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Individual filled gas springs are excluded from replacement. Gas springs are maintenance-free, self-contained systems that are filled with nitrogen under high pressure. For end-of-travel damping and lubrication, a defined amount of oil is also contained inside. The gas springs contain a nonreturn valve in a threaded pin on the pressurised pipe, which allows the pushing force to be lowered at a later time. Gas pressure springs in the sizes 04/12 and 06/15 must be stored and installed with the piston rod extending downwards. As of size 08/19, storage and installation in any orientation is possible. Keep in mind, however, that end-of-travel damping is effective only when the piston rod extends downwards. As a consequence of the physical properties when filling a gas spring, a tolerance range of ±5 % results for the rated pushing force. Gas springs are filled with nitrogen under high pressure and under no circumstances should they be opened or overloaded.

Flaring: waste gases, VOC reduction Tube preheating Pyrolysis furnace Burning Glass annealing

The MGC101 system automatically performs zero, precision, span and multi-point calibrations using NO, NO2, SO2, CO, 03, hydrocarbons and other gases.

Approved flue gas velocity CEM for stack velocity, volumetric flow and pollutant mass release calculations when linked to gas and dust CEMS.

Gas chromatography (GC) coupled with a PID detector. VOC monitor QAL1 certified to EN 14662-3, the newest standard for benzene measurement.

CLD based gas monitor offering superior performances for the measurement of NO, NO2 and NOx criteria pollutants in the range 0-1 ppm or 0-10 ppm. Optional NH3 monitoring.

UV Fluorescence gas monitor offering excellent performances for the monitoring of SO2 in the range 0-10 ppm or 0-1 ppm. Option: H2S / TRS monitoring.

Gas monitor for fast, precise, direct and continuous measurement of NO2 concentrations in the range 0-1000 ppb.

Exists in single or dual stream version and “Ultra Low” version for low CO concentration measurements (0-10 to 0-50 ppm).

The dry extractive SEC™ system dries the gas sample at the sampling point, eliminating the necessity of an expensive heated sampling line.

MVS 2M is a multichannel system allowing to distribute two, three or four channels of fluids and signals to a gas monitoring system (GMS).

Approved flue gas velocity CEM for stack velocity, volumetric flow and pollutant mass release calculations when linked to gas and dust CEMS.

Flue gas flowmeter for continuous measurement of gas velocity, temperature and pressure in exhaust gas ducts (chimneys or flue pipes).

The SM-3 mercury analyzer measures continuously the elemental, bound and ionic mercury in stack fluegas.

Offers excellent performance for multigas measurements in dry sampling, including HCl, HF, NO, NO2, N2O, SO2, CO, CH4, TOC, CO2 and O2. MultiGas NDIRGFC analyzer (NonDispersive Infrared Gas Filter Correlation) measuring up to ten gases simultaneously, including Nitrogen Oxide (NO), Nitrogen Dioxide (NO2), Sulphur Dioxide (SO2), Carbon Monoxide (CO), even Hydrogen Chloride (HCl) and Hydrogen Fluoride (HF). • process optimization and environmental compliance • measurement of dry and corrosive samples • fast and simultaneous measurements of up to 10 gases • dry basis measurement • automatic cross interference correction

Perfect ammonia gas analyzer or multigas analyzer for the measurement in hot & wet fluegas of HCl, HF, NH3, NO, NO2, N2O, SO2, CO, CO2, O2 and H2O. Heated MultiGas NDIRGFC analyzer for emission compliance and analysis of wet sample gases in corrosive applications, including DeNOx (SCR / SNCR) and for the optimization of flue gas treatment processes. • temperature maintained at 180 °C • measurement of raw and purified flue gas for desulfurization • measurement of wet and corrosive samples • no nitrogen required for calibration • QAL1 certified analyzer • remote access for all analyzer functions • low maintenance and low consumables requirement

Standard Reference CLD method for low & ultra low NOx measurement, IRGFC for CO, CO2, SO2, N2O, NOx, HF, HCl, TOC and O2 in a single analyse. Fast and simultaneous measurements of up to 10 gases. • measurement of dry and corrosive samples • unheated sample line • intrinsic security with onboard residual H2O measurements • onboard oxygen measure for environmental reporting • highly accurate, excellent stability with automatic optical stability check

A complete “all in one" compact system, for multigas measurements, based on the fieldproven MIR 9000 analyzer and onboard SEC sampling system. Fast & simultaneous measurement of up to 10 gases among HCl, NO, NO2 (NOx), SO2, CO, CO2, HC, CH4 (TOC), HF, N2O, O2, at the sampling location. • integrated sample drying & system conditioning, no sample line necessary • designed for measuring wet & corrosive samples • complete CEMS in one cabinet combines infrared analyzer, sample conditioning • highly accurate, excellent calibration stability with automatic optional check

Ecodesigned, ultracompact, smart & connected instrument, the MIR 9000e is your next tool to measure combustion exhaust gas from boiler or gas from different industrial furnaces and process applications. It offers superior metrological performances for the simultaneous multigas measurement of NOx, SO2, CO, O2, residual H2O, CO2, CH4 and N2O (greenhouse gases). • ultralow power consumption • no compressed air required • insensitive to T° variations in the range +5 °C to +40 °C • proactive, userfriendly remote communication • highly accurate, excellent stability, economical, easy and reduced maintenance

The MIR 9000 P measures simultaneously 8 gases – NOx, SO2, CO, CO2, CH4, N2O, O2 and residual H2O – and uses the nondispersive infrared method (NDIRGFC) with gas filter correlation. O2 is measured by a builtin SRM paramagnetic sensor. • operational at any time due to standby mode • remote access to full operation • quick installation • onsite preparation of report elements • time saving all along emission testing process

US EPA PS11 capable ProScatter™ particulate CEM for the extractive sampling and measurement of particulate in saturated wet gas streams.

Continuous particulate monitoring for saturated wet stack applications typically found after wet scrubbers, wet electrostatic precipitators and wet flue gas desulphurisation plants.

The Natural Gas Sampling System 3000 is designed for very fast conditioning of samples from a pressurized natural gas source.

Automatic systemdesigned for continuous mercury monitoring in natural gas even in hazardous zones (ATEX, IEC-Ex).

Perfectly adapted to monitor the efficiency of different Mercury Removal Units (MRUs) in natural gas processing plants.

We manufacture rough or fully machined guiding rings from OD 800 to 4000 mm for gas turbines in austenitic stainless steel. Reduced costs due low cast weight and dedicated casting tooling.

10 to 3000kVA generators (gas and diesel)

Packer grease for autoclaves, reactors under pressure or in a vacuum, in the chemicals and other industries.

Compatible with Detcon RXT & CST Tranceivers 32 channel capacity panels Real time 4 line 40 character LCD Field device status and location tag Alarm condition LEDs and optional strobe & horn Non-intrusive operator interface