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The atmospheric pressure capillary plasma jet is well-suited to supply H2O2 for plasma-driven biocatalysis

Applied Microbiology

Plasma-generated H2O2 can be used to fuel biocatalytic reactions that require H2O2 as co-substrate such as the conversion of ethylbenzene to (R)-1-phenylethanol ((R)-1-PhOl) catalyzed by unspecific peroxygenase from Agrocybe aegerita (rAaeUPO)....

9x xlsx

Plasma-driven biocatalysis using the cytochrome P450 enzyme CYP152BSβ

Applied Microbiology

Plasma in Liquids

Plasma-driven biocatalysis utilizes in situ H2O2 production by atmospheric pressure plasmas to drive H2O2-dependent enzymatic reactions. Having previously established plasma-driven biocatalysis using recombinant unspecific peroxygenase from...

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Iron-sulfur cluster proteins present the weak spot in plasma-treated Escherichia coli

Applied Microbiology

Plasma in Liquids

Plasma Medicine

Non-thermal atmospheric pressure plasmas have an antiseptic activity beneficial in different medical applications. In a genome-wide screening, hydrogen peroxide and superoxide were identified as key species contributing to the antibacterial...

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Figure 8_Comparison of measured and simulated end-of-pipe conversion and selectivities

EP2

Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis

Figure 7e_Simulated molar concentration of hydrogen for 60 slm 4 %vol CH4 0,9 kW

EP2

Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis

Figure 7d_Simulated molar concentration of solid carbon for 60 slm 4 %vol CH4 0,9 kW

EP2

Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis

Figure 7c_Simulated molar concentration of acetylene for 60 slm 4 %vol CH4 0,9 kW

EP2

Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis

Figure 7b_Simulated molar concentration of ethylene for 60 slm 4 %vol CH4 0,9 kW

EP2

Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis

Figure 7a_Simulated molar concentration of methane for 60 slm 4 %vol CH4 0,9 kW

EP2

Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis

Figure 6b_Simulated Axial flow velocity times rotation period around the central MPT axis for 60 slm 4%vol CH4 0,9 kW

EP2

Simulation of a microwave plasma torch used for hydrogen production via methane pyrolysis

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Datasets

The atmospheric pressure capillary plasma jet is well-suited to supply H2O2 for plasma-driven biocatalysis

Plasma-driven biocatalysis using the cytochrome P450 enzyme CYP152BSβ

Iron-sulfur cluster proteins present the weak spot in plasma-treated Escherichia coli

Figure 8_Comparison of measured and simulated end-of-pipe conversion and selectivities

Figure 7e_Simulated molar concentration of hydrogen for 60 slm 4 %vol CH4 0,9 kW

Figure 7d_Simulated molar concentration of solid carbon for 60 slm 4 %vol CH4 0,9 kW

Figure 7c_Simulated molar concentration of acetylene for 60 slm 4 %vol CH4 0,9 kW

Figure 7b_Simulated molar concentration of ethylene for 60 slm 4 %vol CH4 0,9 kW

Figure 7a_Simulated molar concentration of methane for 60 slm 4 %vol CH4 0,9 kW

Figure 6b_Simulated Axial flow velocity times rotation period around the central MPT axis for 60 slm 4%vol CH4 0,9 kW