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Limestone in flue gas desulphurization in oxygen-enriched atmospheres. Part I. The effect of CO2 on limestone calcination

Kochel A., Cieplińska A., Szymanek A.

Chemical and Process Engineering

2012

Vol. 33, nr 2

255-262

The article describes the testing of four selected samples of limestone originating from four commercially exploited deposits. The tests of sorbents included a physicochemical analysis and calcination in different atmospheres. The main aim of the tests was to determine the possibilities for using limestone during combustion in oxygen-enriched atmospheres. Tests in a synthetic flue gas composition make it possible to assess the possibility of CaC03 decomposition in atmospheres with an increased C02 concentration.

Limestone in flue gas desulphurisation in oxygenenriched atmospheres. Part II. The effect of CO2 on direct limestone sulphation

Kochel A., Cieplińska A., Szymanek A.

Chemical and Process Engineering

2012

Vol. 33, nr 3

359-367

The article presents tests carried out on three selected samples of limestone originating from three commercially exploited deposits. The tests of sorbents included desulphurisation in different atmospheres and a physicochemical analysis of desulphurisation products. The aim of the tests was to determine desulphurisation efficiency and conversion degree as dependent on the concentration of O2 and CO2.

Use of geothermal energy to produce clean energy in the Stirling engine

Jabłońska M., Cieplińska A., Szymanek A., Ochodek T.

Chemical and Process Engineering

2010

Vol. 31, z. 4

905-917

The possibilitiesof using geothermal energy in the Stirling engine have been presented to produce clean electrical energy. The model of a Stirling engine and its construction have been described. Basic research of the Stirling engine model has been carried out. These studies indicate a potential opportunity to produce clean electrical energy from geothermal water using the Stirling engine.

Badano możliwości wykorzystania energii z wód geotermalnych do wytwarzania czystej energii elektrycznej w silniku Stirlinga. Przedstawiono model silnika Stirlinga oraz jego budowę i przeprowadzono badania podstawowe. Ich wyniki wskazują na potencjalną możliwość wytworzenia czystej energii elektrycznej w silniku Stirlinga z wód geotermalnych.