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  1. Endura Series Combustion Gas Analyzers
    1/28/2016

    Re-engineered and taken back to technical fundamentals, the Endura AZ Range saves you time, money and disruption. From rugged enclosure design, self-diagnostic electronics and auto calibration, to common component advantages combined with proven, innovatively applied technologies, the result delivers solutions that are easy to specify, install, configure, maintain and use.

  2. GAA630-M Emission Monitoring System
    1/26/2016

    The GAA630-M is based on a dry and extractive approach. The system is designed as a two housing solution. The continuous gas analyzers are engineered to fit in a small footprint IP65 compact cabinet, while the sampling system is mounted in a separate IP65 enclosure. The design complies to IMO MARPOL ANNEX 14 Res. MEPC 177 (58) (NTC) & IMO MARPOL ANNEX 9 Res. MEPC 184 (59). The sampling system is based on a continuous extraction cooling device, removing the moisture from the sample gas. Both cabinets are equipped with antivibration devices to reduce vibrations effects, maximize measuring performance and extend lifetime of the analytical and pneumatic components

  3. GAA630-M Emission Monitoring System Datasheet
    1/26/2016

    We are on your wavelength - GAA630-M is an advanced CEM system solution for continuous gas analysis on board of vessels, specifically designed, certified and type approved for maritime installations. The GAA630-M system includes all necessary components, such as gas sampling probe, heated sample lines and sample conditioning.

  4. GAA330-M Emission Monitoring System
    1/26/2016

    The GAA330-M is a CEM system designed to measure the gas pollutants SO2, CO2, and NOX, as specified in MARPOL Annex VI. The GAA330-M operates with both high- and low-sulfur fuels, no matter if you are operating outside or inside an ECA. ABB has the right gas analyzer portfolio to allow vessels to stay compliant with current and upcoming regulations. The GAA330-M uses an Infrared photometer for reporting the SO2/CO2 ratio as specified by MARPOL requirements. NOX is monitored with an ultraviolet photometer (UV) which is the most practical approach. ABB photometers are manufactured and designed for best performance under harshest conditions with an installed base of more than 100.000 units in global industries.

  5. GAA330-M Emission Monitoring System Datasheet
    1/26/2016

    The GAA330-M is a CEM system designed to measure the gas pollutants SO2, CO2, and NOX, as specified in MARPOL Annex VI. The GAA330-M operates with both high- and low-sulfur fuels, no matter if you are operating outside or inside an ECA. ABB has the right gas analyzer portfolio to allow vessels to stay compliant with current and upcoming regulations.

  6. Microwave Synthesis Reactors: Monowave 400/200
    1/13/2016

    Monowave 400 and Monowave 200 are high performance microwave reactors specially designed for small scale microwave synthesis applications in research and development laboratories. Microwave irradiation nowadays is not only successfully employed for organic synthesis - inorganic synthesis, material science, polymer chemistry, and other disciplines can also be performed successfully. Autosampler MAS 24 can still be operated with the Software-guided Loading Strategy and additionally in the Open Access Mode. The MAS 24 Autosampler option allows for unattended sequential processing of 24 experiments.

  7. Microwave Synthesis Reactor: Monowave 100
    1/13/2016

    Monowave 100 is a dedicated microwave synthesis reactor designed to meet the needs of academic research and to serve educational purpose. It is your easily operated all-in-one solution conveniently providing you with well-controlled, reproducible results in minimized reaction times. All parameter control is fully integrated in the instrument; no further sensors need to be attached. Employing the optional silicon carbide vessel instead of standard microwave glass vials allows efficient heating of any content in next to no time.

  8. Microwave Synthesis Reactor: Monowave 100 Brochure
    1/13/2016

    The microwave synthesis reactor Monowave 100 meets essential demands of people in academic research. It was specially designed to serve requirements of students and teachers. Consequently, safe and easy processing are as pronounced as extraordinary performance for scientific results.

  9. HP30 Process Hydrogen Analyzer Brochure
    1/11/2016

    A Robust Hydrogen analyzer package for refinery and petrochemical plants.

  10. Size Determination Of Vitamin B1 By Dynamic Light Scattering
    1/11/2016

    Dynamic light scattering (DLS) is a physics technique used for characterizing the size of particles and molecules in suspension and solution. The technique is based on the measurement of the time-dependent fluctuations in the intensity of the scattered light signals. The particles are responsible for the scattering of the light, while it is the random motion of the particles that produces the fluctuations in that scattering. By measuring the scattering, the particles' velocity can be derived, and from that velocity the hydrodynamic diameter of the particles can be calculated by using the Stokes–Einstein equation.