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150 w medium pressure mercury lamp  (Peschl Ultraviolet)

 
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    Structured Review

    Peschl Ultraviolet 150 w medium pressure mercury lamp
    | a) 3D model of the photocatalytic screening reactor (left) and cross-section (right): 1) cooling tube; 2) irradiation vessel with photocatalytic membrane; 3) central UV filter reservoir; 4) irradiation vessel cage; 5) spectrometer optics mount; 6) stir bar; 7) mounting column; 8) timing belt (GT2, 6 mm wide); 9) pulley (GT2, 5 mm inner diameter, 21 teeth); 10) ball bearing (6 mm inner diameter); 11) stepper motor (NEMA 17); 12) b) cross section of the reactor: connector for stir plate control; 13) light source (150 W Hg medium-pressure lamp); 14) mount for the central UV filter reservoir; 15) microcontroller unit (MCU), Arduino Uno with CNC shield and stepper driver. c) Photograph of the reactor system.
    150 W Medium Pressure Mercury Lamp, supplied by Peschl Ultraviolet, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/150+w+medium+pressure+mercury+lamp/pmc13191272-45-16-22?v=Peschl+Ultraviolet
    Average 86 stars, based on 1 article reviews
    150 w medium pressure mercury lamp - by Bioz Stars, 2026-07
    86/100 stars

    Images

    1) Product Images from "Development of a photocatalytic membrane screening reactor (PMSR) for standardized evaluation of immobilized photocatalytic support materials"

    Article Title: Development of a photocatalytic membrane screening reactor (PMSR) for standardized evaluation of immobilized photocatalytic support materials

    Journal: MethodsX

    doi: 10.1016/j.mex.2026.103938

    | a) 3D model of the photocatalytic screening reactor (left) and cross-section (right): 1) cooling tube; 2) irradiation vessel with photocatalytic membrane; 3) central UV filter reservoir; 4) irradiation vessel cage; 5) spectrometer optics mount; 6) stir bar; 7) mounting column; 8) timing belt (GT2, 6 mm wide); 9) pulley (GT2, 5 mm inner diameter, 21 teeth); 10) ball bearing (6 mm inner diameter); 11) stepper motor (NEMA 17); 12) b) cross section of the reactor: connector for stir plate control; 13) light source (150 W Hg medium-pressure lamp); 14) mount for the central UV filter reservoir; 15) microcontroller unit (MCU), Arduino Uno with CNC shield and stepper driver. c) Photograph of the reactor system.
    Figure Legend Snippet: | a) 3D model of the photocatalytic screening reactor (left) and cross-section (right): 1) cooling tube; 2) irradiation vessel with photocatalytic membrane; 3) central UV filter reservoir; 4) irradiation vessel cage; 5) spectrometer optics mount; 6) stir bar; 7) mounting column; 8) timing belt (GT2, 6 mm wide); 9) pulley (GT2, 5 mm inner diameter, 21 teeth); 10) ball bearing (6 mm inner diameter); 11) stepper motor (NEMA 17); 12) b) cross section of the reactor: connector for stir plate control; 13) light source (150 W Hg medium-pressure lamp); 14) mount for the central UV filter reservoir; 15) microcontroller unit (MCU), Arduino Uno with CNC shield and stepper driver. c) Photograph of the reactor system.

    Techniques Used: Irradiation, Membrane, Control

    | Emission spectra of a 150 W mercury medium-pressure lamp, normalized to the maximum intensity (100 %), under different filter conditions: a) no filter, b) borosilicate glass (cut-off at λ=295 nm), c) nitrate solution (cut-off at λ=325 nm), d) nitrite solution (cut-off at λ=405 nm). Hatched area shows the gap which was characterized by chemical actinometry.
    Figure Legend Snippet: | Emission spectra of a 150 W mercury medium-pressure lamp, normalized to the maximum intensity (100 %), under different filter conditions: a) no filter, b) borosilicate glass (cut-off at λ=295 nm), c) nitrate solution (cut-off at λ=325 nm), d) nitrite solution (cut-off at λ=405 nm). Hatched area shows the gap which was characterized by chemical actinometry.

    Techniques Used:



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    Image Search Results


    | a) 3D model of the photocatalytic screening reactor (left) and cross-section (right): 1) cooling tube; 2) irradiation vessel with photocatalytic membrane; 3) central UV filter reservoir; 4) irradiation vessel cage; 5) spectrometer optics mount; 6) stir bar; 7) mounting column; 8) timing belt (GT2, 6 mm wide); 9) pulley (GT2, 5 mm inner diameter, 21 teeth); 10) ball bearing (6 mm inner diameter); 11) stepper motor (NEMA 17); 12) b) cross section of the reactor: connector for stir plate control; 13) light source (150 W Hg medium-pressure lamp); 14) mount for the central UV filter reservoir; 15) microcontroller unit (MCU), Arduino Uno with CNC shield and stepper driver. c) Photograph of the reactor system.

    Journal: MethodsX

    Article Title: Development of a photocatalytic membrane screening reactor (PMSR) for standardized evaluation of immobilized photocatalytic support materials

    doi: 10.1016/j.mex.2026.103938

    Figure Lengend Snippet: | a) 3D model of the photocatalytic screening reactor (left) and cross-section (right): 1) cooling tube; 2) irradiation vessel with photocatalytic membrane; 3) central UV filter reservoir; 4) irradiation vessel cage; 5) spectrometer optics mount; 6) stir bar; 7) mounting column; 8) timing belt (GT2, 6 mm wide); 9) pulley (GT2, 5 mm inner diameter, 21 teeth); 10) ball bearing (6 mm inner diameter); 11) stepper motor (NEMA 17); 12) b) cross section of the reactor: connector for stir plate control; 13) light source (150 W Hg medium-pressure lamp); 14) mount for the central UV filter reservoir; 15) microcontroller unit (MCU), Arduino Uno with CNC shield and stepper driver. c) Photograph of the reactor system.

    Article Snippet: The light source (13) is placed inside the cooling jacket; in the configuration used here, a 150 W medium-pressure mercury lamp (TQ150, Peschl Ultraviolet GmbH) was employed.

    Techniques: Irradiation, Membrane, Control

    | Emission spectra of a 150 W mercury medium-pressure lamp, normalized to the maximum intensity (100 %), under different filter conditions: a) no filter, b) borosilicate glass (cut-off at λ=295 nm), c) nitrate solution (cut-off at λ=325 nm), d) nitrite solution (cut-off at λ=405 nm). Hatched area shows the gap which was characterized by chemical actinometry.

    Journal: MethodsX

    Article Title: Development of a photocatalytic membrane screening reactor (PMSR) for standardized evaluation of immobilized photocatalytic support materials

    doi: 10.1016/j.mex.2026.103938

    Figure Lengend Snippet: | Emission spectra of a 150 W mercury medium-pressure lamp, normalized to the maximum intensity (100 %), under different filter conditions: a) no filter, b) borosilicate glass (cut-off at λ=295 nm), c) nitrate solution (cut-off at λ=325 nm), d) nitrite solution (cut-off at λ=405 nm). Hatched area shows the gap which was characterized by chemical actinometry.

    Article Snippet: The light source (13) is placed inside the cooling jacket; in the configuration used here, a 150 W medium-pressure mercury lamp (TQ150, Peschl Ultraviolet GmbH) was employed.

    Techniques: