OIL & GAS ejectors
FLARES
The FLARES ejectors are no mechanical moving parts devices. The ejectors are powered direct by gas and works as burners. The air induced flow is 5-10 times input flow and generate oxidizing flame having blue flame not orange. Ejectors might be placed in dangerous zones having less access without needed any maintenance including marine platforms. (photo pubs.spe.org)
Usual ejector types for this application are:
EXTRACTION
The EXTRACTION ejectors are no mechanical moving parts devices. The ejectors are powered by natural gas/gasoline and works as lifting gas/petroleum/oil devices. The induced ratio is 1.5-7 times input flow. Ejectors might be placed in vertical oil well very, one after one, in dangerous zones having less access without been damaged or without needed any maintenance. (photo information-age.com)
Usual ejector types for this application are:
SEA PLATFORMS
The SEA PLATFORMS ejectors are no mechanical moving parts devices powered by an external high pressure & low flow blowers or from a compressor. The air induced flow is 5-30 times input flow. The main applications are at cooling high temperature, extracting hot gases, industrial vacuum cleaners, exhausters, burners, flares, mix flows, replace & update fan rotors etc. (photo Ramboll Oil & Gas)
Usual ejector types for this application are:
BURNERS
The ejectors working as BURNERS are no mechanical moving parts devices. The ejectors are powered direct by gas. The air induced flow is 5-17 times input flow and generate oxidizing flame having blue flame not orange. Burner ejectors might be placed in very dangerous with less access zones without needed any maintenance including marine platforms or ovens and other controlled flares. (photo siemens)
Usual ejector types for this application are:
REFINERIES
The REFINERIES ejectors are no mechanical moving parts devices powered by an external high pressure & low flow blowers or from a compressor. The air induced flow is 5-30 times input flow. The main applications are at cooling high temperature, extracting hot gases, industrial vacuum cleaners, exhausters, burners, noise reduction, ventilation flares, mix flows, replace & update fan rotors etc. Ejectors works with air, water or steam. (photo Petromidia)
Usual ejector types for this application are:
DISTRIBUTION
The ejectors used for DISTRIBUTION are no mechanical moving parts devices powered by an external high pressure & low flow blowers or from a compressor. The air induced flow is 5-30 times input flow. The main applications are at cooling high temperature, extracting hot gases, industrial vacuum cleaners, exhausters, burners, noise reduction, up to 30000Pa pipeline compressors. Ejectors works well with natural gas. (photo Siemens)
Usual ejector types for this application are: