Gas flaring is a combustion device to burn associated, unwanted or excess gases and
liquids released during normal or unplanned over-pressuring operation in many industrial …

Due to safety and control considerations, gas flaring is inevitable in chemical processes. In
2018, 17.3 billion cubic meters of flare gas had burned in Iran, which implies a significant …

The tar produced by biomass gasification can be challenging to handle in processing units.
To address this issue, a new polygeneration structure based on tar combustion has been …

In each petrochemical plant around the world, the flare stack as a requisite facility produces
a large amount of soot due to the incomplete combustion of flare gas, and this strongly …

The present study focuses on the energy, exergy, economic, and environmental evaluations
of a new multigeneration process integrated with a gas turbine power plant for an eco …

In this study, a new environmentally friendly polygeneration scheme is proposed in
arrangement with a gas turbine cycle. In order to investigate the proposed system …

Recovery of flared gas for electricity production via the use of a hybrid system combining a
Solid Oxide Fuel Cell (SOFC) system and gas turbine (GT) technology was explored as a …

The flaring network is an inseparable part of the oil, gas, and petrochemical industries to
provide safe and reliable operating conditions. Since flaring results in significant …

Today, managing energy consumption in industries has become a necessity. Flaring the
combustible gases is the main source of wasting energy in the oil and gas explorations …

This paper proposes a novel power and methanol cogeneration due to biogas upgrading,
liquefied natural gas cooling, and natural gas combined reforming. The proposed process …