Hybrid polygeneration systems offer a great opportunity to meet growing energy demands with cost efficiency and environmental benefits. The identification of the optimal solution (configuration operational strategy) is strongly affected by relationship between system its surroundings. Previous studies have analyzed influence boundary conditions on synthesis for buildings. However, local regulat...

In this paper, a matter of biomass torrefaction and gasification is closely looked at from different points view during low load equivalence ratio regime, defined as ?=0.08. Considering gas production, the hot efficiency conversion (30%) its energy content (4.14 MJ m?3) were not quite satisfying, however, fact was compensated by an interesting yield biochar. This material generated in 0.387 0.3...

This article aims to present an evaluation of the environmental performance a combustion polygeneration plant fed with lignocellulosic material from cardoon (Cynara cardunculus L.) through technique Life Cycle Assessment (LCA). The system boundaries encompassed macro-phases crop production, transportation, and processes that were able produce 100 kW electricity, residual thermal energy recovery...

Renewable energy-driven decentralized polygeneration systems herald great potential in tackling climate change issues and promoting sustainable development. In this light, study introduces a new machine learning-based multi-objective optimization approach of an integrated solar CO2 capture system for meeting greenhouse’s power, freshwater, demands. The solar-assisted comprises 486-kW gas turbin...