Conference Speakers

Martin Lehmann, Ph.D.

Principal Expert Research Network and Public Funding, Mann + Hummel GmbH

BIOGRAPHY

Dr.-Ing. Martin J. Lehmann is Principal Expert Research Network and Public Funding at MANN+HUMMEL. Before he served four years as Vice President Air Filtration and Engineering Air Filter Elements at MANN+HUMMEL He earned his Dr.-Ing. in 2005 at KIT. 2004, he joined Cummins Filtration at Stoughton, WI. 2006-2016, he was head of the simulation team for filtration at MANN+HUMMEL, Ludwigsburg,

Dr. Lehmann is a member of the Scientific Committee of the FILTECH and has been of the AFS, WFC13. He is appointed member of the Scientific Advisory Board of the GSaME at Uni Stuttgart and elected board member of the AFS (2020-2022, 2023-2024). He was co-chair of several AFS conferences and is co-chairing the 2024 AFS FiltCon. Dr. Lehmann was an invited keynote speaker at InterPore, AFS and FILTECH , WFC13 and has published over 80 technical papers.

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Advancing Healthy Buildings through Real-Time Indoor Air Quality Monitoring

The global push for healthier indoor environments has underscored the importance of real-time, precise indoor air quality (IAQ) monitoring in promoting occupant health, productivity, and energy efficiency. InBiot Monitoring, a leader in advanced IAQ technology, is at the forefront of addressing these priorities through innovative sensor solutions that track critical environmental parameters within built spaces. In this presentation, we will explore the integral role of advanced IAQ monitoring systems in fostering healthier building environments, with a focus on applications in energy management, building automation, and broader impacts on occupant well-being. With a foundation in state-of-the-art monitoring devices that capture a comprehensive range of indoor pollutants—such as particulate matter (PM), volatile organic compounds (VOCs), formaldehyde, CO₂, and temperature and humidity—InBiot offers an ecosystem of data-driven insights that support effective ventilation strategies, filtration advancements, and health-centered building standards. By bridging gaps in existing IAQ technologies and providing granular data, InBiot empowers facility managers, building designers, and health-focused practitioners to optimize their environmental and energy management approaches without sacrificing air quality. This paper addresses the broader implications of IAQ monitoring on energy efficiency and the integration with nonwoven filtration technology in indoor settings. The energy-health balance is a critical component of healthy buildings, particularly as more stringent energy codes and standards place added emphasis on sustainable practices. Integrating real-time IAQ data allows for more intelligent HVAC adjustments, which can reduce energy consumption while maintaining IAQ standards, a crucial benefit for high-occupancy environments like offices, schools, or healthcare facilities. Furthermore, integrating InBiot’s real-time IAQ data with Building Management Systems (BMS) enhances the control and responsiveness of indoor environments. By feeding precise IAQ metrics directly into BMS, facility managers can automate ventilation, filtration, and HVAC adjustments based on current air quality needs. This integration ensures an optimized balance between air quality and energy consumption, as real-time data enables systems to respond immediately to fluctuations in pollutant levels. The seamless connection between IAQ monitoring and BMS allows for a proactive, energy-efficient approach to maintaining healthy indoor environments, particularly in dynamic, high-occupancy spaces. Specific case studies are presented where InBiot’s monitoring solutions have led to measurable improvements in air quality and energy efficiency, particularly in dense, high-impact indoor environments. This data-driven approach aligns closely with the goals of healthy building initiatives, ensuring that occupants are protected from harmful pollutants without incurring unnecessary energy costs. This conference paper demonstrates how advanced IAQ monitoring systems like InBiot’s can serve as a cornerstone for the next generation of healthy buildings, integrating seamlessly with innovative filtration technologies and establishing a foundation for continuous improvement in indoor environmental quality.

Advancing Healthy Buildings Through Real-Time Indoor Air Quality Monitoring

The Horizon Europe project K-HEALTHinAIR is an interdisciplinary research on indoor air quality (IAQ) and health based on data collected through real-life scenarios. It investigates the holistic correlations between IAQ data and effects on health. The seamless connection between IAQ monitoring and Building Management Systems (BMS) will then allow for a proactive, energy-efficient approach to maintaining healthy indoor environments, particularly in dynamic, high-occupancy spaces like canteens, schools, hospitals or homes