This paper presents a novel multigeneration framework based on fossil fuels, which offers
several advantages such as high thermodynamic efficiency, low electricity and liquid carbon …

In an liquefied natural gas (LNG) power plant, the amine scrubbing and CO 2 liquefaction
process are generally employed for CO 2 capture and storage (CCS) because it is suitable …

Biomass fuel utilization is a crucial energy supply task for sustainable development due to its
renewable and high energy density nature. Considering an innovative thermal design for a …

Multigeneration systems which use the produced carbon dioxide (CO2) are an appropriate
solution for current global challenges in the energy sector, ie, input fuel supply and …

The improvement in energy efficiency of the waste-to-energy plant (WTE) is limited due to
the heat loss of flue gas and bottom ash. Many scholars have conducted the optimization …

In the past, water and energy crises were resolved with fossil fuels and groundwater
resources. Nowadays, several research and engineering activities are focusing on …

The sustainable heat integration method proves to be a highly effective approach in
reducing energy consumption and addressing greenhouse gas emissions while optimizing …

The petrochemical industry is an energy-intensive process. Heat exchanger network (HEN)
is widely applied in existing petrochemical plants used to save energy. However, there is still …

The current investigation proposes a novel and efficient co-generation with a methanol
production process through a power plant flue gas's captured CO 2 in which an alkaline …

Waste heat recovery holds significant importance in the context of natural gas power plants,
as it facilitates the utilization of energy loss, leading to enhanced overall performance and …