Addressing Embodied Carbon in MEP Building Design

Addressing Embodied Carbon in MEP Building Design

13 Nov 2024|Greenbuild 2024
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Ibrahim KronfolIbrahim KronfolDesign Manager - Senior Mechanical Engineer at DAR

Ibrahim is a Design Manager, senior mechanical Engineering and Sustainability expert with over 19 years of service at DAR, contributing to a range of diverse applications within the construction industry. Ibrahim has provided sustainable engineering design solutions for the various design aspects of a wide range of projects, A passionate advocate for sustainability initiatives and the founder of Sustainability Movement & Green Leaders NGO, Ibrahim actively contributes to industry advancements with active involvement with the USGBC Water Efficiency Technical Advisory Group (2019-2023) and memberships in ASHRAE, EGBC, and LGBC underline his commitment to industry development. Recognized for his exceptional contributions, Ibrahim earned the esteemed designation of LEED Fellow in 2020, solidifying his reputation as a leading figure in promoting sustainable design practices and advancing environmental awareness within the construction sector.

Alain AounAlain AounR&D and Business development Manager at CR2ie

Alain Aoun received a PhD in Energy Engineering from the University of Quebec, an MSc in Industrial and Power Engineering, and ME in Electrical Engineering and Renewable Energies.x000D Alain is an international expert in the fields of energy, carbon reporting and digital transformation.x000D x000D Alain Aoun is an engineering consultant, trainer, entrepreneur, and expert in electrical engineering, energy, carbon emissions, lighting and advanced technologies with a track record of 20 years working on various large-scale projects. x000D Alain's dedication to the energy and sustainability sector extends beyond his professional endeavors. He is also a researcher working on advanced solutions for decarbonization of industries. He is a member of the UNECE drafting team developing the Standard on Off-grid Renewable Energy PPP projects in support of the SDGs. He is a director at the Association of Energy Engineers.

Louise HamotLouise HamotGlobal Lead of Sustainability Research at Introba

Louise Hamot is in charge of Introba’s global R&D initiatives and Thoughtleadership program around sustainability. She is well known for leading R&D initiatives globally in whole life carbon studies for building services and their contribution to the performance of the building as a whole. She is the primary author of different industry standards such as 'CIBSE TM65’, ‘CIBSE TM65.1’, the RICS professional statement about to do whole life carbon accounting in the UK or a “Refrigerant Best Practice Guide’.x000D Louise brings an international vision and as both an architect and an engineer a holistic understanding of the build environment. She is involved in different international industry collaboration groups: LETI and WLCN in the UK, ASHRAE, and is a founding member of MEP2040 challenge set up by the Carbon Leadership Forum.

Alvin EeAlvin EeResearch Fellow at Energy Studies Institute, National University of Singapore

Mr. Alvin Ee Wei Liang is a Research Fellow at the Energy Studies Institute of the National University of Singapore, where he currently leads the program focused on Energy Consumption, Carbon Accounting, and the Circular Economy. He supported several carbon accounting initiatives, including heading the development of the Singapore-centric Embodied Carbon Calculator for New Buildings, the Land Reclamation Calculator, and the Mechanical and Electrical Carbon Calculator. Additionally, Alvin supported various industries in evaluating the environmental impacts of different technologies and processes.x000D x000D Prior to his current role, he served as a Research Associate at the NUS Environmental Research Institute (NERI), where he engaged in Life Cycle Assessment (LCA) modelling for waste-to-material technologies and industrial symbiosis. Alvin also worked as a research engineer at the Institute of Chemical & Engineering Sciences (ICES), A*STAR, focusing on LCA modelling and sustainability assessments within the pharmaceutical and chemical manufacturing sectors. During his tenure at ICES, he led an internal initiative to create sustainability indicators to assist researchers in their decision-making processes.x000D x000D In 2016, Alvin was awarded the IChemE award for his work on the “Development and Application of a Combined Approach for Inherent Safety and Environmental (CAISEN) assessment.” He holds a Master’s degree in Safety, Health, and Environmental Technology from the National University of Singapore and a Bachelor’s degree in Chemical Engineering from Newcastle University.x000D x000D Alvin's research interests encompass Life Cycle Assessment, Circular Economy, and strategies for Decarbonization.

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Description

The built environment stands as a frontline battleground in the global sustainability struggle, representing a substantial portion of worldwide energy consumption and carbon emissions. Within this context, Mechanical, Electrical, and Plumbing (MEP) systems emerge as pivotal elements shaping the environmental impact of buildings. This session aims to explore the critical role of MEP systems in addressing embodied carbon within the framework of LEED BD+C material and resources credits, unveiling methodologies, findings, and strategies for effective reduction. MEP systems, encompassing HVAC, electrical, plumbing, firefighting, and telecom systems, are indispensable for ensuring the comfort, functionality, and safety of modern buildings. However, their operation and maintenance exact a significant environmental toll, spanning from material extraction to eventual decommissioning. Thus, the imperative to mitigate the environmental impact of MEP systems has never been more urgent. This session will delve into the complexities surrounding embodied carbon in MEP systems, interpreting effective approaches for mitigation and fostering a deeper understanding of the environmental implications of the Building Life-Cycle Impact Reduction that could find its way in MR Credits of the LEED BD+C v4 & V4.1 rating system. Additionally, we'll touch upon advancements in LEED, further enhancing our approach to embodied carbon reduction. Through the expertise of practical applications, innovative strategies to minimize embodied carbon will be examined, providing actionable insights for architects, engineers, contractors, and facility managers. Join us as we navigate through methodologies and findings aimed at simplifying carbon estimation for MEP systems and fostering collaborative efforts to address the pressing challenges posed by embodied carbon. Together, we can pave the way towards a more resilient, low-carbon future for buildings, ensuring sustainability remains at the core of MEP building design.

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