International Conference on Process Intensification Technologies for Green Chemistry (ICPITGC - 26)

This track focuses on the latest developments in green chemistry principles and their application in various chemical processes. It aims to explore innovative methodologies that minimize environmental impact while enhancing efficiency.

This session will delve into novel catalytic systems designed to promote sustainable chemical transformations. Discussions will include advancements in heterogeneous and homogeneous catalysis that align with green chemistry objectives.

This track emphasizes the role of nanotechnology and smart materials in enhancing process intensification for green chemistry applications. Participants will explore how these technologies contribute to more sustainable and efficient chemical processes.

Focusing on micro process technology, this session will highlight the advantages of miniaturization in chemical engineering. Topics will include the development and optimization of microreactors for green synthesis and processing.

This track will examine the integration of renewable energy sources into chemical processes to promote sustainability. Discussions will cover innovative strategies for energy-efficient operations in chemical engineering.

This session will explore the application of membrane technologies in green chemical processing. Topics will include membrane bioreactors and separation processes that enhance sustainability and efficiency.

This track will focus on the advancements in reactive distillation and absorption technologies for process intensification. Participants will discuss the implications of these techniques on sustainability and efficiency in chemical operations.

This session aims to analyze the economic and environmental implications of implementing process intensification technologies. Discussions will focus on case studies and assessments of sustainability in industrial applications.

This track will cover innovative approaches to the green synthesis of nanoparticles, emphasizing environmentally friendly methods. Participants will explore the applications of these nanoparticles in various fields, including catalysis and materials science.

This session will focus on strategies for process integration and simplification in the context of green chemistry. Participants will discuss methodologies that streamline operations while maintaining sustainability.

This track will explore the use of cavitational reactors and oscillatory baffled reactors in process intensification. Discussions will focus on their potential to enhance reaction efficiency and sustainability in chemical processes.