Carbon dioxide-based polyurethane (CO2-PU) represents a novel synthesis technique for polyurethane materials, utilizing carbon dioxide as a substitute for petroleum-based raw materials. This approach carries potential environmental advantages as it allows for the permanent sequestration of carbon dioxide within the polymer, reducing reliance on traditional petroleum-based materials and mitigating greenhouse gas emissions. Market-wise, CO2-PU exhibits promising applications across various sectors such as construction materials, automotive components, and packaging materials. With increasing demand for eco-friendly materials and tightening regulations on greenhouse gas emissions, the CO2-PU market is expected to expand gradually.
Technologically, researchers and enterprises are striving to enhance the preparation processes and performance of CO2-PU. Their efforts are directed towards improving material mechanical properties, durability, and cost-effectiveness to meet diverse application requirements. Additionally, new formulations of CO2-PU are being developed to broaden its application scope and enhance its performance.
Relative to traditional petroleum-based materials, CO2-PU offers several advantages:
Environmental benefits: CO2-PU enables the permanent sequestration of carbon dioxide within the polymer, reducing dependence on finite petroleum resources, lessening environmental impact, and aiding in greenhouse gas emission reduction.
Resource sustainability: Carbon dioxide is an abundant chemical compound, and its utilization can decrease the demand for finite fossil fuels, thereby promoting resource sustainability.
Product performance enhancement: Through formulation adjustments and process optimization during CO2-PU production, material performance can be enhanced, such as improving mechanical properties, weather resistance, etc., to meet the demands of different application areas.
Market competitiveness: With increasing environmental awareness and emphasis on sustainable development, CO2-PU as an eco-friendly material possesses strong market competitiveness, attracting more consumers and businesses.
Nevertheless, challenges and difficulties exist in the development of CO2-PU technology, including process optimization, performance improvement, cost control, and scale-up production. Despite this, CO2-PU still holds vast prospects in the market, with its market size expected to continuously expand with technological advancements and growing market demand.
The Polyurethane Technology International Forum 2024 scheduled for May 22-24 in Shanghai will delve into discussions on the following topics related to carbon dioxide-based polyurethane:
1. Achieving High Performance and Carbon Neutrality with Carbon Dioxide-based Polyol (PCE)
This topic primarily explores how carbon dioxide-based polyol (PCE) can simultaneously achieve high performance and carbon neutrality. PCE, as a new type of green chemical, utilizes carbon dioxide as a raw material and possesses significant advantages in reducing carbon emissions and promoting carbon neutrality. Its high-performance characteristics include high activity, low viscosity, and high stability, making it widely applicable across various fields. The focus of this topic is on optimizing the preparation process and performance modulation of PCE to realize its dual benefits of high performance and carbon neutrality in industrial applications.
2. Applications of Carbon Dioxide-based Polyurethane Polyol in New Energy Vehicles
This topic highlights the application of carbon dioxide-based polyurethane polyol in the field of new energy vehicles. This eco-friendly high-molecular-weight material not only exhibits excellent physical properties and chemical stability but also helps reduce carbon emissions from new energy vehicles. In new energy vehicle manufacturing, it can be used to produce high-performance polyurethane foam materials, battery components, thermal insulation materials, etc., enhancing vehicle comfort, safety, and energy efficiency. The aim of this topic is to explore how to fully utilize the advantages of carbon dioxide-based polyurethane polyol to promote the green and sustainable development of the new energy vehicle industry.
Forum Agenda
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