Arc ignition - Import export

Europem ignition systems and pilot burners have been developed for their continuous reliable operation in harsh environments and in all weather conditions. High grade alloys are used and critical parts are mounted in protective housings to ensure the long lifetime of the equipment. Both High Energy electronic spark ignition and flame front ignition systems are offered. Flame Front Ignition (FFG) systems have been used as the workhorse of the flare industry for many years. The FFG pilot ignition line is filled with a combustible gas/air mixture, then ignited by a spark on the ignition skid to generate a flame front travelling through the ignition line up to the flare burner. This flame front subsequently ignites the pilot gas and the waste gas in the flare burner. Both manual and automatic flame front ignition systems can be offered. High Energy Electronic spark ignition uses a high voltage electric arc to ignite the combustible pilot air-gas mixture. The arc is generated at fixed intervals for a limited period of time. EP-ESPI Electronic Spark Ignition EP-FFGI Flame Front Ignition EP-CIS Combined Electronic and FFG Ignition systems can be supplied with either Manual or Automatic ignition controls, or a combination of both. For safe areas and for explosion proof areas, either onshore or offshore and with retractable or non-retractable ignitor rods. Pilot Burners Pilot burners can combine one or more of the ignition systems described above and with a continuous flame to ensure that combustible waste gas mixtures are always ignited and combusted. Europem pilot burners have the following features: High Energy Ignition to ensure reliable ignition regardless of moisture levels, dirt or atmospheric conditions Ignition rod, spark plug and thermocouple are housed in the main pilot body for added protection and prevent exposure to high temperatures Made from high grade stainless steel alloys Pilot burners can be supplied with Single or Duplex Thermocouples or Thermocouples plus Ionisation detection. Self-aspirating venturi mixers or with forced draft air High temperature cable with pre-wired plug and socket connections AC or DC electronics

A cost-effective process for activating plastic and elastomer surfaces is treatment with the PlasmaAPC 500 DUO. Using air as the process gas, large surfaces can be activated under atmospheric pressure. An arc is ignited between two electrodes in an inhomogeneous field. The voltage is about 10,000 V. In the discharge zone, the air flowing through is ionised. The plasma is blown out of the electrode area by the air flow. The substrate can now be treated in the emerging corona. A strip several centimetres wide is treated in the corona. With several parallel plasma generators it is possible to treat surfaces. Due to dangerous voltage potential, PlasmaAPC 500 DUO is only suitable for non-conductive materials. PlasmaAPC 500 DUO is suitable as a pre-treatment unit for the following processes: Bonding, printing, painting. The following surfaces can be treated with PlasmaAPC 500 DUO: Plastics, rubber, ceramics, glass.

A cost-effective process for activating plastic and elastomer surfaces is treatment with the APC500. Using air as the process gas, large surfaces can be activated under atmospheric pressure. An arc is ignited between two electrodes in an inhomogeneous field. The voltage is about 10,000 V. In the discharge zone, the air flowing through is ionised. The plasma is blown out of the electrode area by the air flow. The substrate can now be treated in the emerging corona. A strip several centimetres wide is treated in the corona. With several parallel plasma generators it is possible to treat surfaces. Due to dangerous voltage potential, PlasmaAPC 500 is only suitable for non-conductive materials. PlasmaAPC 500 is suitable as a pre-treatment unit for the following processes: Bonding, printing, painting. The following surfaces can be treated with PlasmaAPC 500: Plastics, rubber, ceramics, glass.