Generation of Thermal Electromotive Force during Combustion of Mixtures of Ti + xB

Щербаков, В. А.; Barinov, V. Yu.

doi:10.1134/s0010508222010063

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2023

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“…Reacting with oxygen, these elements give rise to oxides, which then transition into a molten state, forming a byproduct commonly referred to as slag. This slag is then carried away by the updrafts of hot air, leaving the remaining carbon to undergo oxidisation and form carbon dioxide (CO2) [7].…”

Section: Methodsmentioning

confidence: 99%

Optimising Pulse Combustion Systems for Enhanced Efficiency and Sustainability in Thermal Power Engineering

Kasimov,

Sulliev,

Eshkabilov

2023

E3S Web Conf.

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This study evaluates the potential of pulsed cleaning, an emerging technology, in the maintenance of heating energy and reclamation boilers. Findings suggest that pulsed cleaning presents an effective, energy-efficient and eco-friendly approach to deposit removal. However, there remains a necessity for further investigation to fine-tune the process and understand its long-term implications on boiler performance. The ultimate objective is to establish pulsed cleaning as a reliable, efficient and sustainable cleaning technique for boiler surfaces. The study determined that pulsed cleaning is an encouraging new technology for cleansing the surfaces of heating energy and reclamation boilers. Nevertheless, it was noted that additional research is required to fine-tune the pulsed cleaning procedure and to evaluate its prolonged effects on the efficiency of boilers.

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Section: Methodsmentioning

confidence: 99%