AGC and Mitsubishi Commence Initiative for Commercialization of Circular Carbon Methanol Derived from Glass Manufacturing

AGC (Asahi Glass Co., Ltd.), headquartered in Tokyo, and Mitsubishi Gas Chemical Company, Inc. (MGC), also based in Tokyo, have embarked on a significant research initiative focused on the production and commercialization of methanol derived from carbon dioxide (CO2) emissions generated during AGC's architectural glass production processes. This groundbreaking effort will utilize the methanol production technology developed by MGC. The primary objective is to achieve commercial production by approximately 2030 at AGC's Kashima Plant. Once accomplished, this endeavor will mark a historic milestone as the world's first instance of producing and marketing Circular Carbon Methanol (CCM), harnessing the CO2 emissions from glass manufacturing in an environmentally sustainable manner.

In recent years, carbon-capture and utilization (CCU) technology has garnered increasing attention as an innovative means to work towards achieving the goal of global carbon neutrality by 2050. Methanol, a versatile chemical compound with numerous applications, has emerged as a vital player in this endeavor. Notably, its potential extends to the production of ethylene and propylene, further expanding its significance in the pursuit of sustainable practices.

The primary aim of this study is to leverage CCU technology to convert the CO2 emissions generated at AGC's Kashima Plant, the largest architectural glass manufacturing facility in Japan, into methanol. Subsequently, this methanol will be produced and introduced into the market. Utilizing CO2 as a raw material for chemical products has the notable advantage of reducing environmental impact. However, one key challenge has been the higher associated costs of CO2 capture and conversion compared to traditional manufacturing methods. In response to this challenge, MGC intends to advocate for the social value of its "CCM," which promises a reduced environmental footprint, and aims to establish a customer base through its existing sales network.

Beyond this collaborative research study, AGC is contemplating the replacement of methane gas, currently used as a raw material in its chemical operations, with CCM. This strategic shift aligns with AGC's vision of commercializing chemical products rooted in carbon recycling, contributing to sustainable practices while fostering continued growth and evolution in both its Architectural Glass and Chemicals sectors.

The combined efforts of AGC and MGC exemplify a commitment to realizing the production and commercialization of methanol derived from CO2 emissions originating in glass manufacturing. This undertaking not only advances the cause of environmental sustainability but also underscores their dedication to building a more sustainable society, marked by innovative solutions and continued progress. As the world grapples with the urgency of addressing climate change and reducing carbon emissions, initiatives such as this hold great promise in achieving a more environmentally responsible future. AGC and MGC's collaborative efforts serve as a beacon of hope in the ongoing journey toward a sustainable and carbon-neutral world.