Skip to main content

What is emergency procedure for Ammonia?

Ammonia is a toxic gas that used in various industries. It can be extremely dangerous if not handled properly at the time of leak or spill. It can pose a serious risk to human health and the environment also if it leak or spill. Ammonia is a colorless, strong, pungent odor gas and it is difficult to detect leak without specialized equipment. Ammonia can generate white cloud, irritation in throat, eye or nose, coughing, vomiting and difficult to breathing if leaks.

Exposure to 300ppm is immediately dangerous to health and life. If the possibility of exposure more than 300ppm, use NIOSH approved self breathing apparatus(SCBA). Ammonia is flammable at concentrations of 15 to 28% by volume in air. 

An Emergency Action Plan(EAP) is a written document required by OSHA standard. Emergency procedure is providing to workers with detailed directions in case of an emergency. The written emergency procedures must consist of specific details pertaining to the following:

Location of the system fire valve and fire hydrant system

Emergency personal protective equipment and its location

Evacuation procedure and a check system to ensure that all personnel are evacuated

Notifying fire department and other emergency response units

Emergency lighting

Notifying workers of the emergency location

Controlling materials that may become dangerous during the emergency

Search and rescue

Notifying adjacent plant of the emergency



Popular posts from this blog

How to find out length of holding tube in pasteurizer?

Pasteurization requires that the milk is in custody for a specified time. The appropriate length for the holding tube can be calculated by the flow rate (Q) of milk and the diameter (D) of the holding tube using the formula: Length of holding tube, L = Q x holding time/A x Î· A = Area = pi/4 x sqr D Where an efficiency factor, η, of 0.85 is used in the model.

CENTRIFUGAL PUMPS

CENTRIFUGAL PUMPS   A centrifugal pump is of very simple design. The only moving part is an impeller attached to a shaft that is driven by the motor. The two main parts of the pump are the impeller and diffuser.

Specific power consumption of Air compressor

Specific Power Consumption   Specific power consumption is the ratio of the power consumed by an engine to a certain force such as the amount of output the engine (equipment) produces. It allows engines (equipments) of all different sizes to be compared to see which is the most power efficient. It allows manufacturers to see which engine (equipment) will use the least power while still producing a high amount of output. Specific power consumption of Air compressor The ratio of power consumption (in KW) to the volume delivered at ambient conditions. Specific power consumption= Actual power consumed by the compressor/Measured free air delivery If the measured flow is 250 m3/hr and actual power consumption is 30KW. Then Specific power requirement = 20 KW/250 m3/hr