By using thermal storages it is possible to decouple the generation of power and heat, and it
can also lead to an reduction in investments, as the storage can be used to cover the peak …

This article addresses the operational optimization of industrial steam systems under device
efficiency uncertainty using a data‐driven adaptive robust optimization approach. A …

In many chemical plants such as LNG, refineries, air enrichment, and ammonia compression
is a major consumer of energy. In such plants, some process streams may need …

The optimal synthesis and design of thermal power plants is best addressed using
mathematical optimization techniques. However, conventional optimization methods require …

This paper first addresses the definition of various objectives involved in eco-efficient
processes, taking simultaneously into account ecological and economic considerations. The …

This paper addresses the optimal arrangement and design of a dual pressure heat recovery
steam generator coupled to two steam turbines. A superstructure that embeds various …

Based on the characteristics of work exchanger, a graphical integration method is
developed for work exchange network. In this method, the composite curves of work sinks …

In this paper, we developed a hybrid model for the steam turbines of a utility system, which
combines an improved neural network model with the thermodynamic model. Then, a …

A key lever to cope with the well-known issues related to today's extensive use of fossil fuels,
eg, global warming, is to design highly energy-efficient and cost-effective pulverized coal …

В работе предложен новый подход к оптимизации работы ТЭЦ в условиях российского
оптового рынка электроэнергии и мощности. Подход был сформулирован и …