Nowadays there is a growing concern in the treatment of solid medical waste due to the
increase in waste generation that has been accelerated by the pandemic. This accentuated …

Intermittent power production with hybrid storages, dynamic grids' interactions for synergistic
complementation, advanced energy management, optimal design and robust operation are …

In this paper, a novel scheme consisting of plasma gasifier, solid oxide fuel cells (SOFC),
gas turbine (GT), and supercritical CO 2 cycle has been developed for power and heat …

A novel medical-waste-to-energy design combining plasma gasification (treating medical
waste) and municipal solid waste (MSW) incineration has been developed. In the integrated …

The COVID-19 pandemic has increased global awareness of proper medical waste
disposal. Conventional methods like incineration and gasification are insufficient due to low …

The present study aims at investigating the energy, exergy, and economic performance of an
innovative multi-source renewable hybrid energy system for small-scale combined heat and …

A hybrid design that combines waste gasification and coal-fired power generation has been
proposed for improving the waste-to-energy process. In the integrated scheme, municipal …

A new methanol-electricity cogeneration system consisting of plasma gasification, alkaline
water electrolysis, methanol synthesis and supercritical CO 2 cycle was designed to achieve …

A novel waste incineration power system highly integrated with a supercritical CO 2 power
cycle and a coal-fired power plant has been developed. In the hybrid configuration, the …

The transition to clean and sustainable energy systems in the building sector is vital to
reduce global greenhouse gas emissions. In this regard, shifting the focus from single …