Ammonia can be used for hydrogen storage as it is relatively easy to transport, and can be
generated at the site by decomposition of ammonia. In this work, the authors report studies …

Based on finite time thermodynamic theory, a mathematical model of hydrogen iodide fixed
bed membrane reactor is constructed. Considering irreversibilities of chemical reaction, heat …

Hydrogen iodide decomposition is the core hydrogen production step in the sulfur-iodine
thermochemical cycle, which determines the hydrogen production rate and thermal …

HI x processing section of Iodine-Sulfur (IS) thermochemical cycle suffers from the
drawbacks of highly corrosive environment and a low thermodynamic conversion of HI …

Iodine–Sulfur (IS) thermochemical process involves several challenges, especially a highly
corrosive environment along with very low conversion of HI to hydrogen (∼ 22% at 450° C) …

H 2 S is a toxic gas released during many industrial processes, especially oil and gas
refining. Currently, H 2 S is converted to sulfur using Claus process, but it leads to loss of …

In this work, a novel structure of a hydrogen-membrane reactor coupling HI decomposition
and CO2 methanation was proposed, and it was based on the adoption of silica membranes …

Hydro-processing is a crucial step in bio-jet fuel production. The left-over hydrogen in the
vent gas from the hydrocracker cannot be recycled back as it contains several impurities like …

The hydrogen in the vent gas stream of the hydrocracker (used to produce bio-jet fuel)
cannot be reused since it has many impurities. The metal membrane can be a potential …

建立了不同吹扫模式下碘化氢(HI) 分解膜反应器有限时间热力学模型, 将吹扫气流率,
反应进口压力, 渗透膜厚度, 反应器长度作为决策变量, 以HI 转化率最大, H 2 回收率最大 …