Although liquid-phase catalytic exchange is an environmentally friendly treatment of
hydrogen isotopes in recycled water of a nuclear power station, the successive development …

A hierarchical porous composite of Pt@ MIL-101/ployvinylidene fluoride (Pt@ MIL-
101/PVDF) was successfully prepared through a solution-processed method. This …

Styrene-divinylbenzene (SDB) catalyst carrier is the key material for hydrogen-water liquid
phase catalytic exchange (LPCE) reaction. However, currently available SDB generally has …

Hydrophobic Ni catalysts supported on three metal oxides coated with PTFE namely Ni/SiO
2/PTFE, Ni/Cr 2 O 3/PTFE, and Ni/Al 2 O 3/PTFE were used in liquid-phase catalytic …

Catalytic exchange technology is state-of-the-art to enrich hydrogen isotopes in nuclear
wastewater through platinum (Pt)-based catalyst. Most researchers focus on developing …

Hydrophobic catalysts are key to realizing water–hydrogen exchange reactions. However,
current catalysts exhibit low mechanical strength, low utilization rate of Pt particle, and …

The catalytic exchange of hydrogen isotopes is a promising technology for purifying recycled
water in nuclear power stations. However, it remains a challenge for achieving high catalytic …

Hydrogen isotope enrichment through liquid-phase catalytic exchange (LPCE) technology is
achieved in a hydrophobic reaction environment to avoid liquid water poisoning, but the …

Liquid‐phase catalytic exchange (LPCE) of hydrogen isotopes has extensive application in
upgrading of recycled water and wastewater treatment. This low‐temperature catalytic …

Li2TiO3 is one of the most promising candidates among tritium breeders. In this work,
Li2TiO3 pebbles with a narrow size distribution, high density, small grain size, and good …