An interconnected energy hubs (EHs) framework aims to enhance the efficiency of the
multicarrier energy system through realizing optimal coordination among existing players. In …

This paper presents a method for integrating the periodic heat demand of sets of co-located
process plants with a biomass-based utility supply chain network. The methodology adopted …

This study presents the generation of an integrated resource network that encompasses a
bioenergy supply chain and a polygeneration hub. The resource network is designed using …

The large potential for waste resource and heat recovery in industry has been motivating
research toward increasing efficiency. Process integration methods have proven to be …

Thermal networks, part of heat-and-power multi-energy microgrids, may face capacity
issues, generation and distribution ones, either due to the increase in the requested demand …

In this work, a large-scale modeling framework for the Mexican electricity system is
developed based on the energy hub concept. The hub consists of nine smaller hubs, each …

This paper presents a methodology for integrating a polygeneration network with an
integrated renewable energy supply chain network and an interplant heat and mass …

This paper proposes a multi-carrier energy system or energy hub in which natural gas and
electricity resources are used as inputs. The output demand profile includes electrical …

This paper presents a synthesis method for interplant heat integration where the
participating plants have multiple periods of operations with unequal durations. The method …

Multi-plant heat integration can increase total profits of industrial parks. The relationship
among different plants can be regarded as a cooperative coalition. Current researches are …