What is NFPA | National Fire Prevention Association

What is NFPA | National Fire Prevention Association - EngineeriSafety

What is (NFPA) National Fire Prevention Association ?

The National Fire Prevention Association (NFPA) is a global, non-profit organization that promotes safety standards, education, training, and advocacy on fire and lightning-related hazards. Founded in 1896 as a way to standardize the use of fire sprinkler systems, the NFPA's scope expanded to include building design, rescue response, electrical codes, and other safety concerns.

NFPA.org

What NFPA 704/ NFPA Diamond ?

The widely recognizable NFPA - 704/ NFPA Diamond is a type of safety signal that emergency responders use to quickly identify hazards posed by hazardous materials. This signal, along with the meaning of its colors and numbers, is part of a larger standard created by the NFPA.

What is the Aim of NFPA ?

As part of the greater outreach program, the NFPA sponsors Fire Prevention Week every year. The goal of this national program is to increase fire and electrical safety awareness by highlighting a specific safety theme every year.

For more information about NFPA and its programs visit NFPA.org.

Thank you for reading, we hope you had got satisfied knowledge related NFPA.

Subscribe to get more knowledge about Fire Engineering & Industrial Safety Management

- EngineeriSafety

Comments

(NRV) Non-Return Valves | Check Valves - Symbol, Types and Importance

(NRV) Non Return Valve A Non- Return Valves , check valve , clack valve, non- return valves , reflux valve, retention valve or one-way valve is a valve that normally allows fluid ( liquid or gas ) to flow through it in one direction only. Non - Return valve/ Check valve are two-port valves, meaning that they have two openings in the body, one to enter the fluid and the other to release the liquid. Types of (NRV) Non - Return Valves There are various types of check valves/non-return valve used in a wide variety of applications. Non- return valves are often part of common household items. Although they are available in a wide range of sizes and costs, Non - Return valve are generally very small, simple or inexpensive. Non - Return valve operate automatically and most are not controlled by an individual or any external control; Accordingly, most have no valve handle or stem. The bodies (outer shells...

What are the Methods of Extinguishing Fire | Methods of Extinction and prevention

Method of Extension and Prevention: Fire depends upon a reaction between two substance and continuous because of self generated heat. There are four ways of Extinguishing fire i.e., by cooling the fuel below its ignition temperature. By cutting off the oxygen, by cutting off the supply of fuel or by prohibiting the formation of chain carriers. This is achieved by - Taking away the heat faster heat it is generated. Separating the substance apart. Cooling the combustible material and its surrounding to a temperature search that fire die for want to heat. Smoothing the fire by preventing air from reaching eat or by diluting air with some inert gas ( smothering ). Starving the fire by removing combustible material fuel supply. What are the Methods of Fire Extinguishing: COOLING METHOD: Extinction by cooling is achieve, when the rate of heat generated is less than the rate the heat remove, hence the fire die water is...

(RFRL) Rainforced Rubber Line - EngineeriSafety

(RFRL) Rainforced Rubber Line RFRL Rainforced Rubber Line - Reinforced rubber products are the largest group of composite materials , though they are rarely referred to as composite materials. Examples familiar are automobile tyres , hoses and conveyor belts . Composite Rainforced Structure Reinforced rubber products combine a rubber matrix and a reinforced material, so that the strength of elasticity to high strength is achieved. Reinforcing material, usually a type of fibre , provides strength and stiffness. The rubber matrix, with reduced strength and stiffness, provides air-liquid tightness and supports refreshing materials to maintain their respective positions. These positions are important because they in turn affect the mechanical properties. A composite structure where all fibers are everywhere loaded at the same pressure is called an isotropic structure, and the type of ...

Engineeri Safety

Search This Blog