Flare design - Import export

ESSOS Series Oil Seperators are designed to seperate the mixture of the oil and refrigerant which caused by the compressors’ discharge. By the return of the discharged oil to the compressor, the life-span of the compressor and system is extended. Application of special design in ESSOS Series Oil Seperators, seperation efficiency of oil is higher. Using special filters and regulator, the ESSOS has high performance. ESSOS1 and ESSOS2 Series Oil Seperators are designed with O-Ring Flare type connections as a standart. The oil return connection is SAE 1/4″. ESSOS1R and ESSOS2R Series Oil Seperators are designed with Flare type connections as a standart. The oil return connection is SAE 1/4″. ESSOS1S and ESSOS2S Series Oil Seperators are designed with Solder type connections as a standart. The oil return connection is SAE 1/4″. PROPERTIES: Having special design, long life-span without any problems, Compatibilty with Group I (Ashrae 34 A2L, A2) and Group II (Ashrae 34 A1) refrigerants

[R134a Quick Adapter] This set cf two R134a quick couplers works perfectly with R134a service ports; provided adapters also ensure compatibility with 1/4-inch male flare fittings. 6-ball design of these high and low-pressure R134a quick couplers also provides superior protection against wasteful refrigerant leakage.[R1234YF to R134a Adapter] R1234YF Low Side Quick Coupler: Low side R1234yf coupler 14 mm female x low pressure 13mm R134A quick coupler. R1234YF High Side Quick Coupler: High side R1234yf coupler 17 mm female x High pressure 16mm R134A quick coupler.[No -eakage] The combination of the ball lock design and rubber seal provides excellent sealing performance. AC gauge adapter set with automatic closing function, easier and more convenient to disassemole and install.[Material] The quick coupler is typically constructed using high-quality brass or aluminum materials to ensure durability and resistance to corrosion.

Enclosed ground flares are suitable for thermal destruction of a wide range of waste gases including rich and lean gas mixtures. Where the burners are housed in a cylindrical vessel resulting in the combustion process being out of sight and more controllable in comparison to elevated flares. Enclosed ground flares can also be designed with or without temperature control. With temperature control, a minimum residence time, at a specific combustion temperature can be set and guaranteed. Consequently, temperature controlled ground flares, also called combustors or thermal oxidisers, can meet the most stringent emission values. The emissions can be monitored with chemical emission monitoring (CEM) units. Features Can be equipped with Europem’ proprietary Tulip Venturi Burner for the combustion of lean waste gases or with multiple burners designed for the flaring of large capacities (modulated flaring is possible) Operating at varying temperatures depending on the load of the ground flare Smokeless operation and high destruction efficiency by ensuring some turbulence around the flame and sufficient residence time at elevated temperatures Simple control system, because the combustion temperature is allowed to fluctuate Provisions for support fuel in cases of combustion of lean waste gases or cooling air in cases of rich waste gas combustion Can be supplied as natural draft or forced draft system Can be supplied with or without temperature control Advantages No visible flame and reduced visibility of the installation due to lower stack heights Reduced noise levels Minimal heat radiation Possibility for emissions sampling High destruction efficiencies and smokeless operation Applications Tank farms and ship loading terminals Chemical and petrochemical industries Food processing industry Waste management plants

In addition to the generic flare systems described above, Europem has developed a full range of speciality flares for certain specific applications or industries, which includes Ammonia Flares H2S Flares Sour gas Flares Cryogenic and LNG Flares Biogas and landfill gas Flares Mobile flares, trailer mounted, transportable or free-standing Ring-of-fire flares for waste gas with high CO2 or N2 content. Support Structures The optimal design of flare supporting structures is dependent on many factors, including height, capacity, location, plot size, climatic conditions and riser dimensions. Europem can supply a complete range of support structures for non self supporting flares Guy wire support systems Derrick structures including demountable risers and multi-stage flares and risers Guy wire derrick supported flares.

Utility Flares (Pipe Flares) are the most basic flare design available, to provide a robust, reliable and flexible solution for the flaring of large volumes of low pressure waste gas when smokeless operation is either not required or can be achieved without an assisting medium (like steam, air or gas). Reliable operation at both full load and partial load is possible. Key features Flame holders fitted on the periphery of the flare tip ensure stable operation. These flame holders provide a zone of recirculated flue gases, which prevent flame lift off, from the flare tip. Wind deflectors to prevent flame impingement, which prevent a low pressure zone, downwind of the tip. Pilot burner arrangement to further stabilise the flame. Use of high grade alloys to enhance lifetime of the flare tip Use of dynamic seal to reduce purge gas requirements and prevent flash back. Key advantages Low investment and operational costs Low maintenance costs with the use of high grade alloys and the robust design. Reliable and stable flaring in a wide range of operating conditions Large turn-down ratio Applications Upstream oil & gas sector LNG terminals and NG compression stations Chemical and petrochemical industries including refineries Food processing industries Municipal solid waste treatment (biogas and landfill gas) plants Temperature controlled combustors and thermal oxidisers.