1.0 SCOPE AND APPLICATION 1.1. This Standard Operating Procedure (SOP) documents the procedure for storage and disposal of hazardous waste. All waste streams for ARS Aleut Analytical, LLC (AAA) will undergo this process. 2.0 SUMMARY 2.1. As the laboratory generates waste, it is accumulated following the procedures list in this document. 2.2. When applicable, drums are used to store waste. As the accumulated drums are filled, they are moved to the storage area following the procedures in this document. 2.3. Drums cannot be stored longer than 180 days. 3.0 SAFETY 3.1. Each waste stream shall be treated as a potential health hazard. Excessive exposure to these waste streams must be reduced to the lowest possible level by using appropriate …show more content…
and designated precautions. 3.2.
The toxicity or carcinogenicity of every reagent used in this method has not been practically defined. Each chemical compound shall be treated as a potential health hazard. Exposure to these chemicals must be reduced to the lowest possible level by whatever means available. 3.2.1. A reference file of Safety Data Sheets (SDS) is available to all personnel. Analysts shall review this source of information before using any of the reagents/chemicals specified in this or any other AAA SOP. 3.3. Solvent resistant gloves, safety glasses or goggles, and a lab coat are required to be worn by the analyst during sample preparation or in any other laboratory situation in which contact with reagents/chemicals could possibly occur. 3.4. Wastes associated with the analysis must be treated, stored, and disposed of in accordance with all local, state, and federal laws. 4.0 APPARATUS AND EQUIPMENT 4.1. Drum …show more content…
Carrier 5.0 PERSONNEL QUALIFICATIONS 5.1. All personnel performing waste disposal must have read and understood this SOP. 5.2. All personnel must know the safety issues surrounding waste disposal and know what to do in case of emergencies. Personnel must be provided with appropriate Personal Protective Equipment (PPE). 5.3. Lab personnel involved in the management of hazardous waste or the documentation of hazardous waste activities shall have training specific to their duties, when applicable. 5.3.1. The training program shall contain basic hazardous waste management procedures for select individuals as necessary. For example, waste identification and determination manifest requirements, accumulation time limits, and proper labeling shall all be topics included in the training program. 5.3.2. It is suggested that a written training plan be developed, and records of employee names, dates of training, and signatures be maintained to document completion of training and compliance with this training requirement. 5.4. Information shall be posted: 5.4.1. The name & phone number of emergency contacts. 5.4.2. Location of fire extinguishers and spill control material, and, if present, fire alarm. 5.4.3. The telephone number of the Fire Department. 6.0 PROCEDURE 6.1. Personal Protective Equipment (PPE) including protective clothing, safety glasses, lab coat, and gloves must be worn. If there are any questions about which drum to use, labeling, or where to place full drums, contact your Laboratory Manager. 6.2. Aqueous samples may be dumped down the drain with copious amounts of water, providing they do not contain Chromium IV and/or Mercuric compounds. 6.2.1. A list of the following samples have been approved by local Waste Water treatment plants to be disposed down the drain with copious amounts of water: 6.2.1.1. Alkalinity 6.2.1.2. Ammonia 6.2.1.3. Biological Oxygen Demand (BOD) 6.2.1.4. Chemical Oxygen Demand (COD) 6.2.1.5. Color 6.2.1.6. Conductivity 6.2.1.7. Chlorine Residual 6.2.1.8. Hardness 6.2.1.9. Ion Chromatography (IC) 6.2.1.10. Langelier Index (LI) 6.2.1.11. Nitrate Plus Nitrite 6.2.1.12. Nitrite 6.2.1.13. Odor 6.2.1.14. pH 6.2.1.15. Settleable Solids 6.2.1.16. Sulfide 6.2.1.17. Surfactants (MBAS) 6.2.1.18. Total Dissolved Solids (TDS) 6.2.1.19. Total Kjeldahl Nitrogen (TKN) 6.2.1.20. Total Phosphorous 6.2.1.21. Total Solids (TS) 6.2.1.22. Total Suspended Solids (TSS) 6.2.1.23. Turbidity 6.2.1.24. UV 6.2.1.25. Microbiological samples negative for bacterial growth • Microbiological samples with positive results must be autoclaved to kill bacteria prior to disposal down the drain. 6.3. Wastes associated with analysis for analyzing COD, TKN, and MBAS must be segregated and disposed of with a local waste management site. 6.4. Concentrated acid waste must be disposed of with a local waste management site. 6.5. Sample bottle labels must be completely defaced or removed to completely remove client identification prior to disposal. 6.6. For drums located within the labs, carefully pour the waste into the drum. Then fill out the Drum Waste Accumulation Log for that waste stream with amount added to drum in gallons or liters, drum number, initials/date. The drum notebook is located next to the drum (when applicable); hanging on the wall. “In-process” waste in hoods must be dumped at the end of each shift when applicable, or when full. 6.7. Drums will be shipped and/or disposed of using an approved, waste disposal company by appropriate personnel. 6.8. Weekly inspections must be made to check all drums, when applicable. The following criteria are to be inspected: 6.8.1. Correct Placarding 6.8.2. Proper date on drum 6.8.3. No leaks, dents, rust on drums 6.8.4. All drums closed 6.8.5. Incompatible wastes stored separately 6.8.6. No waste stored beyond 180 days 7.0 DRUM LOG-IN: 7.1. When a new drum is initiated, a unique number is assigned from the drum log-in book located in the waste storage area. The unique number is placed on the lid and side of the drum using a permanent marker. The login book is filled out as to waste type, personnel initials, and date. 7.2. When the supply of empty drums is down to 3 blue plastic drums and 1 steel drum, an order must be placed to replenish stock. When placing orders, request 5 blue plastic & 1 steel. 8.0 DRUM STORAGE AND PLACARDING: (Applies to facilities using waste drums) 8.1. When labeling Satellite drums, it is necessary to have the drum number and the proper labeling on the drum (Figure 1). When the Satellite drum is filled, the date is put on it, and it is moved to the waste storage area in the warehouse. 8.2. Waste drums filled with Methylene Chloride Waste, Flammable Waste, Solids Waste, Auto-sampler Vial Waste, Cyanide/pyridine Waste and Lead Digestion Waste are stored in the warehouse, when applicable. 8.3. When labeling these drums it is necessary to have the drum number, waste type, and start/end accumulation date. 8.4. Accumulated storage waste streams in the warehouse can only be stored for a period of 180 days before they are shipped out for disposal. Figure 1. Hazardous Waste Drum Label 9.0 RECORDS MANAGEMENT 9.1. The following recordkeeping is used during Waste Disposal: 9.1.1. Drum Login Notebook 9.1.2. Drum Accumulation Log 9.1.3. Weekly Waste Drum Inspection Log 9.1.4. Monthly Accumulation Log 9.1.4.1. This information is entered into an excel spreadsheet to show the number of pounds or gallons generated each month. 10.0 POLLUTION PREVENTION AND WASTE MINIMIZATION 10.1.
Pollution prevention includes any method which reduces the amount of toxic substances used and which minimizes waste streams. The laboratory uses solvents, reagents, and standards that are frequently toxic. Some of these substances may escape into the atmosphere by evaporation, and some are carried out of the laboratory by the fume hood system. Minimizing the quantity of the substances used and minimizing their exposure to the atmosphere are important in pollution prevention. Containers of samples, standards, solvents, and reagents shall be kept closed if possible. 10.2. When reagents, solvents, or standards are ordered, consideration shall be given to the recommended expiration dates. These substances shall be obtained in amounts that will be utilized prior to the expiration date if possible. 11.0 WASTE MANAGEMENT 11.1. AAA’s policy is to conduct laboratory waste management consistent with all applicable rules and regulations. 11.2. AAA places satellite waste accumulation drums designated for specific types of waste in appropriate locations throughout the laboratory, when applicable. It is imperative that laboratory personnel be familiar with and use this system properly. 12.0 REFERENCES 12.1. Guidance for Preparing Standard Operating Procedures (SOPs), OSHA Fact Sheets, March 2003. 12.2. Guidance for Preparing Standard Operating
Procedures
Outer islands have dumpsters that are used for trash generated by workers. Most outer island work is occasional and involves few individuals; therefore waste generation is minimal. Dumpsters from Illeginni, Legan and Carlos are replaced at least quarterly, and more frequently if barge transportation is available. Wastes are shipped to the Kwajalein Solid Waste Management Yard for segregation, incineration, and/or landfilling as needed. Dumpsters from Gagan are transported to Roi-Namur for disposal. When special projects take place on these or other outer islands, additional dumpsters and waste receptacles are delivered and used as needed. Wastes from construction projects are removed from the islands at the conclusion of the projects or during the project as needed. No wastes are disposed on these islands with the exception of green wastes which are left to decompose naturally.
Florida International University recognizes its contribution to the accumulation of waste considering that it produces about seven million pounds of waste each year (Figueroa, 2010). Unlike other universities that still remain adamant in investing on green practices, FIU has, “governed by the State of Florida under Florida Statute 403.714 and The Florida Solid Waste Management Act of 1988” (FIU, 2011), established its own internal ‘green machine’ or solid waste and environmental protection system via the FIU Custodial Services Office. The university’s efforts in ensuring efficient solid waste management even “far exceeds the minimum standards” (FIU, 2011) required by law. What makes the solid waste management efforts of the university one-of-a kind is the establishment of a “single stream recycling program which means that all recyclable items can be placed into one bin and do not have to be sorted” (FIU, 2011). Nevertheless, despite the use of single recycle bins, proper labeling has to accompany each bin to ensure that only materials that are recyclable are placed in the bins. There are also different sized of bins which are placed stra...
The piece of legislation that is responsible for enforcing and regulating the production of hazardous waste, its type of management and disposal methods is known as The Hazardous Waste (England and Wales)Regulations 2005. According to The Hazardous Waste (England and Wales)Regulations 2005 part 1 of the legislation it states in article 4 of the waste directive is that the waste must be disposed of in a way that doesn’t harm human health or resorting to ways which would degrade the environment such as the surrounding surface such as soil, the natural flora in the area and the local fauna of the surrounding environment.
With the disposal of solid waste from process, manufacturing and its waste pose considerable challenges for many organizations. Since, landfilling has become limited, and with the cost of waste disposal continuing to rise, they needed alternative measures.
...(2001, March 15). Drexel Safety and Health. Retrieved June 3, 2010, from Drexel Safety and Health: www.drexelsafetyandhealth.com/hazmat/hazmatplan.doc
Landfill is the most frequent waste disposal method all around the world. The present of landfill is recognised as being an important in this days as well as future, especially in low and middle income countries since it is the easiest way to build. Generally, there is two types of landfill can be classified, dry-tomb and bioreactor.
There are many different types of radioactive waste, but the two major types are “low-level waste” and “high-level waste” (“Radioactive Waste Management”). There are a few different ways that we can store these wastes depending on what level they are. The low-level waste mainly comes from medical facilities or some type of industry (“Radioactive Waste Management”). In order to dispose of the low level wastes, they are usually placed in a radioactive waste material storage bin and stored at the hospital or site that they were produced at (“Radioactive Waste Production”). There are only a few sites that will actually take the low level wastes and store them in the United States. However, they will only take specific types of this low level waste and will only allow the wastes from certain permitted states (“Radioactive Waste Production”). The low-level wastes can also be disposed of by being placed ...
“The idea is that we should get up and carry our waste to a common area trash can and then, paper and other recyclable products will go into that blue bag,” Fountain said. “Custodial does separate out recyclables from non-recyclables so this will alleviate their work.”
Such as general domestic garbage, food waste, ash and packaging materials, human manure, emergency waste like plastic and paper, remains from disaster, mud and dirt that came from natural disaster, and many more.
The dangerous substances and Explosive Atmospheres Regulations 2002 (DSEAR) require risks from the indoor storage of dangerous substances to be controlled by elimination or by reducing the quantities of such substances in the workplace to a minimum and providing mitigation to protect against foreseeable incidents. Because the vapors of flammable liquids ignite and burn easily, strict storage requirements are essential.
As a few hospitals are discarding waste in a heedless, disgraceful and unpredictable way(Mathur). Absence of isolation hones brings about blending of healing facility waste with general residue making the entire waste stream unsafe. Improper isolation eventually brings about an inaccurate technique for residue disposal(Mathur).
The mistakes of the past need not be repeated, for hazardous waste can be controlled using methods that prevent damage to human health and the environment. These methods have been neglected in the past primarily because they cost more than indiscriminate or careless dumping, and because no law required their use(Kiefer, 1981, p.51).
The common understanding of biosafety originated from the practical guidance issued by the World Health Organization (WHO) on techniques for use in laboratories. WHO considers biosafety as "the containment
Different administrators choose different methods of waste disposal which can depend on the size of the hospital and the available systems of waste disposal in the area. Whichever way of waste disposal that a hospital administrator chooses, He/she should consider the environment implications of the same. Neriz Alicia & Ramis (2014) ascertain that: Biomedical waste is capable of inflicting injuries to both the healthcare worker and the patient or anyone around
“Office of Environmental Health and Safety.” Hazardous waste. n.p. , n.d. Web. 25 Mar. 2014.