ALT Zr-based metal-organic frameworks and SBA-15 silica support: a synergistic approach for bio-jet fuel precursors production

ALT Setup of the small column percolator bioleaching experiment with double-walled DURAN® reactor bottles

ALT Fig. 6. FESEM-EDS images of pure manganese precipitate formed using 1.2 M H2SO4 and an initial Mn concentration of 13.3 g/L at 80 °C. DURAN GLS 80 bottle

ALT Respirometric immersion setup with oxygen measurements both in liquid and gas phase adapted from Strebl et al.

ALT https://www.dwk.com/duran-gls-80-laboratory-bottle-baffled-wide-mouth-clear-with-screw-cap-and-pouring-ring-pp-blue-1000-ml-212865453

ALT Fig. 1. A) Experimental chamber and B) 1.2 L glass bottle with Dieffenbachia plant cutting immersed in 15% MS nutrient medium. Fig. 2. Experimental setup to assess VOC removal by cuttings in gas-tight bottles.

ALT Figure 2: Experimental setup. a) Vial with sample immersed in concrete in overpressure bottle with bromobutyl septum and lid. b) Vial with sample immersed in CW with pressure sensor in bottle with bromobutyl septum and lid.

ALT Photo: Pyrolysis oil samples

ALT Methodology for solid-state fermentation of entomopathogenic fungi using the JKI-Solid Fermenter System at laboratory scale (A) and in operation (B)

ALT Experimental setup for acquiring the infrared extinction spectra of the glyoxal aqueous aerosol.

ALT buryatense 5GB1C growth in a flow-through system. A picture of the flow-through system.