Energy Facility Contractors Group Safety Working Group Industrial Hygiene / Industrial Safety Technical Team Dina Siegel, Los Alamos National Laboratory.

Slides:



Advertisements
Similar presentations
EtO MONITORING REQUIREMENTS EtO MONITORING EQUIPMENT Michael D. Shaw Presented By.
Advertisements

Site Safety Plans PFN ME 35B.
Eduardo J Salazar-Vega, MPH CPH Jan Koehn, MS CIH.
Safety & Accident Prevention Measures
SODIUM CYANIDE SAFETY - SLIDE 1 OF 98 © Copyright SafetyInstruction.com 2006 WELCOME SODIUM CYANIDE SAFETY CORPORATE SAFETY TRAINING REGULATORY STANDARD.
Elizabeth L. Pullen, CIH APOSHO 26 & Australasian
Technician Module 2 Unit 4 Slide 1 MODULE 2 UNIT 4 Specialized Functions.
Safety and Health Programs
1 Establishing Similar Exposure Groups Lecture 4.
1 NOTES This presentation is an outline of some of the most important aspects of DOE O 440.1B For completeness, copies of the Order should accompany this.
Safety Officers / Collateral Duty Safety Officers: What is Industrial Hygiene and Medical Surveillance References: Department of Defense Instruction
Responsible CarE® Employee health and Safety Code David Sandidge Director, Responsible Care American Chemistry Council June 2010.
Developing a Chemical Risk Management Program
This material was developed by Compacion Foundation Inc and The Hispanic Contractors Association de Tejas under Susan Harwood Grant Number SH SH0.
Confined Spaces in Construction: Applicable Standards Stan Liang, CIH, CSP, CET KTA-Tator, Inc.
Integrating Occupational Hygiene and Medical Programs Using Occupational Health Manager (OHM) Tom Polton Pfizer Inc.
Workplace Violence Research has identified factors that may increase the risk of violence at worksites. Such factors include working with the public or.
Safety and Loss Control
Industrial Hygiene Approach to EHS Issues in Schools: Assessment, Controls, Design, and Prevention Lorraine M. Conroy, ScD, CIH Associate Professor University.
INDUSTRIAL HYGIENE – METHODS OF CONTROL
Bloodborne Pathogens Occupational Safety and Health Course for Healthcare Professionals.
West Virginia University Laboratory Training Module 1. OSHA Laboratory Standard.
Occupational Health Management Programme. Chemical Hazard Control Hearing Conservation Industrial Ventilation Industrial Hygiene Monitoring Medical Surveillance.
Process Safety Management
Occupational Health & Industrial Hygiene Programs.
VPPPA Mentoring Program. The VPPPA Mentoring Program is a formal process to assist companies and facilities interested in participating in the Voluntary.
JCAHO UPDATE June The Bureau of Primary Health Care is continuing to encourage Community Health Centers to be JCAHO accredited. JCAHO’s new focus.
1 Medical Surveillance Instructional Goal To gain a better understanding of medical surveillance and how it can serve to protect against adverse health.
10 CFR 851 Worker Safety and Health Program Overview.
Environmental Health and Safety (EH&S) Supplier Awareness Training ISR Systems Danbury, CT 2011.
Safety and Health Programs 1. Benefits of Effective Safety and Health Programs Reduce work related injuries and illnesses Improve morale and productivity.
OSHAX.org - The Unofficial Guide To the OSHA1. Benefits of Effective Safety and Health Programs Reduce work related injuries and illnesses Improve morale.
Emergency Responder Health Monitoring and Surveillance “ERHMS” John Halpin, M.D., MPH and Renee Funk DVM, MPH
Using a Comprehensive Occupational Exposure Database to Integrate Members of the Occupational Health Team and Improve Your Occupational Health Program.
Patterns of Event Causality Suggest More Effective Corrective Actions Abstract: The Occurrence Reporting and Processing System (ORPS) has used a consistent.
Hazards Identification and Risk Assessment
The science that deals with the recognition, evaluation and control of hazards in workplaces in order to prevent illness among employees. ?
Programmed Inspections John Furman Occupational Nurse Consultant Dept. Labor & Industries.
Laboratory Laboratory (29 CFR ) (29 CFR ) Standard Hygiene Hygiene.
Industrial Hygiene Exposure Predictor Model 2009 DOE Integrated ISM Conference August 26-27, 2009 Saul J. Chessin, CIH Idaho National Laboratory.
Protecting our Protectors Forum on Catastrophe Preparedness: Partnering to Protect Workplaces Max Kiefer Associate Director, Emergency Preparedness and.
ACETONE SAFETY - SLIDE 1 OF 95 © Copyright SafetyInstruction.com 2006 WELCOME ACETONE SAFETY FOR EMPLOYEES CORPORATE SAFETY TRAINING REGULATORY STANDARD.
Independent Oversight Status Report on Workplace Exposure Monitoring ISM Workshop 2007.
Berkeley Lab Exposure Assessment: thoughts after an ISM Audit Tim Roberts, Industrial Hygiene Jim Floyd, ALS LBNL.
SULFURIC ACID SAFETY FOR EMPLOYEES CORPORATE SAFETY TRAINING
Standards for Technical Educators Occupational Safety & Health.
IH&S 725 Dr. Myers, C.I.H. Establishing Similar Exposure Groups Lecture 4.
Safety and Health Program Don Ebert- Risk Manager (509)
OHSAS Occupational health and safety management system.
Department of Defense Voluntary Protection Programs Center of Excellence Development, Validation, Implementation and Enhancement for a Voluntary Protection.
OHS RISK ASSESSMENT PROCEDURE Title: OHS Risk Assessment Procedure Document Unique Identifier: (Revision 2) Effective date: July 2014.
Update on Revision of DOE Order 456.1, The Safe Handling of Unbound Engineered Nanoparticles DOE and DOE Contractors Industrial Hygiene Meeting in Conjunction.
Process Safety Management Soft Skills Programme Nexus Alliance Ltd.
Department of Defense Voluntary Protection Programs Center of Excellence Development, Validation, Implementation and Enhancement for a Voluntary Protection.
DOE vs OSHA Worker Safety and Health Regulation. DOE vs. OSHA Regulations OSHA regulations (29 CFR) were original published following passage of the Occupational.

Access to Employee Exposure and Medical Records
Is it just another employee complaint?
HRM 554 Competitive Success/snaptutorial.com
HRM 554 Education for Service/snaptutorial.com
MEDICAL SURVEILLANCE The activities routinely done in HAZWOPER activities may expose workers to a variety of hazards and stresses and other OSHA.
Environmental Health and Safety (EH&S) Supplier Awareness Training
Access to Employee Exposure and Medical Records
Safety Officers / Collateral Duty Safety Officers:
Safety Officers / Collateral Duty Safety Officers:
Trending Requirements and Results
Safety Officers / Collateral Duty Safety Officers:
Safety Officers / Collateral Duty Safety Officers:
Presentation transcript:

Energy Facility Contractors Group Safety Working Group Industrial Hygiene / Industrial Safety Technical Team Dina Siegel, Los Alamos National Laboratory John Hill, Savannah River Nuclear Solutions LAUR

 Compliance: 10 CFR 851 § Hazard identification and assessment. (a) Contractors must establish procedures to identify existing and potential workplace hazards and assess the risk of associated workers injury and illness. Procedures must include methods to: (1) Assess worker exposure to chemical, physical, biological, or safety workplace hazards through appropriate workplace monitoring; (2) Document assessment for chemical, physical, biological, and safety workplace hazards using recognized exposure assessment and testing methodologies and using of accredited and certified laboratories; (3) Record observations, testing and monitoring results;

 Compliance: 10 CFR 851 Appendix A 6. Industrial Hygiene Contractors must implement a comprehensive industrial hygiene program that includes at least the following elements: (a) Initial or baseline surveys and periodic resurveys and/or exposure monitoring as appropriate of all work areas or operations to identify and evaluate potential worker health risks

 Guide: ◦ DOE G B  Ignacio, JS and Bullock, WH, Strategy for Assessing and Managing Occupational Exposures, Third Edition, AIHA Press, Fairfax, VA, 2006 (fourth edition is imminent)  NIOSH and OSHA analytical methods  Use of AIHA or equivalent accredited laboratories

◦ DOE G B  Monitoring results should be recorded with documentation that describes the tasks and locations where monitoring occurred and identifies:  Workers monitored or represented by the monitoring;  Sampling methods and durations;  Control measures in place during monitoring (including use of personal protective equipment);  Job hazard and location; and  Any other factors that may have affected sampling results.

 DOE G B  Quality assurance records for exposure assessment activities should be maintained and retrievable for the monitoring equipment and analytic methods used.

 DOE G B  Exposure monitoring data should include:  The date(s), number, duration, location and results of each of the samples taken, including a description of the sampling procedure used to determine representative employee exposure where applicable;  A description of the sampling and analytical methods used and evidence of their accuracy;  The type of PPE worn, if any;  Name, social security number, employee identification number if different from the social security number, and job classification of the employee monitored and of all other employees whose exposure the measurement is intended to represent; and  The environmental variables that could affect the measurement of employee exposure.

 Data/Resources ◦ Job classifications  Bureau of Labor Statistics (BLS) Standard Industrial Classification (SOC) definitions  Office of Personnel Management (OPM) Position Classification Standards ◦ Data Collection  DOE Technical Standard Beryllium-Associated Worker Registry Data Collection and Management Guidance  Industrial hygiene data dictionaries, e.g., Industrial Hygiene National Database Working Group

 Data Collection: AIHA 1  Consider how exposure data will be used.  Establish and maintain records so that pertinent questions can be answered accurately and within a reasonable period of time  Recognize that other disciplines may have an interest in the data, e.g., medical, legal 1 AIHA: A Strategy for Assessing and Managing Occupational Exposures, AIHA Press, American Industrial Hygiene Association, Fairfax, VA 2006

 Data: Need to determine 1 :  Agents associated with a work area or Similar Exposure Group (SEG)  Which employees are in which SEG  Magnitude and variation in exposures  Processes or tasks associated with exposures  Length and frequency of exposures  Medical surveillance enrollment and disenrollment  A worker’s occupational history 1 AIHA: A Strategy for Assessing and Managing Occupational Exposures, AIHA Press, American Industrial Hygiene Association, Fairfax, VA 2006

 Available Data  Location, process/operation/task  Chemical, physical, and biological agents at the site  SEGs  Worker data (name, worker id, job title, organization, SEG)  Sampling data

 EFCOG Safety Working Group: DOE Sponsor: Pat Worthington ◦ Technical Task Group: Industrial Hygiene/Industrial Safety  Task: WSH Listing and description of data elements for exposure assessment that should be documented in formal records and communicated to workers and management (September 15, 2015)

 Establish consistency in contractor recording and reporting of exposure data  Aid in providing information to DOE in the event of a data call

 Establish a common list of data elements to record.  Establish data elements that can be shared within DOE  Provide descriptions of the data elements  Develop pick list of entries where possible ◦ Hazards, PPE, Controls, etc.

 Specific Agent and Chemical Abstract Service (CAS) number  Activity/Task Description  SEG Description  Controls used – Engineering, PPE, Administrative  OEL used (source, type, e.g., 8 –hour Time-Weighted Average (TWA), ceiling)  Units for lab result, units for TWA  Level of Detection, Level of Quantification  Sampling and Analytical Method  Sample Type (e.g., personal breathing zone)  Lab Result, TWA result  Conclusions (e.g., exposures likely to exceed OEL but controlled, limited exposure above OEL, unlikely to exceed OEL)

 Location of sampling  Date of sampling  Measurement times (begin, end, total minutes)  Length and frequency of exposure  Employee name/unique id, job classification, including represented employees, work schedule  Sampling strategy/reason for sampling  Assumptions for unsampled time  Observations/comments, factors that may have influenced sample results  Calibration information (e.g., pre and post flow, instrument settings)

 Task descriptions  SEG descriptions  How to develop and maintain a template  Minimum elements to include  Field definitions

 September 15, 2015: Listing and description of data elements for exposure assessment that should be documented in formal records and communicated to workers and management (September 15, 2015)  Discussion and refinement at 2015 Fall EFCOG SWG IH/IS meeting at Los Alamos National Laboratory