To reduce the fossil-fuel consumption and the impacts of conventional ammonia production
on climate change, green ammonia production processes using green hydrogen need to be …

Power-to-methanol processes with co-electrolysis in solid-oxide electrolyzer provides a
promising approach to deal with two problems: large-scale renewable electricity storage and …

The purpose of this paper is to assess techno-economically the integration of solid-oxide
electrolysis in biomass-to-methanol processes:(1) The hydrogen produced by electrolysis …

Methanol is a key ingredient for the chemical industry. To foster the transition into carbon-
neutral future, it would be of great interest to reduce the fossil carbon footprint of the …

After a brief review of the current research on the production of synthetic natural gas (SNG)
from lignocellulosic biomass by gasification and methanation, this paper presents detailed …

This paper presents a methodology to integrate life cycle assessment (LCA) in thermo-
economic models used for the optimal conceptual design of energy conversion systems. It is …

Thermochemical biomass-to-fuel conversion requires an increased hydrogen concentration
in the syngas derived from gasification, which is currently achieved by water–gas-shift …

A multi-objective, multi-period model for optimizing the design and operating strategy of
district energy systems is proposed by authors [1]. In the developed model the process and …

Urea is widely used in agriculture, industry, and food, while it is also a potential fuel. Large-
scale urea production relies on fossil fuels, thus there is a strong need for green urea given …

Six different processes for the direct methanation of biogas for biomethane production were
evaluated regarding their economically optimised operating conditions, their absolute costs …