グローバル教養科目（Engineering a Sustainable World Through Chemistry）

We are living in interesting times. In many ways, the world is at a crossroads regarding climate change policies and technologies. The world has experienced many natural disasters exacerbated by climate change. This has affected developed, developing, and underdeveloped economies, as well as coastal and landlocked regions, dry areas, wetlands, and warm and cold climates, among others. The effects of climate change do not discriminate.
Despite landmark promises by world leaders and the combined efforts of scientists, policymakers, public and private institutions, and global communities, a recent annual assessment by the United Nations indicates that no progress has been made in decreasing global greenhouse gas emissions, the leading cause of planetary warming. While many strategies are being pursued to address this issue, applied chemistry and chemical engineering are essential in realizing a low-carbon society. Their roles are tied to the need for a renewable, sustainable alternative to conventional fossil-based sources, the primary driver of greenhouse gas emissions.
This course introduces students to the basic concepts of sustainable chemical principles and strategies, as well as topical news reports, opinions, and analysis. Students will discuss the development of energy technologies and systems, as well as regional and global policies aimed at addressing prevailing environmental and energy issues. The goal is to develop students’ awareness of practical efforts to combat global warming by focusing on meaningful strides that have been made and examining future challenges.
The course will focus on biorefineries, the capture, storage, and utilization of carbon dioxide, the use of ammonia as a sustainable, reliable, carbon-free source of hydrogen, and the valorization of plastic waste.