SAFE WORK INSTRUCTIONS

Slides:



Advertisements
Similar presentations
Lockout/Tagout Awareness Training
Advertisements

General Safety Overview and Information
Basic safety rules and procedures for controlling hazardous energy
Lockout & Tag Presented by Name Title Date. Course Outline Lock-out definitions Legal responsibilities Lock-out procedure Frequent mistakes Removing a.
STOCKPILE MAINTENANCE PROCEDURES
Lift Safety EZ Up 10’ Lift. Training Objectives  Identify lift hazards  Understand OSHA equipment requirements  Know how to inspect equipment  Take.
FHM TRAINING TOOLS This training presentation is part of FHM’s commitment to creating and keeping safe workplaces. Be sure to check out all the training.
THE INTERNATIONAL SOCIETY OF FIRE SERVICE INSTRUCTORS Electronic INSTRUCT-O-GRAM Program Lockout / Tagout Policy.
Lockout/Tagout Authorized Employee. What Is Hazardous Energy? –Often invisible –Can be hydraulic or mechanical –Live or stored –Moving machine or equipment.
Lockout/Tagout Awareness Training
Lumbermen’s Underwriting Alliance
A basic knowledge of all laws and regulations pertaining to your exposure is a requirement for entering upon and working on a mine property. If you are.
Health and Safety. The Health and Safety at Work Act 1974 An Act to make further provision for securing the health, safety and welfare of persons at work,
CONTROL OF HAZARDOUS ENERGY LOCKOUT/ TAGOUT PROGRAM.
Safety on Call LOCKOUT / TAGOUT. Safety on Call WHAT IS LOCKOUT/TAGOUT? A method of keeping equipment from being set in motion and endangering workers.
Peoplefirst-us.com. Photos shown in this presentation may depict situations that are not in compliance with applicable OSHA/MSHA/FHWA requirements.
2011 PLANT OPERATIONS MODULE 8 Maintain Bulk Plant Systems and Equipment.
MNM Fatal Powered Haulage Accident Powered Haulage Accident May 17, 2013 (New Mexico) May 17, 2013 (New Mexico) Underground Molybdenum Mine Underground.
MNM Fatal Falling Material Falling Material June 12, 2006 (Virginia) June 12, 2006 (Virginia) Crushed Stone Operation Crushed Stone Operation Machine/Plant.
Law 3 - The Players U.S. Soccer Federation Referee Program
The Control of Hazardous Energy (Lockout-Tagout)
SAFE WORK INSTRUCTIONS
Hot Work Loss Prevention Program
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
Confined Spaces 29 CFR is the OSHA regulation
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
Know You System Fire Extinguisher & Suppression Activation Training
SAFE WORK INSTRUCTIONS
Goodyear Napanee Contractor Safety
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
The Control of Hazardous Energy (Lockout-Tagout)
SAFE WORK INSTRUCTIONS
Section 26 General Safety
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
Safety is part of our culture at Halliburton
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
Control of Hazardous Energy
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
SAFE WORK INSTRUCTIONS
MNM Fatal Powered Haulage Accident November 13, 2010 (Texas)
LOCKOUT/TAGOUT By: Kory Hildebrand.
NATE Tower Site Hazard Recognition Guide
Presentation transcript:

SAFE WORK INSTRUCTIONS Title of Subject: Longwall Shieldman Last Reviewed Date : April 2016 SAFE WORK INSTRUCTIONS The following safe work instructions in NOT INTENDED to replace hands on training requirements of the code of federal regulations. The intent is to provide an overview of known potential safety hazards associated with equipment operation. Hands on training with an experienced operator on each specific model must be conducted. The trainee can not proceed onto production until they are determined ready to proceed by the supervisor of the training. Before any operation or maintenance procedure is performed with or on this equipment, it is important that personnel have a complete understanding of the location and functions of all controls and indicators, as well as, the location and use of all emergency shutdown controls and procedures. Steps for Initial SWI Training: Prepare – Review the SWI. Present – Quick Card at the machine with experienced operator. Tryout – Person runs the machine with supervision. Follow up – Competency points are verified by supervisor and 5000-23 is signed by the trainee/trainer to complete the training. Steps for Retraining: Review SWI or Quick Card Verify Competency Points Complete Annual Training Requalification Form Competency Points: Advancing Shields © Operating Shield Program © Pushing the Headgate/Tailgate © Activating/Deactivating Emergency Stops © Buchanan Minerals, LLC is providing this safety guidance in order to specify the minimum safety standards, practices or policies that are expected to be observed by persons operating on Buchanan Minerals property. Additional or different safety standards, practices or policies may be applicable to your business or situation. You are solely responsible for establishing the safety standards, practices and policies that are applicable to your business and your situation and Buchanan Minerals, LLC assumes no responsibility or liability in that regard. Note: Only information that is maintained on the Buchanan Minerals web site is deemed controlled.

SAFE WORK INSTRUCTIONS Title: Longwall Shieldman SAFE WORK INSTRUCTIONS KEY POINTS SAFETY PRECAUTIONS Moving Shields: Prior to operating shields you must be familiar with the shield program and how to activate the emergency stop controls. Shields should be operated utilizing shearer initiation, auxiliary batch or adjacent unit control. Observe roof conditions supported by shield before moving. Check to be sure people and materials are in the clear before moving shield. Beware of bottom conditions. Watch side plates to assure that they do not overlap the adjacent shields. Ensure that cables and hoses are free prior to moving shields. Verify that all shield sprays are functioning. Ensure shields are free from accumulations of combustible materials. (Hose as needed or directed) Confirm all pins and keepers are in place. Continually monitor face conveyor for overhanging materials. Notify personnel prior to moving shields of the intended movement. Loose material can fall between shields when shields are lowered to be moved. Do not place hands on hand rails where loose material can fall on your hands. No person shall be permitted to ride on a shield that is being advanced from adjacent controls or by some other remote means. Caution must be taken when shields are coming down or going up a grade. Utilize proper body positioning to keep hands and feet away from pan joints, cable trough, bottom of pontoons, advancing ram, and area between shields. Shields can fall if the side plates get hung up or tips get wedged or overlapped, caused by the pontoons raising off the bottom while attempting to lower shield. Do not cross under or operate a stuck or fouled shield while pontoons are off the bottom. Always be aware of shearer positioning while operating shields.

SAFE WORK INSTRUCTIONS Title: Longwall Shieldman SAFE WORK INSTRUCTIONS KEY POINTS SAFETY PRECAUTIONS Procedures for operating a shield utilizing onboard manual controls for operation or maintenance for all controls - except shield advancement. All adjacent/remote operational methods must have been attempted and failed. The shield shall be electrically isolated from the face by depressing the black button on the shield control unit. (SCU) Both adjacent shields shall also be electrically isolated by depressing the black button on the SCU. A trained and qualified person shall be positioned at the RED quick/system stop button on an adjacent shield and shall be prepared to immediately stop any unintentional or accidental shield movement. Pressure control valves will be used when necessary to reduce the speed of the hydraulic components as a precautionary measure. In the event that noise interferes with communications between the two parties, the conveyor chain will be stopped. Repairs to the shield shall commence and shall continue until the repairs are completed.

SAFE WORK INSTRUCTIONS Title: Longwall Shieldman SAFE WORK INSTRUCTIONS KEY POINTS SAFETY PRECAUTIONS Procedure for utilizing the onboard manual hydraulic controls to advance a shield while on the shield. All adjacent/remote operational methods must have been attempted and failed. Notify a salaried supervisor that shield cannot be advanced electrically. The salaried supervisor shall oversee the process and determine that all adjacent/remote methods have been attempted. A second trained and qualified person shall be located at the red quick/system stop button on the adjacent shield and shall be prepared to immediately dump the hydraulic pressure to the face in the event that the person operating the shield is put in a compromising position. Procedure for dealing with a “Suspended” or “Hung Shield” AT NO TIME SHALL ANYONE TRAVEL UNDER A SUSPENDED OR HUNG SHIELD! All suspended or hung shields shall be pressurized against the mine roof if possible from an adjacent shield. If repairs cannot be immediately made to correct the hung shield situation, then the location of the hung shield shall be communicated to everyone on the face and the shield identified with a visible marker. If it becomes necessary to make repairs the shield shall be secured by cribbing or blocking prior to working under the suspended shield. Advancing Stageloader: Advancing the stageloader in unison with headgate operator. Utilize proper body positioning to avoid red zones and pinch points. Check to be sure people are in the clear before advancing stageloader. Insure that someone is in a position to watch the stageloader as it advances.