Polymer photosensitizers have gained a growing interest as singlet oxygen (1O2) generators. Although they provide route to sustainable chemistry, their efficiency in bulk reactions is restricted by limited supply and short lifetime. Herein, we report membrane reactors that support range of organic using 1O2 generated from polymer photosensitizers. The porous nature the support, nylon fabric fun...

• Membrane for water/gases separation under high temperature and pressure is reviewed. Water permeable membrane reactors applied in various CO 2 hydrogenations The mechanism of harsh conditions discussed. Key requirements zeolite membranes applying hydrogenation Converting to valuable chemicals via catalytic presents a promising way utilization. However, many types are generally conducted (T?20...

The direct dehydrogenation of butane (BDH) is emerging as an attractive on-purpose technology for the production 1,3-butadine. However, its product yield hindered by high rate carbon deposition associated to temperature required highly endothermic reaction. In this work, we evaluated use H2-selective membrane reactor, increase process at milder operating conditions. novel proposed reactor (MR)-...

Ceramic oxygen permeable membranes (OPMs) are widely considered the “next generation” technology for pure separation and catalytic membrane reactors. However, main issue of OPM is high operating temperature (above 800 °C) resulting implications materials, cost, as well complexities (e.g., sealing, creep deformation, thermal shock during cycling). A new design coupling La0.6Sr0.4Co0.2Fe0.8O3-? w...