Hydrogen is known to be the carbon-neutral alternative energy carrier with the highest
energy density. Currently, more than 95% of hydrogen production technologies rely on fossil …

In the evolving landscape of sustainable energy solutions, the approach of two-step solar
thermochemical cycles assumes a position of paramount importance. Metal oxide oxygen …

A modified sulfur-iodine cycle with a non-nuclear heat source is proposed to enhance the
economics and reduce risk and damage to society in terms of cost. A modified sulfur cycle …

Based on our previous study on the experimental performance tests of the catalyst-packed
type HI thermal decomposer and bayonet type H 2 SO 4 thermal decomposer for a 50 NL-H …

This paper proposes a novel reactor–separator network in the Bunsen process for high
hydrogen production thermal e ciency. Six case studies were conducted to investigate the e …

Process simulations of HI decomposition via reactive distillation in the Sulfur–Iodine (S–I)
cycle have been performed using heat pumps for energy recovery and a recently developed …

A reduced order model of sulfuric acid decomposition within a bayonet chemical reactor was
developed to support the US Department of Energy Integrated Energy System program, and …

A high temperature reactor (HTR) is a candidate to drive high temperature water-splitting
using process heat. While both high temperature nuclear reactors and hydrogen generation …

This research suggests a novel framework for heat, safety, and economic management
based on the leverage relationship among those analyses on polygeneration system of …

Hydrogen generation using a high temperature nuclear reactor as a thermal driving vector is
a promising future option for energy carrier production. In this scheme, the heat from the …