TECHNOLOGY

• Making the best use of safety signs
  Color is a critical component of safety signage. Red, black, and white are designated for danger signs. Caution signs have a yellow background and a black panel with yellow letters. Text used on the yellow background must be black.

• Managing the emergencies in industrial environments
  Safety managers of outdoor facilities who are faced with remote industrial operations and no practical way to provide tempered water are often confused about how to achieve compliance to provide suitable facilities for quick drenching or flushing of the eyes and body. Enclosed safety showers are often the best solution to address the challenges faced when attempting to install compliant combination units in an extreme environment.

• OSHA courses now in Kerala
  Occupational Safety and Health Administration (United States of America Dept. of Labor) conducts Occupational Safety and Health course for professionals in the field of SAFETY through their authorized International Trainers at very affordable fee. The course is fully packed with a to z of Occupational Safety and is delivered in Class Room by International Trainers. We conduct OSHA 30 hrs course for Safety Professionals and people who want to enter into Safety field. This is a 3 Day X 10 hrs per day Training involving Presentation, Lecture and multimedia. The Pass % for this course is 100%. Unlike NEBOSH There is no much Book studying but only observation learning. After doing this course you will be recognized internationally as a Safety Professional.

• Chemical flammable liquid handling : Using the right method
  Fuels like oil or gasoline pose a specific threat due to their storage in large storage tanks. Fires at such storage tanks are uncommon but can happen and can cause extensive damage and considerable losses.

• Fire alarm systems: Changing with time
  Fire alarm systems have effectively allowed us far greater flexibility in the programming and monitoring of systems for many kinds of building, with features like staged evacuation and the monitoring of other building management systems such as smoke vents, extinguishing systems, plant and machinery, lifts and door access.
  

• Controlling the dust explosions
  Dust risks have always been the ‘poor relation’ of flammable gases and vapours, in terms of the amount of suitable fire detection equipment available. This is also true for other types of equipment suitable for hazardous dust atmospheres. There are, however, far more explosions attributable to dusts than to flammable gases – some 2000 dust explosions in worldwide each year.

• Fire protection structure: Adopting the scientific approach
  Full removal of all existing protection and replacement with a new system to meet the required specification. Removal of damaged protection or those parts that fail to meet the new requirements and replacement with the same protection system.

• Flashover : Understanding the hazards
  Flashover should not be confused with backdraft, which is an explosion occurring from the sudden introduction of air into a confined space containing oxygen-deficient superheated products of incomplete combustion.

• Fire detection & alarm system in marine environment
  The marine environment is particularly challenging for sensitive electronic devices; not just because of the corrosive effects of salt but also the vibration and noise levels associated with the type of structures used – such as shipping, onshore processing plants and offshore oil rigs.

• Fire safety in domestic building : Knowing the critical factors
  Many modern forms of engineered construction, such as lightweight joists, have an inherently lower level of fire resistance when compared to more traditional forms of construction, and are heavily reliant on the plasterboard or similar linings for achieving the requisite level of fire separation.

• Maintaining the portable & fixed extinguishing systems
  The most successful method of extinguishing this type of fire is by cooling, so a water extinguisher would normally be chosen for this risk.

• Fire resistant glazing: The vital safety aspect
  The primary failure mode for conventional glass is the onset of cracking caused by temperature differentials on the exposed surface. Since the glass is a relatively poor conductor, the edge remains unheated while the fire raises the temperature of the central portion by radiant heat and hot gas convection.

• Light emitting diode technology : The changing face
  One of the key benefits in using LEDs in place of conventional light sources is that they are considerably less costly to operate over the product’s lifetime.

• Rockwell automation plantPAx system integrates process control and process safety
  For manufacturers looking to better integrate process control and process safety applications, the Rockwell Automation PlantPAx Process Automation System has new capabilities, including integration of ICS Triplex Trusted SIL 3 triple modular redundant (TMR) technology and the scalable AADvance process safety systems. These capabilities help users avoid unplanned incidents and hazards that pose risk to personnel, assets and the environment.  

• Preventing slips & falls at workplace
  As pressure intensifies, governmental and safety agencies are allocating more resources to focus on the science of why a slip/fall event occurs and on prevention.

• Achieving the optimum foot protection
  As you evaluate and watch employees coming to work, conducting shift tasks, or leaving, carefully evaluate the work practices that need correcting, such as untied shoes, inadequate foot protection.

• Regulating the ventilation in confined spaces
  A ventilation blower works by drawing in air from one area, compressing it, and directing it into the confined space under a resulting static pressure and cubic feet per minute (CFM) delivery rate.

• Selecting appropriate protective apparel
  A hazard analysis and risk assessment of this workplace scenario might drive toward a selection of gloves and sleeve protectors, and possibly a chemical apron, but not a full-body coverall.

• Safety signs: Making the best use for effective safety
  The caution, instructions or other category of message should be clear without the need for consulting another person. However, all employees must know that they can and are absolutely expected to contact the relevant personnel if they do not totally understand the meaning of a sign.

• Managing the chemical hazards
  Using some general assumptions about vapors produced by the fuel at different times of the year and different geographic locations, workers were exposed to between 10 and 50 times the established permissible exposure limits (PELs) or threshold limit values (TLVs) for specific components of the fuel.

• The right PPE training: The need of hour
  The need for proper training. PPE can be broken down into eight basic categories: hearing protection, eye and face protection, head protection, foot protection, torso protection, hand protection, fall protection and respiratory protection.

• Maintaining the best gas detection practices
  Despite considerable advancements in gas sensors and gas monitoring instrumentation, sensors still need to be tested and calibrated. When these routine tasks are added to an increased need for compliance documentation and the unfortunate reality of corporate downsizing.

• Hand gloves : Making the best choice
  In order to improve your company’s experience for hand-related injuries, it is necessary to create a benchmark by which to measure improvement.

• Making the accurate respiratory protection selection
  Selecting a respirator is an important task that requires weighing many factors before making the final decision. Assessing employee exposure to hazards is one of the most important elements of the respiratory selection process and can be difficult to evaluate.