环境影响与法规遵从:管理机构医药废物的综合方法

Sweta Gupta, Sonal Desai
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引用次数: 0

摘要

除制药业外,制药机构也会产生各种类型的废物,这是一个复杂的问题,对环境的可持续发展和公众健康提出了多项挑战。制药机构产生的废物包括化学品、试剂、生物废物、纸张、办公用品和电子废物等。关键议题包括对生态系统有潜在危害的制药废弃物的识别和分类。医药废物可通过排泄和不恰当的处置方法进入环境,导致水污染、土壤污染和空气污染。周围环境会直接影响生物,使其受到药物废料的感染而患病。监管框架在确定废物管理规程和适当的废物存放处方面发挥着重要作用。遵守与医药废物处理相关的环境法律法规是药房管理的重要组成部分。为遵守政府机构制定的各种废物管理法律、法规和标准,制药机构需要以收费的形式支付合规成本。如果任何机构未能遵守废物管理标准,就必须为其不当处理准则支付处罚和罚款。本文介绍了废物处理技术的进步,探讨了高压灭菌、微波、等离子热解、焚烧和化学处理等创新方法。了解垃圾的正确储存和处理,以防止污染和感染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ENVIRONMENTAL IMPACT AND REGULATORY COMPLIANCE: A COMPREHENSIVE APPROACH IN MANAGING INSTITUTIONAL PHARMACEUTICAL WASTE
Apart from the pharmaceutical industries, pharmaceutical institutes are also producing the various types of waste which is a complex issue and that raises several challenges to environmental sustainability as well as public health. Waste produced by pharmaceutical institutes includes chemicals, reagents, biological waste, papers, office supplies and electronic waste, etc. Key topics include the identification and classification of pharmaceutical waste which have potential harm to the ecosystem. Pharmaceutical waste can reach the environment through excretion and improper disposal methods which leads the water contamination, soil pollution and air emission. Surrounding environment directly affect the living things who suffers from infections and diseases from pharmaceutical waste materials. Regulatory frameworks play an important part in defining waste management protocols and proper waste depositories. Compliance with environmental laws and regulations pertaining to pharmaceutical waste disposal is an essential part of pharmacy management. The cost for regulatory compliance in the form of charges are paid by pharmaceutical institutes to comply various laws, rules and standards set by government agencies for waste management. If any institute are fails to comply with the standards of waste management, they have to pay penalties and fines for their improper handling of guidelines. The paper addresses advancements in waste treatment technologies, exploring innovative approaches like autoclaving, microwaving, plasma pyrolysis, incineration and chemical treatments. Understanding of the proper storage and disposal of garbage to prevent contamination and infection.
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