Field Visit MODULE 8: Walkthrough of a Healthcare Waste Treatment Facility.

Slides:



Advertisements
Similar presentations
Head of Policies & Planning Division Ministry of Environment
Advertisements

STRATEGY ON THE MANAGEMENT OF THE BIOMEDICAL WASTE Health Care Waste Management (HCWM) Alternative Disposal Methods Ohrid, Ana Petrovska.
Session 6 Outline Overview of program requirements. Defining your program. Program components. Overview of BMPs. Maintenance inspection. Employee education.
Safety Promotion Basic Health Care; HCE100.
Module 6: Safety At the HIV Rapid Testing Site. Lab workersHealth workersCounselors 2 The Lab Quality System Process Control Quality Control & Specimen.
NEW YORK STATE APPROVED ALTERNATIVE RMW TREATMENT TECHNOLOGIES Sally M. Patterson Regulated Medical Waste Program Coordinator New York State Department.
Waste Generation and Waste Disposal
Copyright © 2006 Thomson Delmar Learning. ALL RIGHTS RESERVED. 1 PowerPoint ® Presentation for Introduction to Dental Assisting Module: Disease Prevention.
Solid Domestic Waste IB Syllabus 5.5.1, AP Syllabus Ch 21 Personal Waste Audit Trashed video.
Principles of Decontamination. Objectives Define contamination and decontamination Differentiate between the concepts of exposure and contamination Identify.
Part III Solid Waste Engineering
PRESENTED BY: SUNIL VADHER GYANPRAKASH SINGH PANKAJ BHALALA Wastech International Summit & Expo 4R’s (Reduce, Recover, Reuse, Recycle): A Way to Sustainability.
Preventing Storm Water Pollution: What We Can Do ~Employee Training Series~ Fleet Maintenance PREPARED IN COOPERATION WITH THE Texas Commission on Environmental.
STORMWATER PERMITTING Requirements for the Solid Waste Industry in Colorado 5/04.
Unit 1. Lab Safety video I TO PREVENT: __________________________________________ __________________________________________ exposure to __________________________________________.
PCB - What You Need to Know Presented by:  Darren Lee  Environmental Control Corp., Project Mgr.,  Industrial Hygienist  Previous West Linn- Wilsonville.
Sub-subtopics Outline the types of solid domestic waste Describe and evaluate pollution management strategies for solid domestic (municipal)
DEVELOPING A FACILITY INSPECTION PROGRAM Or How To Make Sure The Facility You Inspect is Operating Successfully Morson Environmental Consulting, Inc.
Wastewater P2. Environmental Concerns  Heavy metals from sanding waste  Oil, grease, and coolant from vehicles  Toxic chemicals from cleaners, strippers,
LABORATORY SAFETY Presented by The Office of Risk Management Loss Prevention.
HOSPITAL WASTE AS A SOURCE OF INFECTION BY: B.K.RUNYENJE KENYATTA NATIONAL HOSPITAL.
October Module 8: Training Non-Certified Renovation Workers Certified Renovators are responsible for teaching lead-safe work practices to non-certified.
Hazardous Waste Storage, Transportation, and Disposal.
Industrial Inspections Making Good Inspections Better David Long EPA Region 6.
MODULE 14: Off-site Transport and Storage of Healthcare Waste
Shore Reception Facilities
UNIVERSAL WASTE SAFETY TRAINING CLASS. AGENDA Identifying Universal Waste Identifying Universal Waste Universal Waste Handlers Universal Waste Handlers.
HEALTH-CARE WASTE MANAGEMENT PRESENTED BY Gloria Agguh
HOW TO DO Pollution Prevention & Good Housekeeping NC STATE UNIVERSITY.
7. EMERGENCY RESPONSE RYERSON UNIVERSITY.
20 – Operation and Maintenance 1/45 “There is no sensible reason to design and prepare for a better engineered landfill if it is not operated in a better.
WasteSection 3 Section 3: Hazardous Waste Preview Bellringer Objectives Types of Hazardous Waste Resource Conservation and Recovery Act The Superfund Act.
Introduction to Workplace Safety
War on Waste SC.912.L Waste management strategies Recycling and reuse- Recycling allows the reuse of glass, plastics, paper, metals, and other.
LESSON 2: CHARACTERISTICS AND QUANTITY OF MSW. Goals  Determine why quantification is important  Understand the methodology used to quantify MSW  Become.
WasteSection 3 Types of Hazardous Waste Hazardous wastes are wastes that are a risk to the health of humans or other living organisms. They may be solids,
Chapter 16 Waste Generation and Waste Disposal.  Refuse collected by municipalities from households, small businesses, and institutions such as schools,
D18 Explain the short-and long-term impacts of landfills and incineration of waste materials on the quality of the environment.
MODULE “PROJECT MANAGEMENT AND CONTROL” SAFETY ASSESSMENT DURING DECOMMISSIONING SAFE DECOMMISSIONING OF NUCLEAR POWER PLANTS Project BG/04/B/F/PP ,
MODULE 12: Labeling, Handling and Collection of Healthcare Waste
Lab Specific Training June 14 th, Responsibilities completing all required safety training; reading the Lab Safety Plan and all lab standard operating.
MCM#6 Pollution Prevention/Good Housekeeping Part 1 Municipal Facility Management.
Solid & Hazardous Wastes. Domestic Waste  38 % Paper  18% Yard waste  8% Metals  8% Plastic (20% by volume)  7% Glass  7% Food  14% Miscellaneous.
The Strategic Goals Program for Metal Finishers: New Strategies for Success Environmental Management Systems (EMS) and Metal Finishers Norma Murphy DPPEA.
Part 5: Meeting the Challenge of the “EC Tracers” Healthcare Engineering Consultants How Should I Prepare for the “EC Tracer” Part of the Survey?
Chapter 12 Notes #2. A landfill is a waste disposal facility where wastes are put in the ground and covered each day with dirt, plastic, or both. 50%
What does it take to have a Green Cleaning Program.
Waste Management and Research Center Waste Management and Research Center l Formed in 1984 l IL Dept of Natural Resources l Located at University of Illinois.
Bellringer. Types of Hazardous Waste Hazardous wastes are wastes that are a risk to the health of humans or other living organisms. – They include: solids,
Handling and Disposal of Infectious Wastes
FOOD WASTE is it RUBBISH? Its not Rubbish. Its not waste. But it is energy ! Biogas Biodiesel Bio fuels CHP.
Dr Hidayathulla Shaikh. At the end of the lecture students should be able to – Mention categories of health care wastes. Discuss Handling, Storage and.
Content 1.The main flowchart and technology 2.Advantage and disadvantages of each technology, way to improve. On-Nuch disposal site Group Member: Lu Li.
Hazardous Waste.
Biological Waste from Laboratories
WASTEMENEGEMENT IN BUILDINGS
storage and External Transportation
ACA Fall Conference September 15, :00 pm to 5:00 pm Industrial General Storm Water Permit requirements for fueling activities Aaron Ortiz QISP WGR.
Municipal Fleet and Building Maintenance
SOLID WASTE MANAGEMENT
Classroom Catalyst.
Module 54 Hazardous Waste
Waste Disposal / Zero Waste to Landfill
Van Wert, OH Water and Wastewater Element Training
CHEMICAL SPILL CONTINGENCY PLAN
Welcome To Our Presentation 1. Topic Name Transfer Stations and Transport, Ultimate Disposal Methods 2.
Vehicle & Equipment Maintenance/Cleaning
WASTE DISPOSAL No matter what processing is done, there will be some residue that needs to be disposed of safely Options for disposal Modern, engineered.
BIOMEDICAL WASTE MANAGEMENT Submitted To – Dept.of Biotechnology Presented By – Sonika Chouhan M.Sc. II Sem.
Presentation transcript:

Field Visit MODULE 8: Walkthrough of a Healthcare Waste Treatment Facility

General Topics Collection Waste transportation Waste storage and movement in the CTF Condition of the CTF Process of treatment and treatment options Maintenance and record-keeping Final disposal

Waste Collection  Frequency and time of pick up of waste  Conditions of the containers at the pick-up sites  Conditions of the pick-up site – location, storage conditions, accessibility to the public, distance to the parked collection vehicle, condition of the path from pick-up site to vehicle  Process of waste collection – method used, equipment used for waste handling, ergonomic issues (proper lifting or handling), PPE, method of waste quantification if used, documentation

Waste Transport  Condition of the vehicle (cleanliness)  Collection route – road conditions, traffic, potential for accidents  Waste collection workers – uniform, use of PPE, ID card, and behavior  Waste tracking system, if used – GPS, RFID, barcode readers, etc.

Waste Transportation  Ability to secure the waste bins inside the vehicle  Compartments, if any, for different kinds of waste  Flooring of the vehicles – easy to clean, leak proof  Available waste spill clean-up kit, contents of the clean-up kit  Vehicle operators’ knowledge of clean-up procedures  Emergency plans for traffic accidents, spills, accidental exposures

Healthcare Waste Treatment Facility  Location of the facility – distance to residential areas  Cleanliness of the facility  Waste movement in the facility, potential for cross- contamination  Handling of waste bags or bins – ergonomic issues, PPE  Weighing of bags or bins before treatment  Separate waste storage areas for untreated and treated wastes  Ventilation, wastewater discharges  Plans, procedures, kits and equipment (emergency stations) for spills and other accidents  Cleaning of vehicles – frequency, type of cleaning materials, PPE, wastewater

Process of Treatment and Final Waste Disposal What is the process for each of these categories of waste?  Sharps  Plastics  Glass  Metals  Liquid waste  Sludge  Incineration ash  Recycling or potential for recycling

Types of Treatment Autoclaving and other steam-based treatment systems Microwave treatment systems Frictional heating treatment systems Chemical treatment systems High-temperature incineration with pollution control Sharps treatment and disposal Shredding, compaction and other post-treatment processes Materials recovery, shredding/crushing, recycling of sterilized waste materials

Maintenance and Record-Keeping  Types of records maintained and for how long  Manifest records or consignment records  Authorization for waste collection and treatment  Landfill disposal records  Other regulatory record-keeping requirements  Occupational safety  Periodic refresher training program for workers  Preventive maintenance plans, frequency of periodic maintenance, documentation of repairs of technology

Final Waste Disposal  Conditions relating to the transport of treated waste to the landfill  Materials recovery and recycling program at the landfill  Conditions at the landfill – location, landfill design, liners, leachate and gas collection, odor control  Operation of the landfill – controlled access, monitoring of incoming waste, waste handling and placement, traffic control, compaction, daily earth cover  Special procedures for incinerator ash  Occupational safety – ergonomics, PPE, worker safety training, emergency procedures  Record-keeping and maintenance