With the rise in number and intensity of wildfires, utility providers are looking at a number of ways to reduce risk. They are integrating traditional tactics with technological advancements. Utilities should also be looking at their counterparts aboard to learn how they are implementing fire protection.
Data center fire protection has been evolving over the years to keep up to date with new technologies and fire protection regulations. While fire risks are low for the data centers, they have specific industry challenges. Protecting valuable equipment, minimizing downtime, and business continuity are top priorities for data centers. If a fire occurs, the results could be devastating. Learn several ways you can protect your data center.
Nearly 60,000 fires a year occur due to electrical fires. Electrical fires have several causes and understanding the reasons why fires start and the preventative measures to take will reduce the fire risks. This includes properly maintaining your electrical panel, circuits, and wiring.
In CNC machining, the two functions of coolants are to cool the tool and reduce friction in the cut. While functionality may be the same, machine shops have the choice of using water-miscible fluids, soluble oils, synthetics, and semi synthetics. The coolant used depends on the machining operation. We will explore the pros and cons of oil-based coolants.
Not properly maintaining equipment puts it is at higher risk of failure. Numerous factors can contribute to damaging equipment. Fire suppression systems are no different. They need to be routinely inspected and maintained to ensure they work correctly in the event of a fire. Learn the risk factors and how often you should have your system inspected.
Businesses looking to safeguard critical equipment and assets from fire need to understand the basics of a fire suppression system. Automatic fire suppression systems can detect and suppress fires in as little as 10 seconds. Watch the slow-motion video of a system detecting and suppressing a fire that ignited in an electrical server rack.
When it comes to wind turbines, a commonly asked question is, why do they catch on fire? There are several reasons including lighting strikes, electrical and mechanical failures, age of turbine, and human error. While not all hazards are preventable, you can put safeguards in place to minimize the damage.
Halon was the choice to use back in the 1980s when sprinkler systems were not an option to protect critical assets due to the damage they would cause. When researchers discovered that halon was harmful to the ozone layer, the agent was ultimately banned in 1994. This left the fire suppression industry needing to find an adequate replacement.
A fire suppression system’s job is to detect and suppress a fire. With a variety of fire suppression systems available, the system selected should be based on a number of factors including the application and the type of fire hazard.
Understanding your fire hazards, the type of equipment or area the system will protect, and what type of suppression agent is best suited for your application are key factors for designing and installing a fire suppression system to meet your unique needs.