CNS Cleanroom Safety Orientation Form

Similar documents
LABORATORY CHEMICAL HYGIENE AND SAFETY PLAN

MIT Emergency Response Guide

EMERGENCY RESPONSE GUIDE IMMEDIATE EMERGENCY PROCEDURES

Application: Response procedures for major and minor spills, including: organic solvents acids bases dry chemicals mercury hydrofluoric acid

INDIAN INSTITUTE OF TECHNOLOGY BOMBAY

Columbia Nano Initiative (CNI) Cleanroom Operations Procedures Rev

University of California, Davis Laboratory Self-Inspection Checklist

Protocol for Chemical Spills. By Gordon Krueger Environmental Safety Specialist University of Northern Iowa Environmental Health and Safety

Chapter 3: Emergency Planning for Laboratories

Amerimade RCA Wet Bench SOP Page 1 of 13 Rev /22/2014

Emergency Response Cart Guide

A. General Safety LAB/ROOM: INSPECTED BY: DATE:

General Acids/Bases Bench Right and Left SOP

SAFE WORK PROCEDURE. List the Hazards and risk controls as per risk assessment. assessment reference:

Operation Procedure for SMiF Wet Hoods (Solvent, Spin Coat, Acid, and Develop Hoods)

LABORATORY INSPECTION CHECKLIST

Revised: January 8, Goal: Deposit, expose, and develop standard positive photoresist films as an etch mask, liftoff mask, or sacrificial layer.

The University of Washington Nanofabrication Facility (WNF) at Fluke Hall 125 Fluke Hall Seattle, WA 98195

EMERGENCY RESPONSE PLAN FOR

Emergency Response Guide for Laboratories

Laboratory Safety Audit

Laboratory Safety Audit

Laboratory Safety Laboratory Inspection Checklist

DEPARTMENTAL SAFETY ISSUES - SAFETY TECHNOLOGIST / INFECTION CONTROL PRACTITIONER

Safety Awareness For Researchers in the Giga-to-Nanoelectronics Laboratory. Richard Barber

Department of Civil and Environmental Engineering University of Waterloo

Green Chemistry Safety Training PSE/CH 335. Departments of Forest Biomaterials and Chemistry North Carolina State University

FLORIDA INSTITUTE OF TECHNOLOGY DEPARTMENT OF CHEMISTRY SAFETY MANUAL

Haz Waste Management

GENERAL WET BENCH SAFETY AND USES SOP. October 2013 GENERAL SAFETY RULES

This document provides general instructions on the use of chemical fume hoods to protect lab personnel against exposure to hazardous materials.

R I T Title: Manual Processing Bench #2 Semiconductor & Microsystems Fabrication Laboratory Revision: C Rev Date: 08/05/2008

Laboratory Inspection Checklist

The Cameron Clean Room

Wet Bench Standard Operating Procedures

Science Department Safety Training Notes

Standard Operating Manual. PEL Wet Station X Clean Organic Solvent Station

General Procedures: Materials Synthesis Lab 1358 CNAM/Toll

The safety refresher are mandatory for ALL users Cleanroom access and instrument usage will be denied for users who:

R I T Title: RCA Bench #2

ANNUAL SAFETY UPDATE. Hazmat Review and Emergency Evacuation Procedures Training STUDENT VERSION

LAB SAFETY FOR CUSTODIANS

WORKPLACE INSPECTION CHECKLIST FOR LABORATORY ENVIRONMENTS

Laser Class 4 Laser Type Nd-YAG Laser Manufacturer New Wave Research Laser Model SoloII-30 PIV Laser Serial / Id # Serial number 16582

Standard Operating Procedure

Safety instructions and routines on lab Faculty of Odontology Malmö University

Lab Safety presentation and contract first day of lab know the locations of everything in your lab no student can participate in class without signed

CHM 130LL: Lab Safety Name: Answer Key _ Section:

This plan, its contents, and emergency notification procedures shall be made available to all appropriate university employees.

Polymer Characterization Facility 165 S. T. Olin Laboratory. Lab Safety Orientation

Developing Safety Guidelines for Extremely Hazardous Chemicals

Emergency Response Procedures

Departmental New Employee Safety Orientation

ChBE Safety Training. July Emily Edwards Lab Coordinator Chemical & Biological Engineering Tufts University 4 Colby St., Room

Polymer Characterization Facility 165 S. T. Olin Laboratory. Lab Safety Orientation

WTAMU Academic Research Environmental Health and Safety (AR-EHS) Laboratory Inspection Checklist

Contingency Plan for Hazardous Materials and Waste Releases

Facility Safety Rules Hazard Communication Emergency Procedures Fire Safety. Safety Orientation

EPISD RISK MANAGEMENT. Custodial Safety

Fire and Evacuation Guide

Dangerous Waste Generator Training. How do I properly manage wastes generated in my work area?

Safety In Chemistry. Identified Risks and Hazards

LABORATORY SAFETY SERIES: Planning For Emergencies

Fume Hood Safety TYPES OF FUME HOODS

WTAMU Academic Research Environmental Health and Safety (AR-EHS) Laboratory Inspection Checklist

WORKPLACE SAFETY INSPECTION CHECKLIST

Emergency Preparedness and Disaster Resistance in the Laboratory

Standard Operating Manual. Ultra Fab Wet Station F Non-standard Processing Station

Commit 2 Clean TM/MC. Bloodborne Pathogens Awareness Program

MCDB4100: LABORATORY SAFETY GUIDELINES

The University of Adelaide. Adelaide Microscopy Occupational Health and Safety Induction

Mulch fires, trash can fires, or other fire outside a building should be reported by the following methods:

School of Forest Resources. Annual. Safety Training. Mike Day, SFR Safety Coordinator. Hardhats. Gloves. Fall protection harnesses

CHEMICAL FUME HOOD PROGRAM

PDMS Casting Station Supplies

Neil Armstrong Hall of Engineering. Safety Training

1. Researchers are familiar with the location and contents of: The lab s Chemical Hygiene Plan YES NO

Radiation Safety Guidelines for Non-Users

Student Lab Procedures. Lab Safety Orientation

2.0 Responsible Persons Associate Dean of Safety and Facilities: Case van Dam

HAZARDOUS MATERIALS/WASTE EMERGENCY CONTINGENCY PLAN University of Southern Maine Portland Campus

Outlines. 1. Introduction of Safety at Laboratories. 2. Emergency Situations. 3. Basic Safety Rules for All the Labs (Engg.

Contact Information. Procedure Title. Procedure Author

2.1 WHAT TO DO IN THE EVENT OF AN ACCIDENT OR EMERGENCY

DUQUESNE UNIVERSITY. Laser Safety Program

Revised: July 18, 2017

Biological Safety Cabinets or Fume Hoods Which one to use?

California State University Bakersfield Radiation Safety Program Revised November 2017

Safety in the Malaspina Chemistry Laboratories 1. Emergency shower 2. Eyewash fountain 3. Fire extinguisher 4. Sand bucket 5.

Laser Registration Requirements: EH&S must be notified after the purchase any class 3B or 4 lasers through the online Laser Registration Form.

HAZARDOUS MATERIALS/WASTE EMERGENCY CONTINGENCY PLAN University of Southern Maine Portland Campus

AUGUSTANA MIQUELON LAKE RESEARCH STATION (AMLRS) WORKING ALONE PROCEDURES

VAIL Safety and Operations

2.0 Responsible Persons Associate Dean of Safety and Facilities: Case van Dam

Chemical Spill Control

Laboratory Information

Chapter 10: Laboratory Equipment

University of Maryland FIRE EVACUATION PLAN NATIONAL DENTAL MUSEUM POLICE FIRE MEDICAL EMERGENCY Anyone discovering excessive heat,

CCMR LAB SAFETY ROOM ORIENTATION DUFFIELD HALL 231&150

Scene Shop Procedures

Transcription:

CNS Cleanroom Safety Orientation Form Please complete this form during the Cleanroom Safety Orientation. Submit the completed, signed form to the CNS Administrative Office (LISE 304, 11 Oxford St, Cambridge, MA 02138) for swipe card and iris scan authorization. Your Full Name (please print) Your Email Trainer Signature Training Date LISE Cleanroom Qualification Checklist (can be done out-of-order): (Check off steps that you have completed to date when handing in this form) 1. Enroll as a CNS User 2. Read Cleanroom User Protocal (CUP) (Found in User Info Section of CNS website under Nanofabrication Facility Use tab) 3. Take Online CUP Quiz (found at the same location) 4. Take Cleanroom Orientation 5. Get iris scan/access card set-up for LISE Cleanroom Access Please see the URL: https://cns1.rc.fas.harvard.edu/user-info/ and click on the Nanofabrication Facility Use tab for the full listing of the steps required to become a LISE Cleanroom User FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017 1 / 8

This page is intentionaly left blank FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017 2

TOPIC A. Emergency Information COVERED 1. Call 911 for Fire and Medical Emergencies: Leave building during any fire alarm and report to outside of Pierce Hall. 2. Call Harvard Police (617-49)5-1212 (lab phones use 5-digits for on-campus dialing) for public safety emergencies. 3. Call (617-49)5-5560 for all chemical or hazardous release emergencies. 4. If Blue toxic gas alarm sounds leave building and report to area in front of Pierce Hall. 5. If Amber toxic gas alarm sounds, leave immediate area in an orderly manner and report to LISE lobby for updates. 6. Cameras are in the cleanroom and are a resource to use during emergencies. 7. Push Yellow Emergency Gas Off (EGO) button and fire pull station (located at each exit in cleanroom) if you suspect a gas leak or if there is a fire in the cleanroom. 8. Use large double doors at side of cleanroom to exit cleanroom during all fire alarms and blue light toxic gas alarms. 9. First aid kit is located in gowning station. B. Personnel Protective Equipment (PPE) is available as follows: 1. Minimum Personnel Protective Equipment (PPE) upon entering the cleanroom is safety glasses and a pair of nitrile gloves. 2. Minimum PPE for handling acids and bases in the wet benches are as follows: MAPA chemical gloves, safety glasses, face shield and chemical resistant apron. 3. Minimum PPE for pouring solvents in quantities greater than one liter is a faceshield. 4. PPE must be removed if you cross the yellow and black tape on the floor in the wet process bay. 5. Contamination Control Techniques: a. Rinse gloves with water before removing if potentially contaminated with acids or bases. If you suspect chemicals have splashed onto glove, change gloves b. Wipe outside and inside of face shield before each use using a wet wipe to remove potential acid or base residue. FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017 3

C. Accidents and Injuries 1. Report all injuries to your supervisor, to CNS staff with completed form FM032 Incident Report, and to Environmental Health and Safety Office by calling 5-1290. 2. First aid kits are available for minor injuries. However, any injury must be reported to CNS staff and Environmental Health and Safety at (617-49)5-1290. 3. Human Resources must also be contacted following injury if a Harvard employee. D. Hazardous Waste 1. Hazardous waste satellite accumulation areas are located in the following places: Five gallon stainless steel carboys underneath solvent wet bench. One gallon translucent bottles underneath solvent wet bench. Halogenated solvents (i.e. Trichloroethylene, chlorobenzene bromobenzene) are placed in a one gallon bottle that is marked with a hazardous waste (name of halogen on label) label in compartment below wet bench. 2. Hydrofluoric acid waste in beakers is disposed of in accordance with latest revision of SOP019 Wet Bench Safety. Used acid and base beaker solutions located in white wet benches must be disposed of in accordance with latest revision of SOP019 Wet Bench Safety. 3. Notify CNS staff if any of the following deviations exist on the hazardous waste label: Label not filled out properly. Acronyms or formulas are used on the label instead of full name. Hazard Section not marked off. 4. After disposal, make sure waste container is closed and in good condition. E. Chemical Spills 1. Spills less than one gallon inside a wet bench can be cleaned up using absorbent pads on floor near wet benches. 2. If hydrofluoric acid spill occurs: seek assistance from CNS staff or call 5-5560 Operations Center. 2. If chemical spill occurs outside a fume hood or vented enclosure: isolate spill using A- FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017 4

frame sign saying Chemical Spill Keep Away ; seek assistance from CNS staff or call (617-49)5-5560 Operations Center. F. Sharps Containers 1. Place all sharps (scalpels, razor blades and syringes etc) in red sharps containers with lid. Dispose of any biohazard red box in the nearest biowaste burn box. The nearest biowaste burn box is in G05. 2. Place broken glass beakers and wafers in the white bucket designated as broken glass and wafer disposal. G. Equipment Lock out and Tag out Signs When you see blue System in Service sign, or a red and black Danger: lockout-tagout sign:, do not attempt to start equipment and do not remove the signs. H. Safety Warning Signs 1. Read all yellow warning signs and red danger signs on the designated equipment. I. Emergency Machine Off (EMO) button FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017 5

1. Use red Emergency Machine Off buttons to de-energize equipment during emergencies. 2. If you discover the equipment is smoking or a gas leak has occurred, press the EMO button if possible and leave cleanroom. If possible press the yellow gas off button at exit doors on your way out. J. Wet Bench Use Solvent Wet Bench Acid Wet Bench 1. Ensure that any one who wants to use the wet benches has been trained and certified in wet bench use by CNS staff. 2. Operate wet bench with sash opened to 18 inches 3. Do not stick head into wet bench at any time. 4. If alarm sounds for low air flow, stop work and contact CNS staff. 5. Do not store things in wet bench that will block the back baffles. 6. Wear appropriate PPE when working in wet bench (chemical gloves and safety glasses and face shield when pouring acids or bases or solvents greater than a liter. 7. Only solvents can be used in the solvent wet bench. 8. The hazardous waste generated in the solvent wet bench can be disposed of by pouring FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017 6

down the cup sink. 9. See Hazardous Waste Section D if you have questions on hazardous waste disposal. 10. Chemical container labeling: if you place a container in wet bench, make sure it is labeled with date, your name, your phone number, and chemical name. J. Toxic Gas System Piping & Air Monitoring 1. Toxic gas such as chlorine, hydrogen bromide, boron trichloride, diborane and phosphine are marked with yellow and black label. 2. Flammable gases and pyrophoric gas piping are marked with red and white labels. 3. Toxic gas monitors are monitoring breathing zone air and tool exhaust continuously (24/7). K. Use of emergency shower and eye wash stations 1. There are six emergency shower and eye wash stations in the cleanroom. 2. Know where the closest one to you is. 3. If you have chemical splashed on your body, find the nearest shower, remove clothing, and pull the triangle handle down to make water come out. Stay in shower for 15 minutes. 4. If you get chemical in your eye, use the eye wash station under the shower. Push the lever back, and with your fingers hold open your eye lids to rinse eyes with water for 15 minutes. 5. Seek medical attention. Have someone call 617-495-5560. FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017 7

L. Hydrofluoric Acid Use 1. Ensure all users of HF have been through wet bench training. 2. If exposed to HF rinse area for at least 5 minutes. 3. Calgonate is the antidote for hydrofluoric acid exposures. 4. It is located in the first aid kit in gowning station and at the acid wet benches that use hydrofluoric acid 5. Apply Calgonate to area. 6. Seek medical attention immediately. M. Non-Ionizing Radiation Sources 1. The following equipment could use radiofrequency and microwave power to run the tools: STS PECVD, STS RIE, Uniaxis RIE, NEXX PECVD, and the NEXX RIE. The above equipment is monitored for leaks upon installation and then every two years or immediately if machine is moved. 2. The SEMs and ebeam lithography tools in the cleanroom generate X-rays internal to the microscope. These electron beam tools are monitored for X-ray leaks upon install and then every two years. 3. If you need survey reports for any of the above mentioned tools then you can contact the LISE EH&S officer at 617-495-1290. FM040_r0_6_Cleanroom Training Checklist.doc 11/1/2017c 8