10 Jan
2022
Phosgene is an organic compound and a colorless gas. The gas is extremely toxic, thus was used as a lethal chemical weapon during wars. However, phosgene gas is widely used in pesticides & insecticides. In addition, it has gained demand in the healthcare and pharmaceutical sector.
Phosgene is used for deriving several chemical compounds that find applications in a variety of industrial facilities. For instance, Diethylcarbamoyl chloride, a derivative of phosgene is a vital ingredient in the pharmaceutical sector as it is used to hydrolyze water-insoluble compounds. Moreover, it is used as a chemical intermediate for the preparation of multiple organic chemicals. For instance, it is an important ingredient for the synthesis of carbonic acids, esters, isocyanate-based polymers, and acid chlorides.
According to Allied Market Research, the phosgene market is expected to reach $6.9 billion by 2030, growing at a CAGR of 5.3% from 2021 to 2030. Rise in demand from the chemical industry and bedding and furniture sectors and surge in consumption of phosgene in pesticides and insecticides drive the market growth. Furthermore, the increase in the need for phosgene in medical facilities and its value in manufacturing dyes, pharmaceuticals, specialty chemicals, and agrochemicals encouraged several chemical companies to invest in the phosgene market.
The phosgene gas finds applications in the electrical and electronics industry. Many common electronic parts such as sensors, switching relays, connectors, LCD sections, computers, and cell phones must be lightweight and have high impact strength. The use of hollow polycarbonates is used for thermal insulations applications and in electrical accessories such as optical plates and hardware gadgets. The rise in demand from tech-savvy consumers for advanced electronic products has boosted the demand for polycarbonates.
Covid-19 pandemic and phosgene industry
Phosgene is vital in the production of agrochemicals. Over the last few years, the crop protection industry has gained new importance due to rise in the need to maintain the well-being of plants and consumers. The agrochemicals help protect crops from pesticides and insecticides and to increase crop yield with no health issues. Thus, farmers have started using agrochemicals that contain phosgene. Since the Covid-19 outbreak, the agriculture sector had to face unprecedented challenges such as disrupted supply chain, lack of workforce, restriction for market access, and transportation barriers. On the other hand, pesticide and fertilizers manufacturers were facing challenges due to a lack of raw materials. Thus, the demand for phosgene during the pandemic witnessed a significant drop.
Apart from the agricultural industry, phosgene is used for the manufacturing of polycarbonates. However, the pandemic and lockdown regulations restricted the opening of several end-user industries which negatively affected the demand for phosgene. The construction activities were postponed or slowed down due to a shortage of workers and strict rules regarding social gatherings. This decreased the demand for polycarbonate.
Koyel Ghosh
Author’s Bio- Koyel Ghosh is a blogger with a strong passion and enjoys writing in miscellaneous domains, as she believes it lets her explore a wide variety of niches. She has an innate interest in creativity and enjoys experimenting with different writing styles. A writer who never stops imagining, she has been serving the corporate industry for the last five years.
How are Submarine Cables Transforming Global Connectivity with Enhanced User Experience?
How Integrating Advanced AC Electric Motors Does Optimize Equipment Potential?
How Spatial Computing Tools Are Changing Business Operations
Understanding How Optical Character Recognition Tools Are Changing Business Operations
How Aerospace Raw Materials Are Evolving with New Processes and Innovations
Engineering Evolution of Space Rovers: Focus on Design, Functions, and Field Performance
Pressure-Sensitive Adhesives: How They Shape Modern Industrial Applications
Understanding the Use and Development of Nonwoven Fabrics in Different Applications
How Industrial Fasteners Are Adapting to New Engineering Needs