Overall Rating Bronze - expired
Overall Score 37.63
Liaison Emma Shipalesky
Submission Date March 23, 2012
Executive Letter Download

STARS v1.1

Northern Alberta Institute of Technology
OP-21: Hazardous Waste Management

Status Score Responsible Party
Complete 1.00 / 1.00 Jit Baran
Supervisor, Technical Services - Chemical Technology
School of Resources and Environmental Management
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Does the institution have strategies in place to safely dispose of all hazardous, special (e.g. coal ash), universal, and non-regulated chemical waste and seek to minimize the presence of these materials on campus?:
Yes

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A brief description of steps taken to reduce hazardous, special (e.g. coal ash), universal, and non-regulated chemical waste:
The Hazardous Waste collection process is constantly striving to eliminate the use and disposal of harmful substances, for example most areas within NAIT are eliminating the use of mercury in their labs and have found alternative products – mercury thermometers with spirit thermometers, mercury manometers, vacuum gauges & barometers with digital equipment. THE CONTAINERS HAVE LABELS TO IDENTIFY THE TYPE OF WASTE Ø Condense/minimize quantities for disposal; by identifying those that can be either recovered or disposed of by normal routes (please consult if you require further clarification). Ø A record/manifest of all waste generated by individual groups are used to keep a historical record of waste generated by NAIT, for the future planning of Hazardous Waste Management. The Biohazardous waste generated by Programs/Groups within NAIT is collected centrally for disposal. Collection of such waste centrally is on an as and when needed basis. The Biohazardous waste collected is then transported from NAIT for disposal by an approved and licensed outside agency. In order to keep the volumes of Biohazardous waste generated to a minimum, the following guidelines are used: Þ Is there any Federal or Provincial legislation for Biohazardous waste disposal which is applicable to the type of waste you have generated? Þ Is it environmentally a good practice to dispose of the Biohazardous waste through normal municipal disposal routes. Þ Proposed changes in the future may include stricter enforcement of Biohazardous waste disposal - closer watch on such development. Þ Some known Biohazardous waste, as long as it is rendered non-infectious may be disposed of using municipal system. Þ Some Micro biological waste, common bacteria cultures/plates may be made safer after autoclaving for longer period, longer than 15 min.

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A brief description of how the institution safely disposes of hazardous, universal, and non-regulated chemical waste:
The collection, storage and disposal of all the hazardous waste materials generated by NAIT is coordinated and processed by the Chemical Technology Program in the School of Sustainable Building & Environmental Management. The hazardous waste received are processed before they are scheduled for disposal – condensed and consolidated to reduce quantity, recycled or recovered (silver) for future use, grouped for land fill processing or sent for recycling (oil, paint, battery, etc). The hazardous waste is then collected from NAIT for disposal by an outside disposal agency (registered and licensed) at pre-arranged times during the year. Ø All hazardous waste for disposal from various departments, both solids and liquids, are clearly identified accompanied by a completed manifest form. Ø The liquid waste for disposal are classified, wherever possible, into the following broad categories: Inorganic Solutions & Corrosive Liquids - Heavy Metals: Lead, Cobalt etc. Acids Bases Cyanide & Arsenic Aqueous Phenol Hydrofluoric Acid Photo-chemicals Printing Solution - Blanket Wash Offset Fluid, etc. Non-Halogenated Solvents (Organic) Halogenated Solvents (Organic) Aqueous < 20% Organic Ether Petroleum - Heavy Petroleum (Bitumen) Petroleum Distillate Oils (hydraulic, engine, etc.) Paraffin Wax in Solvent Paint or paint solvent with paint Organic Acids & Bases Formaldehyde/Formalin Picric Acid Dyes & Stains- Aqueous Non-Aqueous Contaminated Plastics - Polyurethane Resin Fibre Glass Ø The solid waste for disposal into the following categories: Solids - Organic Inorganic Mercury Contaminants (amalgam) Asbestos Batteries Elemental Mercury ALL WASTE GENERATED MUST HAVE LABELS TO IDENTIFY ITS CONTENTS Ø Large quantities of liquid waste are stored in their respective areas, prior to disposal, in specified containers: Organic Flammable - red, flame arrestor safety cans Organic Non-Flammable - red jerry cans Organic Acids & Bases - glass winchester bottles Ether & Petroleum - red, flame arrestor safety cans Inorganic Solutions - glass/plastic containers Guidelines for the Central Collection of Biohazardous waste v All solid Biohazardous waste for disposal/incineration must contain less than 5% liquid/water - tissues in formalin. v Containers for the storage/collection of Biohazardous waste, which are destined for incineration, must be made of non-halogenated material - produce HCl. v Recommended containers/bags with identity labels must be used for the collection & storage of Biohazardous waste. v It is preferable, but not necessary, that all Sharps waste (medical & micro biological) be autoclaved after collection, before they are shipped to the central location for disposal. v All Biohazardous waste brought to the designated central location at pre-arranged times (weekly on Fridays) are accompanied with SIGNED manifest sheet.

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The website URL where information about hazardous materials management is available:
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Data source(s) and notes about the submission:
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