Infrared Detection Systems for Sulphur Reactors Units

Only LumaSense Technologies’ (USA) E2T Pulsar III can continuously measure and report gas and refractory temperatures simultaneously for sulphur reactors and other high temperature furnaces in the Petrochemical Industry.

E2T’s Pulsar III features two 4-20mA outputs, Gas (Combustion) temperature provides operational data for combustion control and refractory temperatures for high level alarms to avoid refractory damage. The instrument offers both measurements through a single viewport reducing installation costs while improving functionality. The Pulsar III also has the capability to employ the Flame Management Algorithm (FMA) that allows for accurate flame and refractory measurements by removing the flame opacity from both Gas and refractory measurement that are typical issues of single wavelength pyrometer measurement.

Greater functionality: Measure both gas and refractory temperatures simultaneously even when employing oxygen enrichment; Reliability: Complete and accurate, continuous real-time gas temperature data without being exposed to the heat and corrosive gas; Cost-effective: Eliminate the need for separate installations for gas and refractory measurement systems; Safety - Detect high-temperature events much earlier because gas temperatures lead refractory temperatures during the Claus process; Technological Edge - Flame Management Algorithm (FMA) allows for the most accurate flame and refractory measurements.