Scheduling research increasingly focuses on reducing carbon emissions. Curbing carbon
emissions during production and operation processes based on renewable energy sources …

This paper proposes an integrated model for multi-machines dynamic lot sizing aiming to
produce a single item, considering the energy consumption during the production horizon …

Industrial energy consumption accounts for approximately one third of the energy consumed
by the four major end-uses of energy (ie, residential, commercial, industrial, and …

Energy efficiency attains increasing attention in production systems due to growing energy
costs and public perception of environmentally conscious operations. The paper features a …

This paper considers scheduling the production of several different items on a single
machine with constrained capacity, commonly known as the economic lot scheduling …

Motivated by real challenges on energy management faced by industrial firms, we propose a
novel way to reduce production costs by including the pricing of electricity in a multi-product …

Recently, in order to reduce energy consumption while maintaining productivity in lines,
industries require preevaluation methods and production management methods that …

In this study, we discuss a lot sizing problem in manufacturing systems incorporating returns
remanufacturing options under a carbon emission constraint. The system studied is a single …

This paper extends the classical dynamic lot sizing model to the case with carbon emission
and multi-mode production. Production activities generate emission and an emission cap is …

This paper reports on a new Multi-Level Capacitated Lot-Sizing Problem (MLCLSP) taking
into account the energetic aspect. A linear mixed integer programming model is proposed to …