Introduction:


Employee safety is of the utmost importance! The continued success of Axiom Construction and Consulting is attributable to the dedication and skills of each employee. Accident prevention is paramount for employee health and safety and the long-term viability of the company's architectural metals and roof management business.

 

Accidents "don't just happen." They're caused. Safety concerns everyone. The owners are committed to doing all they can to reduce the causes of accidents and thus, eliminating suffering created by workplace injuries.

 

Axiom Construction and Consulting and its employees shall work cooperatively in the practice management of safety and health concerns. Safe work practices are mandatory. Hazards shall be identified as part of the daily work process. Employees shall be provided with the knowledge and expertise necessary for the safe operation of all vital tools and equipment. When identified, hazards shall be either controlled or eliminated via awareness training, equipment guarding, repair, replacement, engineering controls and/or the use of personal protective equipment.

 

Accident Prevention Program:


At Axiom, the owners are committed to establishing, maintaining, and enforcing safe and healthy work sites. In fulfillment of this commitment, Axiom has established a total safety program. The owners and each job foreman undergo bi-annual safety awareness training, and are involved in weekly job safety "toolbox" meetings and jobsite safety inspections.

 

The biannual owner/foreman safety meeting usually focuses on general hazard awareness and accident prevention. Attendance is both mandatory and documented. Additional safety meetings may occur due to the purchase of new equipment, special job assignments, the introduction of new processes or materials and/or the implementation of new safety standards or procedures.

 

Most "toolbox" meetings are conducted at the jobsite. The meetings typically focus on safe work practices and the recognition and control of site specific hazards. A walk-around site inspection is conducted in order to communicate and control site hazards as the work progresses. The wearing of personal protective gear, heavy equipment hazards, guarding of power tools and other safety /accident prevention issues are typical topics of discussion. Site inspections and toolbox meetings are documented a and kept at the jobsite until all work is complete. Once completed, all jobsite information is filed for a minimum of one year at here at our office.

 

All workplace injuries and/or illnesses must be documented. Upon injury, one of both of the owners actively investigate the accident with an eye towards controlling causes and eliminating recurrence. The owners also report any/all "recordable" accidents on OSHA form 300 and 300A report when the workforce expands to eleven (11) or more employees. A recordable accident includes the following:

 

A) Fatalities

B) Illnesses due to workplace exposures

C) Injuries that involve unconsciousness

D) Medical treatment beyond first aid

E) Inability to perform normal duties or full time work and/or temporary assignments due to injury

 

Fall Protection Plan:


Prior to each day's work, employees have been trained in this fall protection plan and all equipment has been checked for damage, wear, mildew, missing parts, system integrity and function. On any job, fall hazards are associated with heating, ventilating and air conditioning, food service equipment and other metal fabrication work during the construction, maintenance or servicing of residential, commercial and/or industrial structures.

 

Identifying Potential Fall Hazards:

 

1) Fall distance of 10' or more from "LOW PITCHED" (4:12 or flatter) roof or walking/working surface with unprotected sides and edges.

2) Fall distance of 10' or more from "HIGH PITCHED" (4:12 or steeper) roof or walking/working surface with unprotected sides and edges.

3) Ladder work 25' or more in height and requiring the use of both hands to perform the work.

4) Work performed from an articulating forklift, man lift or other "boomed" motorized work platform with a man-basket or guardrails.

5) Work performed from non-articulating man life, scissor lift or other "non-booming" motorized work platform with man-basket or guardrails.

6) Scaffold work performed on a pre-manufactured scaffolding system with standard guardrails.

7) Scaffold work 4' or more in height with no guardrails or work from platforms less than 45" in width.

*Note: Such work requires a fall arrest.

 

Description of Fall Arrest & Restraint Systems:

 

Fall Arrest: A full-body harness (class III) used in combination with 3' polyester shock absorbing lanyard. Lanyard is to be attached to an approved anchorage point (e.g. 5000 lb) or lifeline.

Fall Restraint (ladders): Body-belt with side mounted D-rings and lanyard for positioning and restraint during ladder work at 25' or higher.

Fall Restraint (lifeline): Restraint line capable of handling 4 times the intended load and rigged to allow movement no further than the sides and edges of the walking/working surface. Note: Restraint line must attach to lanyard, body-belt or full-body harness with double-locking snap-hook.

Fall Restraint (guardrails): Guardrails on scaffolds or work platforms such as found on scissor lifts, man lifts, forklifts or other non-booming, non telescoping, non articulating lifts and/or scaffolds.

Fall Monitor: A dedicated observer (often used in conjunction with a warning line) whose only function is to monitor work and warn workers of fall hazards whenever they move within 6 feet of the leading edge or "control zone" or low pitched roofs or other unprotected walking/working surfaces. Note: Structures less than 50' wide do not require warning lines.

 

Procedures for Assembly, Maintenance, Inspection and Disassembly of Fall Protection System:

 

Fall Arrest/Restraint (Lifelines, Harnesses, etc):

1) Inspect all fall protection equipment and ladders if used.

2) Put on full-body harness.

3) Attach lanyard.

4) Use a back-up person to secure ladder.

5) Install anchorage point.

6) Fasten lifeline (horizontal, vertical or retracting) to fixed anchorage.

7) Secure lanyard to life/restraint-line or to rope-locking device.

8) Tie-off ladder if appropriate.

9) Reverse procedures 1-8 while disassembling.

*Note: Using a rope locking device in a fall restraint mode may require shortening the vertical lifeline so it becomes physically

impossible to fall off the roof edge.

 

Fall Restraint (Guardrails):

1) Inspect guardrails on man-lifts, scissor-lifts, scaffolds, and other work platforms, baskets, etc.

Note: A "Competent Person" must supervise scaffold erection and dismantling. Tie-offs to building structures/fixed anchorage points must be capable of withstanding 5000 lbs. Shock load must be set at a minimum distance of 26' horizontal and 30' vertical.

 

Fall Restraint (Ladders):

1) Inspect all fall protection equipment and ladders.

2) Put on a body belt.

3) Secure ladder (use back-up person, if feasible).

4) Fasten lanyards to anchorage points.

5) Reverse procedures 1-4 while disassembling.

 

Fall Monitor (Safety Monitor):

1) Inspect ladders and warning line system (if required)

2) Tie off access ladder

3) Hoist up warning line system components.

4) Install warning line system 6 feet from leading edge work.

5) Safety monitor dons high visibility hard-hat or other clothing and positions him or herself in clear view and normal voice communication works under his or her protection.

*Note: The warning line (when required) and safety monitor system must conform to the following criteria:

A) The warning line rope, chain or wire must have a tinsel strength of 500+ pounds and be set at a min/max height of 39-45 inches

B) Stanchions must be capable of a 16-pound side thrust at a height of 30 inches without tipping over.

C) The safety monitor must be a "competent person" (have authority to correct fall hazards) and observe no more than eight workers at a time.

 

 

 

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