Precise and very stable offset measuring technique using special non dispersive infrared (NDIR) technique, for enhanced long time measurements - Up to 8 gas NDIR measurement: - CO/CO2/C3H8/CH4/SO2/NO/NO2/N2O and oxygen with either long-life O2-ECS or - O2-PM (paramagnetic cell) - Remote display through MRU4U App over bluetooth on smartphone or tablet or trough VCN server via LAN/WLAN - 7” high-resolution (800×480 pixel) TFT color display with swipe and touch technique as for smartphones, with LINUX operating system - Intuitive icons and country specific language on display - Modern and robust design, Aluminum enclosure with rubber molded impact - Protection for use in harsh industrial environment https://www.mrulab.com/emissions/mga-prime

Industrial combustion and emissions tuning, trouble-shooting or compliance reporting Simultaneous measurement up to 8 gases Automatic calculations and data logging Easy operation via intuitive, wireless Remote Control Unit Rugged design for extreme field conditions Accuracy and reliability https://www.mrulab.com/nova-plus

The DM 9600 is a precision manometer used for accurate pressure, differential pressure, and temperature measurements. The DM 9600 has 0.5% accuracy and resolution to 0.001. - Temperature compensated pressure sensor - 2 separate K-type thermocouple sockets for standard NiCrNi thermocouples - 2,8"" touch, colour display - Fibreglass reinforced enclosure with integrated fixing magnets - Infrared printing interface - USB socket for data transfer and battery charging - Micro SD-card slot https://www.mrulab.com/dm9600-precision-manometer

IN-SITU COMBUSTION OPTIMIZATION MONITOR In-Situ Oxygen and Combustibles (COe) Transmitter - Combination of O2 and COe for ideal combustion efficiency - Real-time measurement - Unique, heated solid electrolyte combustibles sensor - Easy access to sensors for simple servicing https://www.mrulab.com/oms-420-ht-in-situ-oxygen-analyzer

The OMS 420 Ex is an in-situ oxygen and COe monitor designed for continuous combustion optimisation in hazardous area zones.. It is ideal for various industrial furnaces, ovens, and boilers with hazards of explosive atmospheres. Petruoleum refinery plants, petrochemical plants, gas separation, blast furnace, coke oven and other syngas plants are all excellent candidates for the OMS 420 Ex. https://www.mrulab.com/combustion/oms-420-ex-coe-monitor

The AMPRO 2000 is a powerful handheld gas analyzer suitable for monitoring combustion and industrial processes. Long Life O2 sensor (with 4 - 5 years life expectation) • CO (H2 compensated) sensor *2 • Calculated CO2 or optional NDIR measured CO2 (OPTION 64618 or 65648) • Large fuel type list + user definable fuel types • CO protection using 2nd pump (protects the CO sensor against unwanted high CO concentrations)*3 • High energy Li-lon battery (for up 15 hours operation time) *4 https://www.mrulab.com/ampro-2000-gold-analyzer-set-including-ir-printer

The AMPRO 2000 is a powerful handheld gas analyzer suitable for monitoring combustion and industrial processes. Long Life O2 sensor (with 4 - 5 years life expectation) • CO (H2 compensated) sensor *2 • Calculated CO2 or optional NDIR measured CO2 (OPTION 64618 or 65648) • Large fuel type list + user definable fuel types • CO protection using 2nd pump (protects the CO sensor against unwanted high CO concentrations)*3 • High energy Li-lon battery (for up 15 hours operation time) *4 https://www.mrulab.com/ampro-2000-gold-analyzer-base-unit

A powerful handheld biogas analyzer designed specifically for the harsh environments at solid waste disposal sites. At facilities with waste processing and power generation, our customers have replaced 4 separate instruments with this single analyzer to handle biogas measurement and combustion engine/boiler tuning. https://www.mrulab.com/optima-7-biogas-without-h2s-measurement

The SWG-100 is a stationary unit used in the analysis of biogas, biomethane, solid waste gas and coal bed methane. -Industry compatible rugged design for harsh industrial environment -Standard safety system included with continuously monitored fan ventilation of cabinet and gas flow restrictor orifice at gas inlet -Efficient sample gas preparation for fast and reliable measurements -Sampling from low suction up to high pressure gas -No dilution of the sample gas, neither use of compressed air is required -Direct and continuous/discontinuous measurement, with pressure and temperature compensation and event data logging -Up to 10 sites monitoring (time sharing technique) with only one analyzer -Ready to run delivery https://www.mrulab.com/swg-100-biogas-analyzer