Engineering, University of Seoul, Ko-rea, and currently working on water treatment using different processes. Dr Verma earned his Ph.D. degree from IIT Roorkee, Roorkee, India in 2016. Dr Verma is currently working in adsorption and heterogeneous catalysts filed in wastewater treatment. He has published more than 50 SCI journal papers and made many conference presentations. He has received top fellowship of South Korea as brain Pool (BP).

Exploring the key factors affecting the development of the tribes through the hot spring business operated by indigenous peoples

Taiwan’s rich geothermal resources have made hot springs a popular attraction, with over 70% located in indigenous mountainous areas. However, strict land and development regulations limit legal operations. This study explores the challenges and opportunities for indigenous communities in hot spring development.
I’m Truku tribe, one of Taiwan’s Indigenous peoples. I’ve worked on Indigenous education issues through the Indigenous Peoples Council, helping to protect and promote the rights of Indigenous students. Right now, I’m a Truku language teacher.

Sector-Specific Materiality Assessment and ESG Integration in the Indian Natural Gas Sector

The oil and gas sector is pivotal for national energy security & driving economic growth. However, it faces increasing pressure to align with Environmental, Social, and Governance (ESG) standards amidst the global transition to a low-carbon economy. Materiality mapping (or matrix), is a systematic process for identifying, prioritizing, and visualizing key ESG issues— is central to this alignment, with frameworks like GRI, IPIECA, and SASB offering sector-specific guidance. As natural gas increasingly emerges as a transitional or bridging fuel, its unique operational and environmental characteristics call for a more tailored approach to ESG materiality to reflect its evolving role and stakeholder expectations. This study aims to develop a sub-sector-specific materiality mapping framework for the natural gas industry covering upstream, midstream, downstream, & integrated segments by analyzing how ESG issues vary across these segments. A mixed-methods approach was adopted, combining secondary analysis of ESG disclosures from 100 global natural gas companies yielding over 2,000 materiality topics with benchmarking against GRI, SASB, and IPIECA standards. Primary data were collected through structured interviews with stakeholders across India’s natural gas sub-sectors, using a standardized questionnaire to capture ESG priorities and challenges. The findings were synthesized to evaluate the alignment between global ESG frameworks and regional (Indian) ESG priorities. Based on this analysis, sub-sector-specific materiality matrices were developed to visualize and differentiate ESG concerns across the natural gas value chain, offering a more targeted and informed approach to ESG strategy and disclosure.
Sujay Sarkar is a sustainability and ESG consultant, with expertise spanning in the oil & gas industry, non-profit organizations, and global consulting firms. His academic credentials include Mechanical Engineering, an MBA in Oil & Gas management, and ongoing PhD research in Climate Change- underscore his deep research focus on ESG materiality in energy-intensive sectors. He has led high-impact decarbonization projects and advised on corporate sustainability, clean fuels, and regulatory frameworks. He is GARP Sustainability & Climate Risk (SCR) certified, a GRI Certified Sustainability Professional, and currently pursuing CFA’s Sustainable Investing certification. Currently, based in Canada, he is passionate about integrating climate policy, ESG disclosures, climate risks and responsible investment to accelerate the net-zero transition.

Comparing the sustainability disclosures of listed companies in two developing countries on different continents – South Africa and the Philippines

As the 2030 deadline for the Sustainable Development Goals [SDGs] approaches, robust sustainability reporting has become increasingly critical. This is not surprising given the growing recognition of the need to respect fundamental human rights and ensure that the planet and its scarce resources are preserved for future generations. This study responds to calls for accounting research into the SDGs by examining and comparing the sustainability disclosures of the largest 100 companies listed on the stock exchanges of two developing economies on different continents, the Philippines and South Africa, over a three-year period (2020-2022). Using thematic content analysis, guided by the 17 SDGs, the United Nations Global Compact [UNGC], and the Global Reporting Initiative [GRI], we assess the extent to which these companies publicly disclosed their sustainability performance in annual and/or sustainability reports. Notwithstanding relatively low levels of SDG disclosures, initial findings suggest improved stewardship and a growing awareness of sustainability issues in both countries. Interestingly, despite finding most companies referencing the SDGs, we found limited disclosure on the 17 specific SDGs. Reflecting global concerns about the impact of climate change and the need to address gender imbalances, companies in both the Philippines and South Africa have prioritised Climate action [SDG 13] and Gender equality [SDG 5]. Unlike other SDG studies that typically focus on single countries, primarily in developed countries, we explore and compare the SDG disclosure practices in the regulatory environments of two developing countries, on different continents, namely South Africa and the Philippines. We highlight the role of regulatory frameworks, stakeholder engagement, and institutional pressures in shaping sustainability reporting practices.
Barry is a designated Research Professor in the Department of Auditing, College of Accounting Sciences at the University of South Africa (Unisa), where he graduated with a Doctorate in Auditing. In addition to receiving numerous awards recognising his contribution to research, including Unisa’s prestigious Chancellor’s Award for Excellence in Research from the Unisa Chancellor and former South African President, Thabo Mbeki, South Africa’s National Research Foundation (NRF) has recognised him as an Established Researcher (C2 rated). Privileged to live in biodiversity-rich South Africa, Barry is passionate about wildlife, regularly visiting game parks and game reserves. In addition to his representation on the Board of the International Crane Foundation (ICF), Barry is a long-serving member of the South African-based Endangered Wildlife Fund (EWF), whose species-focused conservation efforts address a range of endangered and threatened fauna and flora, including four species of cranes, across Southern Africa. Despite a primary background in accounting, auditing and finance, Barry’s academic research focuses on the broader issues relating to organisational governance and accountability, including both internal and external auditing. His specific research interests which focus on sustainability issues and the global SDGs, comprise three primary thematic areas. The first, investigates and compares emerging organisational sustainability governance, reporting and assurance practices. Inspired by his passion for wildlife and conservation. The second, involves collaborating with natural scientists to explore the extent to which organisations account to their stakeholders about their biodiversity impacts, especially about how their operations contribute to degrading, preserving or restoring biodiversity. Against the backdrop of increasing economic challenges in developing countries, corporate donations to conservation-based NGOs are declining. The third, investigates the emerging innovative financing mechanisms to provide sustainable funding for the biodiversity preservation efforts of conservation NGOs.

Techno-Economic Assessment of Hybrid Solar Photovoltaic and Battery Energy Storage Systems for Resilient Electricity Supply in Community Evacuation Centers

The Philippines, located in the Pacific Ring of Fire and the typhoon belt, faces frequent natural disasters, making resilience in evacuation centers a priority. During typhoons, earthquakes, and floods, many evacuation centers experience power outages, disrupting critical lighting, communication, and ventilation services. Evacuation centers are often equipped with diesel generators to supply emergency power. However, diesel fuel is usually in short supply during disasters, besides emitting greenhouse gases and producing toxic fumes. This work introduces a practical engineering solution: a resilient hybrid solar photovoltaic system with battery energy storage. The study assessed electricity demand and designed modular solar PV systems based on data from field surveys in four municipalities in the Eastern Visayas region of the Philippines. It simulated their performance across different storage sizes. The analysis shows that greater energy autonomy, from 17 to 52 hours, is achievable with larger battery energy storage capacity, though this increases the Levelized Cost of Energy. This presentation highlights the trade-offs between cost and resilience, and the importance of integrating renewable energy in emergency response planning. It shows how clean and sustainable energy can be vital in protecting lives during disasters. The findings support the case for investment in sustainable, community-level energy solutions.
Engr. Philip Caesar L. Ebit is a Registered Electrical Engineer and Certified BERDE Professional specializing in energy efficiency, automation, and renewable energy systems. He holds a Master of Science in Electrical Engineering from the University of San Carlos, with a focus on building energy modeling. As a faculty member at Visayas State University, he teaches electrical and control engineering courses and actively contributes to engineering research and development initiatives. Engr. Ebit serves as a key technical lead in projects such as SolarSafe, which designs solar-powered systems for disaster-resilient infrastructure. He has also led energy audit studies and community-based training programs for local electricians. His technical expertise spans energy simulation software (EnergyPlus, HOMER, PVSyst), motor control, and PLC programming. At the intersection of education, engineering, and community service, his work supports sustainable development and practical energy solutions for vulnerable communities.
Dr. Arturo Esclamado Pasa is a full professor of Environmental Forestry and Watershed Management at Visayas State University, Philippines. With core expertise in project negotiation and coordination, he has led and contributed to numerous local and international forestry research initiatives. He earned his BS in Forestry from Visayas State University and completed his MSc and PhD at the University of the Philippines Los Baños. A regular member of the National Research Council of the Philippines and a former senior research fellow at the University of Queensland (2012–2015), Dr. Pasa has received several national awards, including the CHED Republica, Golden Harvest, and Presidential Lingkod Bayan Awards. He began working with the ACIAR in 2001 and later served as the Philippine Coordinator for ACIAR ASEM projects from 2012 to 2023. Beyond academia, Dr. Pasa enjoys travel and serves as a volunteer in his local Community Christian Fellowship.
Engr. Rhey Lloyd A. Boloron is a licensed Electrical Engineer and Master Electrician with a strong commitment to disaster resilience and community service. A graduate of Bohol Island State University and a DOST RA 7687 scholar, he combines technical knowledge in electrical systems, solar energy design, and machine maintenance with active engagement in humanitarian initiatives. Currently serving as Project Technical Assistant for the SolarSafe Project at Visayas State University, he contributes to designing solar-powered systems for disaster-resilient evacuation centers. Rhey has extensive volunteer experience with the Philippine Red Cross and Boy Scouts of the Philippines, where he has served in leadership roles and conducted emergency response training. With certifications in electrical installation, life support, and disaster preparedness, he bridges the gap between engineering solutions and real-world community needs. He is passionate about using his skills to support safer, more sustainable, and disaster-ready communities across the Philippines.

Spread of invasive species leads to water depletion in urban areas

Invasive species have spread at an unprecedented pace in the urban areas globally. In this study, the impacts of invasive species on the soil moisture content and water availability were investigated in the 3 urban cities of India (Jodhpur, New Delhi and Hyderabad). The study compared the transpiration rates in the highly invasive species (Prosopis juliflora) with native species (Prosopis cineraria and Azadirachta indica) through bagging experiments in the summer and winter seasons. The study found that invasive species transpired 3-11 times higher than the native species across summer and winter seasons. Also, the soil moisture content was 2-5 times lower in the areas that were infested with invasive species as compared to the native species. The results of the study points towards the fact that invasive species transpire more water than the native species and consequently lead to reduction in groundwater levels. Control of invasive species is therefore urgently needed in the urban areas where already there is high water scarcity.
Dr. Kumar Manish is an Associate Professor and Associate Dean at the Jindal School of Environment and Sustainability, O.P. Jindal Global University. Dr. Manish specializes in Ecological Modelling, Biostatistics, Biodiversity, Biogeography, Landscape Ecology, Plant Ecology, and Environmental Management.

Artificial light at night impacts behaviour and physiology: evidence from a diurnal model system

A constant cycle of light and dark is crucial for maintaining physiological and behavioral rhythms in organisms, and this is regulated by the circadian clock in almost all organisms. Artificial light at night is a prevalent feature of urban landscapes, which is disrupting the natural cyclicity of light and dark in our surrounding environment. Disruption of this periodicity can have adverse effects. The presenter have investigated how constant bright light (LL) affects circadian rhythms in zebra finches (Taeniopygia guttata). They evaluated various aspects, including activity, singing behavior, reproduction, morphometry, hormone levels, cognition, learning, and personality traits across three generations: the parent generation (P), F1, and F2. They found disrupted activity and singing rhythms in the P generation. F1 and F2 generations showed no disruption. All three generations exhibited impaired song learning, altered song features, reproductive decline, differential effects on morphometry and phenotype, and reduced cognitive performance under LL, with more detrimental effects in the F2 generation. These findings highlight the critical role of the circadian clock in regulating behavior and physiology in zebra finches and provide insights into the potential negative consequences of altered nighttime illumination in urban environments.
Neelu Anand Jha is an Associate Professor at the Jindal School of Environment and Sustainability, O.P. Jindal Global University. She completed her Bachelor’s and Master’s in Zoology from Miranda House, University of Delhi, and her Ph.D. from the Department of Zoology, University of Delhi. She has been a recipient of several fellowships including the Agnes Scott Award and the CSIR Junior and Senior Research Fellowship. After completing her Ph.D., Dr. Jha joined Ramjas College, University of Delhi as an Assistant Professor in the Department of Zoology and taught there for 6 years. Her broad area of research is animal behaviour, avian acoustics, and biological rhythms. She has worked on the singing behaviour of zebra finches (Taeniopygia guttata), a passerine bird, and tried to understand how the change in spatial night environment impacts general behaviour patterns, reproduction, cognitive abilities, and personality traits. Her research has contributed to the understanding that singing behaviour in birds is under the control of the biological clock.

Utopian Transitions in a Dystopian World: From the Hegemonic Vision to Diverse Economies and Other-Economies for Life in Colombia and Latin America

This article explores the concept of diverse and otherwise economies for life as a systemic and transformative response to the global environmental crisis. From a relational and interdependent understanding of Earth as a living system, the dominant economic model is critiqued for promoting environmental degradation, cultural homogenization, and socio-ecological collapse. Drawing on theoretical frameworks and territorial experiences in Colombia, the article argues that diverse and otherwise economies—grounded in ecological interdependence, care ethics, biocultural diversity, and autonomy—offer viable alternatives to the hegemonic logic of capitalist development.
These economies include indigenous, Afro-descendant, campesino, feminist, community-based, regenerative, and solidarity-oriented practices that are already shaping territorial resilience. The analysis highlights key conceptual foundations such as Gaia theory, autopoiesis, pluriversality, and ecological justice, while also engaging with the historical and epistemic critiques of extractivism and market fundamentalism. Colombia is presented as a biocultural hotspot with a crucial role in the global transition toward post-capitalist, life-centered economic models.
The article reflects on the principles that underpin these alternative economic imaginaries—such as ecological regeneration, relational ontologies, non-commodified nature, and multiscalar autonomy—and concludes by identifying the challenges and strategies for strengthening these pathways in the face of systemic crises.
Economist from Universidad Nacional de Colombia, with a Master’s in Agricultural Economics and a PhD in Ecological Economics from the Autonomous University of Barcelona, awarded cum laude and Doctor Europeus. His academic journey includes a research stay at the University of Cambridge and active participation in the Millennium Ecosystem Assessment. He has held key positions such as Technical Secretary of the Environmental Satellite Account at DANE, Technical Coordinator for ILAC-Colombia, in addition to leading environmental initiatives at the Humboldt Institute and the National University in Colombia. His work explores environmental conflicts, diverse economies, and alternative development pathways. Author of numerous publications in international journals, he received the Elsevier-Geoforum Best Scientific Paper Studen Award in 2015. Currently, he is a professor at Universidad Nacional de Colombia and coordinates the Research Group on Economics, Environment, and Alternatives to Development (GEAAD), which advances critical, South-driven research to envision and construct alternative futures in response to the global environmental crisis.

WORKSHOP


​Redefining Business – From Profit to Purpose

Facilitator: Adina-Iuliana Deacu, Research Institute for Sustainability (RIFS) Potsdam, Germany
Format: World Café + Breakout Labs
Duration: 90minutes

Workshop Overview
As sustainability becomes a core priority in global discourse, the role of business is undergoing a fundamental shift—from maximizing profit to creating lasting social and environmental value. This workshop offers conference participants the opportunity to actively co-create ideas and solutions around the evolving purpose of business in today’s world.
Through a dynamic and inclusive World Café format, participants will explore the central question:

How can we redefine business as a force for good—serving both people and planet while remaining financially viable?
This workshop invites all interested voices into the conversation and provides an engaging space for reflection, dialogue, and co-creation.
 
Key Features & Activities
  • Kickoff Insight: Brief framing presentation highlighting the negative consequences of “business-as-usual” on climate change, mental health etc.
  • Guided Dialogue: Rotating small-group discussions on key prompts:
    • What constitutes a regenerative business?
    • What values should guide businesses amidst global challenges?
    • Can profit and purpose truly coexist—and how?
  • Collaborative Prototyping: Each group develops a “prototype business” that embodies regenerative principles.
  • Gallery Walk: Collective reflection and feedback session.