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ມ.ກ. . 13, 2025 12:04 Back to list

cas 2647-50-9



Ethylene dibromide, identified by the CAS number 2647-50-9, is a significant compound widely acknowledged across various industries for its robust chemical properties and numerous applications. This article delves into an expert analysis of its uses, safety considerations, and its impactful role in industrial processes to offer an insightful perspective on its significance.

cas 2647-50-9

Ethylene dibromide, or EDB, is primarily recognized for its efficacy in agricultural applications as a potent fumigant. Its volatility and ability to penetrate deeply make it exceptionally effective for controlling nematodes, pests that can devastate crops. Farmers and agricultural experts leverage these properties to protect crops like grains, citrus, and vegetables, enhancing their yield quality and preserving storage longevity. Such utilization of EDB necessitates a thorough understanding of its application protocols to ensure maximum efficacy and safety. The compound also plays a critical role in the leaded gasoline industry. Prior to the phasing out of leaded gasoline, EDB was a significant component in the mixture, serving as a scavenger for lead deposits in engines. Its presence helped improve the performance and longevity of engines by mitigating lead accumulation, thus enhancing combustion efficiency. Although leaded gasoline has seen a decrease in global acceptance, this historical usage underscores the adaptability and significance of ethylene dibromide in varied chemical processes.

cas 2647-50-9

Despite its utilitarian facets, handling ethylene dibromide demands stringent safety precautions. The compound is classified as a hazardous substance due to its toxicity and potential environmental impact. Exposure can lead to serious health concerns, warranting cautious handling and rigorous adherence to safety guidelines. Chemical safety experts advocate the use of personal protective equipment (PPE), such as gloves and respirators, alongside engineering controls like proper ventilation when handling EDB. Furthermore, understanding its Material Safety Data Sheet (MSDS) is crucial for anyone interacting with this chemical to ensure comprehensive awareness of its properties and associated risks.cas 2647-50-9
Environmental experts highlight the need for proper disposal and spill management protocols for ethylene dibromide. Due to its persistence and potential to contaminate groundwater, regulatory guidelines emphasize remedial measures to prevent environmental degradation. This underscores the importance of collaborating with environmental agencies and employing responsible waste management techniques to mitigate its ecological impact. Drawing from authoritative sources, ethylene dibromide's multifaceted industrial applications render it a pivotal compound in meeting sector-specific needs. Its implementation in pest control, historic usage in gasoline, and ongoing relevance in other industrial applications, such as in solvent synthesis, spotlight its indispensability. As industries continue to evolve, the demand for professional expertise in safely leveraging such compounds ensures that they are employed effectively while maintaining environmental and human health integrity. For industries and professionals navigating the complexities of chemical usage, ethylene dibromide serves as a reminder of the necessity for expertise in balancing utility with safety and environmental stewardship. Reliable resources, professional networks, and updated scientific guidelines continue to play a crucial role in refining the methodologies involved in utilizing such compounds, ultimately fostering an industry atmosphere grounded in safety, efficiency, and sustainability.
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