A Confined Space Safety Policy can be divided into 9 sections.
This article briefly describes the nine parts of a comprehensive yet efficient confined space safety program.

1 - Purpose - The confined space safety policy states the requirements for the identification and safe entry into both permit required and non-permit required confined spaces.  The policy applies to areas of the workplace not designed for continuous occupancy and containing recognized serious safety or health hazards.
2 - Reference - OSHA 29 CFR 1910.146
3 - Scope - Applicable to all of the business’s employees, visitors and contractors.
4 - Administration - Variable, but generally administration of the confined space policy is by safety coordinators, supervisors, engineers and other trained managerial staff.
5 - Definitions - Can be standard, see: OSHA, Occupational Safety and Health Act
6 - Descriptions -

Confined Space is an area/space where an employee: - has limited openings for entry and egress; - can bodily enter and which is large enough to perform assigned work; - could be engulfed by bulk materials; - is not intended to continuously occupy.
Non-Permit Required Confined Space is a confined space neither containing nor having the potential to contain any hazard.
Permit Required Confined Space is a confined space with: - a hazardous atmosphere or potential for it; - material that could engulf an entrant; - converging/tapering walls/floors that could entrap or asphyxiate; - a recognized hazard.
Procedures Followed For All Permit Required Confined Space Entry
- - Permit
- - Issuance - By the supervisor, mandatory for the employee, one shift in duration.
- - Cancellation - At shift end or on job completion.
- - Retention - Must be reviewed and kept. -
- - Alternate Entry/Space Reclassification - Specific ref: OSHA 29 CFR 1910.146 (c)(5)/(c)(7)
- - Pre-Entry Briefing - By permit issuing entry supervisor.
- - Contractor Notification - Outside contractor adheres to procedures - compliance must be assured.
- - Lighting Requirements - Natural, auxiliary, emergency.
- - Special Tools and Equipment - Intrinsically safe in flammable or combustible atmosphere.
- - Preparation and Hazard Control - Preventing engulfment, burns. Lockout/tagout procedures.
- - Assuring adequate ventilation.
- - Pre-Entry Atmospheric Testing - Includes employee training with testing equipment.
- - Monitor Calibration and Testing
- - Field and Manufacturer Testing.
- - Attendant Duties - Mandatory for permit required confined space entry, no other duties.
- - Entry Supervisor Duties - Trained and authorized entry supervisor.
- - Safety Equipment - PPE, non-entry rescue, rescue, general.
- - Equipment Inspection - Per manufacturer’s recommendation.
- - Handling Problems
- - Rescue and Emergency Services - Documented, available, trained, equipped.
- - Summoning Rescue Services Procedure

7 - Responsibilities - Employees and Entry Supervisor - Safety Coordinators - Supervisors - Contractors
8 - Training - Initial - Refresher - Annual
9 - Revision - Annually by Safety Coordinators

These are the nine parts of a Confined Space Safety Policy.
Fleshed out details of just such a policy can be read at Confined Space Safety Policy

Shock, electrocution, arc flash, and arc blast are responsible for one worker death per day and 3,600 disabling injuries per year on average in the United States. Now NFPA 70E–the Standard developed for OSHA–is revised to address safety gaps and increase electrical worker protection, while helping companies comply with OSHA 1910 Subpart S and OSHA 1926 Subpart K. Major changes recognize new hazards and address safety gaps.

Personal Protective Equipment (PPE) protects personnel and can significantly reduce the risk of injury in an arc flash. To help electrical engineers calculate incident energy–the vital first step in determining the correct type of PPE for a given task–revised Annex D consolidates all equations, adds new tables, and offers more options to detailed calculations.

Improved work practices reduce risks.

•A new requirement for Fire Rated clothing for H/R Category 1 precludes the use of cotton clothing. This change reduces the risks for second-degree thermal burns.
•An expanded Table in Article 130 covers added tasks such as thermographic imaging, and new equipment including arc-resistant switchgear.
•Added Article 350 provides first-time requirements for the protection of electrical personnel in R&D labs.
•A new exception verifies that 240 V and less power systems fed by a single transformer less than 125 kvs no longer require an arc flash hazard analysis.
•Expanded requirements for multi-employer relationships address potential areas of oversight.
•New recordkeeping requirements for training and safety program audits answer OSHA’s need for records.
Annexes expand knowledge about electrical safety.

•Understand the Hazard/Risk evaluation procedure with clarification and sample worksheets in Annex F.
•Evaluate layering of PPE with new Annex M–Layering of Protective Clothing and Total System Arc Rating
•Follow safe work practices with new Annex N–Example Industrial Procedures and Policies for Working Near Overhead Electrical Lines
Engineers, designers, risk managers, maintainers, safety directors, contractors, and owners need the 2009 NFPA 70E to improve worker safety and avoid citations, rising insurance fees, and increased workman’s comp costs.

The workplace should be one place an employee can expect to feel safe. Maintaining a safe workplace should, therefore, be a primary goal of any business owner. The easiest way for an employer to prevent injuries in the workplace (and the associated costs that inevitably come with them) is to ensure that every eventuality is considered, and appropriate safety measure are put in place. The twelve Workplace Safety tips below are a good start.

Workplace Safety Tips:

1. Encourage your employees to maintain a clean and tidy workspace. This will have the dual effect of improving safety AND productivity by removing any potential hazards or distractions from your working area.

2. When working with heavy machinery, use specially constructed guards and engineering solutions combined with PPE (personal protective equipment) to protect your employees from injury.

3. Recognise employees that conform to the safety standards that are set, and ensure appropriate discipline is handed out to employees that flout these rules.

4. Give clear work instructions. Make sure your employees know the right way to do what is expected of them. Include safety instructions in every procedure you write.

5. While you should consider every aspect of your workplace safety, you should focus on the most common problems for your particular workplace first and foremost. You should keep a log of any workplace accident, which will allow you to identify and solve the most pressing issues.

6. Try to care for your employees more than your profits. If a machine is unsafe shut it down. If an expensive repair job is required, or a project delayed because of this, then so bet it. Better that than and injured employee.

7. Spend time getting to know the details of the work your employees do. Even if you once did that job, it is likely it is done differently by different people. By knowing the details of your employees daily work routine, you can help to ensure it is done safely.

8. Do not wait for your machinery or work tools to become defective before repairing them. Many times employees get into dangerous situations by having to compensate for a machine defect or wear. In the case of wear, it may have occurred so gradually that they think it is normal. Regular maintenance of your equipment will ensure optimum safety and productivity.

9. Ensure unavoidable hazards (such as wet floors or hot surfaces) are clearly labelled.

10. Ensure your workplace is well lit, allowing your workers to see what they are doing and reducing eye strain, which can be damaging over time.

11. Ensure your workplace is well ventilated, ensuring a fresh supply of oxyggen and removing any contaminents from the air.

12. Ensure optimum visability in your workplace. If possible, keep areas open and opsticles at eye level and above to a minimum. In some cases, however, reduced visability will be unavoidable. This can be improved with the use of observation equipment, such as cameras or convex mirrors, which can provide wide angle views on blind turns caused by tall obsticles. These safety mirrors are also useful as security mirrors, reducing shoplifting by providing better overall visibility on the shop floor.

 

Think you need eye protection?  Everyone does, including people who talk about baseball.  You never know when a ball is coming your way.  Proper safety glasses provide protection for a variety of reasons. 
When dealing with wire installation tools, it is important to protect yourself. You are mistaken if you think a hand tool cannot bring damage to your face. According to the Occupational Safety & Health Administration (OSHA) about 1,000 eye injuries happen in American workplaces each day. And about 70 percent of eye injuries on the job are caused by flying particles in which the particles are smaller than a pin head. When tugging on wires there is plenty of opportunity for your eyes to become injured. Make sure you wear eyewear that meets American National Standards Institute (ANSI) and OSHA requirements so you know you are being well protected. About 90 percent of eye injuries can be avoided with proper eye wear, according to OSHA.
ANSI Z87.1-2003, the American National Standard for American National Standard for Occupational and Educational Personal Eye and Face Protection Devices, establishes performance criteria for eye and face protection. This standard was developed by the Accredited Standards Committee Z87, and approved by ANSI in June 2003.
The draft revised ANSI standard for eye and face protection is available for public comment.  Accredited Standards Committee Z87, administered by International Safety Equipment Association (ISEA), is seeking review and comment on a revision to ANSI/ISEA Z87.1, American National Standard for Occupational and Educational Eye and Face Protection Devices.  The review period closes August 4.
With the new PPE standard that requires employers to pay for THE PROPER safety equipment, everyone should have safety glasses that are protective and comfortable to wear.