feed & air) the fluidized bed, which allows separation of grains for depending on their size and density.
The advantage of the process is the possibility of treating the fine fraction of the dust particles. Use these
advantages of dry separation process creates the basis for its use in refining produced crushed aggregate.
In the Center of Low-Energy Construction Technology and Environmental Management in Institute of
Mechanized Construction and Rock Mining from 2012 research with the use of this device are carried
out. The article presents the essence of the method of dry separation, the feasibility of testing on the pilot
plant and the potential areas of application of this process to improve the quality crushed aggregates.
REFERENCES(13)
1.
BAIC I., BLASCHKE W., SOBKO W., 2015, Badania nad odkamienianiem energetycznego węgla kamiennego na powietrznych stołach koncentracyjnych, Annual Set The Environment Protection, Vol. 17, 958–972.
BAIC I., BLASCHKE W., 2013, Analiza możliwości wykorzystania powietrznych stołów koncentracyjnych do otrzymywania węglowych paliw kwalifikowanych i substytutów kruszyw, Polityka Energetyczna, tom 16, zeszyt 3, IGSMiE PAN, Kraków, 247–260.
BAIC I., BLASCHKE W., SOBKO W., GÓRALCZYK S., BUCHALIK G., 2015, Nowa ekologiczna metoda usuwania zanieczyszczeń skałę płoną z urobku węgla kamiennego, Annual Set The Environment Protection, tom 17, 1274–1285.
BAIC I., BLASCHKE W., SOBKO W., FRAŚ A., 2015, Application of Air Concentrating Table for Improvement in the Quality Parameters of the Commercial Product “Jaret”, Inżynieria Mineralna, Rocznik XVI, nr 1 (35), 221–226.
S. Góralczyk, W. Blaschke, W. Kozioł, W. Sobko BAIC I., BLASCHKE W., SZAFARCZYK J., 2015, Matematyczny model pracy powietrznego stołu koncentracyjnego typu FGX, Zeszyty naukowe nr 9, Wyd. IGSMiE PAN, Kraków, 57–66.
BAIC I., BLASCHKE W., WITKOWSKA-KITA B., 2014, Badanie podatności węgli kamiennych na proces rozdziału metodą suchej separacji, Polityka Energetyczna, tom 17, zeszyt 4, IGSMiE PAN, Kraków, 117–126.
BLASCHKE W., BAIC I., 2013, Wykorzystanie powietrznych stołów koncentracyjnych do otrzymywania substytutów kruszyw metodą deshalingu, Kruszywa nr 3/2013, 48–50.
GHOST T., PATIL D., PAREK B.K., HONAKER R.Q., 2013, Uprading low Rank Coal Using A Dry, Density – Based Separator Technology, Proceedings of the 17th International Coal Preparation Congress, Istanbul, 295–308.
HONAKER R.Q., 2007, Coarse dry coal cleaning, University of Kentucky, Department of Mining Engineering, Lexington, Kentucky, USA, Workshop on Coal Beneficiation and Utilization of Rejects Initiatives, Policies and Best Practices, Ranchi, India.
LI GONGAMIN, 2006, Coal compound dry cleaning technique-study and practice, Proceedings of XV International Coal Preparation Congress, Pekin, Chiny, Vol II, 439–447.
LI GONGMEN, YANG YUNSONG, 2006, Development and application of FGX series compound dry coal cleaning system, China Coal – Technology monograph of the Tangsan Shenzou Machinery Co. Ltd., No 1/2006.
We process personal data collected when visiting the website. The function of obtaining information about users and their behavior is carried out by voluntarily entered information in forms and saving cookies in end devices. Data, including cookies, are used to provide services, improve the user experience and to analyze the traffic in accordance with the Privacy policy. Data are also collected and processed by Google Analytics tool (more).
You can change cookies settings in your browser. Restricted use of cookies in the browser configuration may affect some functionalities of the website.