Total site integration offers energy conservation opportunities across different individual
processes and also to design as well as to optimize the central utility system. In total site …

This paper focuses on a single-shaft microturbine in combined heat and power generation.
In the application, the microturbine is operated by the heat demand and it replaces …

It is generally accepted that only flexible CHP plants could be a viable option in an electrical
system with high penetration of variable renewables. Variable power-to-heat-ratios and …

This article examines the exhaust waste heat recovery potential of a microturbine (MT) using
an organic Rankine cycle (ORC). Possible improvements in electric and exergy efficiencies …

This paper presents a finite element modelling of brazed residual stress in a stainless steel
plate-fin structure applied to recuperators in microturbines. The effects of nine influence …

The support of combined heat and power production systems has gained policy attention,
because these are often considered to be less polluting and more efficient than conventional …

Abstract Integrated Gasification Combined Cycle (IGCC) and Integrated Gasification Fuel
cell Cycle (IGFC) uses Syngas in fuel cells and gas turbines to produce power. Several …

The simultaneous expansion of variable renewables and combined heat and power (CHP)
plants in Europe has given rise to a discussion about their compatibility. Due to the …

An approximate expression for the heat transfer rate of a heat recovery unit (HRU) fed by the
exhaust gas exiting a microturbine operating at part-load is developed. The proposed …

The efficient use of energy is a very important issue for the processing industry, businesses
and services, residential sector and agriculture. There are not just monetary incentives but …