罗伯特· m. Rioux 和塔丝丽玛 a. 扎曼宾夕法尼亚州立大学宾夕法尼亚, 宾夕法尼亚州)
用户负责正确处理在其工作期间生成的废物。不当的废物处置可能严重危害公众健康和/或环境。危险废物的处理必须从产生之时起, 直至其在其异地最终目的地设施处置为止。在任何实验室活动开始之前, 必须设计一个废物管理系统。用户必须遵守学院和 #39 环境健康和安全 (EHS) 办公室的规章制度, 开发和实施符合各种规章制度和标准的适当的废物管理系统, 如职业安全和健康管理局 (OSHA).
适当的废物处理首先由研究员进行良好的废物管理, 包括最小的废物生成、重复使用剩余材料和适当的回收 (即: 、未污染的) 废物。所产生的废物必须妥善收集和储存, 密切注意标签, 按化学相容性隔离, 并在通风良好的位置积累。这个位置应该有很好的标签。其他实验室废料, 如锋利和玻璃, 也必须在适当的标签和兼容的容器中处理.
1. 废物管理
2。废物收集和存储
3。锐化处理-注射器和针头
4。玻璃回收
在许多实验室中生成危险废物, 无论是化学、医疗还是放射性的, 都需要有管制的处置, 以确保公共卫生和环境的安全.
对危险废物处理的管制必须从产生之时起, 直至其在异地最终目的地设施处置为止.
在开始任何实验室活动之前, 必须设计一个废物管理系统。这通常是由一个研究所的环境健康和安全, 或 EH & s, 办公室, 执行的指导方针, 由职业安全和健康管理局, 或 OSHA.
此视频将说明正确处理废物的原则和典型的实验室程序.
有效的废物管理是正确处理废物的一个重要方面。这可以通过使用尽可能少的化学品, 通过重复利用过剩的材料和回收废物来完成.
所产生的废物必须贴上标签, 根据化学相容性进行隔离, 并储存在通风柜或其他通风良好的区域。其他实验室废料, 如锋利和玻璃, 必须在适当的容器中小心处理.
现在我们已经讨论了正确处理废物的原则, 让我们看看实际的程序.
如果适用, 则通过减少操作的规模将化学废物降到最低。此外, 只要有可能, 用危险性较低的试剂替代化学品.
除了最小化操作规模外, 还只存储将在短期内使用的化学数量。您也可以通过回收溶剂如丙酮, 使用蒸馏来减少化学废料.
在处理任何化学废料时, 应佩戴适当的个人防护设备, 包括实验室大衣、护目镜和手套, 以及长裤和闭趾鞋.
在适当的容器 (如塑料卡伯伊或玻璃瓶) 中收集化学废料, 并在指定的卫星堆积区附近的生成点存储.
添加化学品后, 将标签粘贴到废弃容器中。在标签上写上化学品的全名及其近似成分.
此外, 使用单独的容器进行卤化、nonhalogenated 和含水废物, 以避免潜在的热或气体形成。当容器被填装到容量时, 小心地移动他们到指定的中央储积区域, 他们将被去除为处置.
处理化学污染的针头、注射器和刀片, 统称为锐器, 在一个锋利的废物容器内.
对于碎玻璃, 使用管或试管, 使用专门的玻璃废料容器。如果需要, 空瓶可以重复使用后, 三重上升与丙酮, 水, 再丙酮.
您刚刚看了朱庇特的介绍, 适当的废物处置。你现在应该了解废物管理, 如何收集化学和锋利的废物, 以及如何储存它处理。谢谢收看!
本文件提供了实验室废物处理的基本准则。用户必须工作和遵守他们的研究所和 #39 的 EHS 办公室, 以确定适当的方法, 满足不同的法规和标准的废物处理。实验室使用者应认识到正在产生的废料, 并应仔细评估存在的危险, 以确定适当的废物处置, 否则可能使公共卫生或环境处于危险之中。无论处理的废物数量有多小或多大, 都必须佩戴适当的 PPE.
污染物 | 最大污染级别, 毫克/升 |
11-氯 | 0.007 |
11, 1-乙烷 | 0.2 |
11, 2-乙烷 | 0.005 |
0.0002 | |
12-丙烷 | 0.005 |
12, 4-氯苯 | 0.07 |
24-D | 0.07 |
24, 5-TP (Silvex) | 0.05 |
胺 | 0.002 |
锑 | 0.006 |
砷 | 0.010 截至 01/23/06 |
石棉 (光纤和 #62; 10 微米) | 7 |
0.003 | /tr > |
钡 | 2 |
苯 | 0.005 |
0.0002 | |
0.004 | |
0.01 | tr > |
镉 | 0.005 |
丹 | 0.04 |
0.005 | |
4 | |
氯气 (作为 Cl2) | 4 |
二氧化氯 (as ClO2) | 0.8 |
绿泥 | 1 |
氯苯 | 0.1 |
铬ium (合计) | 0.1 |
cis-1,2-Dichloroethylene | 0.07|
0.2 | |
0.2 | |
0.4 | |
Di (2-乙基己基) 邻苯二甲酸 | 0.006 |
0.005 | |
0.007 | 双戴奥辛 (23, 78-TCDD) |
敌 | 0.02 |
0.1 | |
0.002 | 乙苯 |
敌 | |
氟化物 | 4 |
0.7 | |
0.06 | |
0.0004 | |
0.0002 | |
六 | 0.001 |
二 | 0.05 |
林丹 | 0.0002 |
汞 (无机) | 0.002 | /tr >
滴滴涕 | 0.04 |
(测量为氮) | 10 |
亚硝酸盐 (测量为氮气) | 1, |
0.6 | 威 (Vydate) | 0.2 |
p 二氯苯 | 0.075 |
0.001 | |
0.5 | |
0.0005 | /tr > |
硒 | 0.05 |
西玛津 | 0.004 |
0.1 | |
乙烯 | 0.005 |
甲苯 | 1 |
毒杀 | |
trans-1,2-Dichloroethylene | 卤 |
TTHMsoethylene | 0.005 |
氯乙烯 | 0.002 |
二甲苯 (合计) | 10 |
表1。受管制的饮用水污染物表. 从美国环保署网站获得 https://www.epa.gov/ground-water-and-drinking-water/table-regulated-drinking-water-contaminants
Hazardous waste, whether chemical, medical or radioactive, is generated in many laboratories and requires regulated disposal to ensure safety of public health and the environment.
The regulation of hazardous waste handling must be enforced from the moment of generation until its disposal at an offsite final destination facility.
Prior to commencing any laboratory activity, a waste management system must be devised. This is often established by an institute’s Environmental Health and Safety, or EH&S, office, which enforces guidelines imposed by the Occupational Safety and Health Administration, or OSHA.
This video will illustrate the principles and typical laboratory procedures of proper waste disposal.
Efficient waste management is an important aspect of proper waste disposal. This can be accomplished by using the minimal amount of chemicals possible, by reusing surplus materials, and by recycling waste.
The generated waste must be labeled, segregated according to chemical compatibility, and stored in a fume hood or other well ventilated area. Other laboratory waste, such as sharps and glass, must be disposed with care in appropriate containers.
Now that we have discussed the principles of proper waste disposal, let’s look at an actual procedure.
If applicable, keep chemical waste to a minimum by reducing the scale of operation. Furthermore, substitute chemicals with less hazardous reagents whenever possible.
In addition to minimizing the scale of operation, store only chemical quantities that will be used in the near term. You can also reduce chemical waste by recycling solvents like acetone, using a distillation.
Wear proper personal protective equipment including a lab coat, goggles, and gloves, as well as long pants and closed-toed shoes, whenever handling any chemical waste.
Collect chemical waste in suitable containers such as plastic carboys or glass bottles, and store near the point of generation in a designated satellite accumulation area.
Affix labels to the waste containers as soon as chemicals are added. Write on the labels the full names of the chemicals and their approximate compositions.
Additionally, use separate containers for halogenated, nonhalogenated, and aqueous waste to avoid potential heat or gas formation. When the containers are filled to capacity, carefully move them to a designated central accumulation area, from which they will be removed for disposal.
Dispose of chemically contaminated needles, syringes and razor blades, collectively known as sharps, inside of a sharps waste container.
For broken glass, used pipettes or test tubes, use a specialized glass waste container. If desired, empty bottles can be reused after triple rising with acetone, water, and again acetone.
You’ve just watched JoVE’s introduction to proper waste disposal. You should now understand waste management, how to collect chemical and sharps waste, and how to store it for disposal. Thanks for watching!
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