Chemicals, essential materials for modern life, emit substantial greenhouse gases during
production and use. Like the other carbon-intensive industries, the chemical industry is a …

Electric motor systems (EMS) cover a remarkable share of industrial power consumption.
Despite the wide set of apparently cost-effective opportunities to improve energy efficiency in …

The chemical and petrochemical sector relies on fossil fuels and feedstocks, and is a major
source of carbon dioxide (CO2) emissions. The techno-economic potential of 20 …

Process heat electrification, energy efficiency improvement, and renewable technology
integration are the most effective ways of achieving industrial decarbonization. However …

The growing attention towards environmental sustainability in the pharmaceutical industry
and increased awareness of the potential for improving energy performance are justified by …

Slowing down the energy efficiency (EE) improvement rate over the past half a decade and
relatively low EE-related investments highlight a need for a more targeted approach to …

While quantitative methods for tracking the evolution of energy efficiency (EE) in industry do
exist, these cannot always be directly applied, mainly due to lack of data on physical activity …

Excess heat from industrial processes can be utilized in district heating networks, thereby
reducing the primary energy demand and possibly the CO 2 emissions for generating district …

The food and beverage (F&B) production is the second most energy consuming industry
sector, consuming up to 14%(22 PJ) of the Swiss industry's total final energy (TFE) and …

In this present work, a simple electroless deposition method is used for the fabrication of
hexacyanoferrate (III)‐nickel deposited pencil graphite (HCF‐Ni‐PGE) electrode and …