Title :
A laboratory superconducting high gradient magnetic separator
Author :
Yan, L.G. ; Yu, Y.J. ; Wang, Z.K. ; Kao, Z.Y. ; Ye, Z.X. ; Xue, C.L. ; Ye, P. ; Cheng, Y.L. ; Li, X.M. ; Kong, Q.W. ; Song, S.S. ; Nan, H.L. ; Dai, Y.M. ; Tang, H.T.
Author_Institution :
Inst. of Electr. Eng., Acad. Sinica, Beijing, China
fDate :
3/1/1989 12:00:00 AM
Abstract :
To determine the effectiveness of high-gradient magnetic separation (HGMS) for kaolin clay purification and coal desulfurization in China and to develop suitable technology, a superconducting HGMS facility has been constructed and put into operation. The working separation chamber is 80 mm in diameter and 400 mm in length. The magnet is wound with 0.75-mm and 0.5-mm diameter NbTi superconducting composite. The winding is compact and wax-filled. Tests prove that the magnet can operate at 5 T. Special attention has been paid to design and construction of the magnet cryostat. In the wet benefication mode, there are two separation systems available; one is an upward pumping feeding system and another is downward gravity feeding. The rate of flow and the linear velocity are 0-0.5 L/s and 0-100 cm/s, respectively. Preliminary sample test results for kaolin clay purification and coal desulfurization show the feasibility of magnetic separation
Keywords :
cryostats; magnetic separation; superconducting magnets; 5 T; HGMS; NbTi superconducting composite; coal desulfurization; downward gravity feeding; flow rate; kaolin clay purification; linear velocity; magnet cryostat; superconducting high gradient magnetic separator; upward pumping feeding system; wax-filled winding; wet benefication mode; working separation chamber; Gravity; Laboratories; Magnetic separation; Niobium compounds; Particle separators; Purification; Superconducting magnets; Testing; Titanium compounds; Wounds;
Journal_Title :
Magnetics, IEEE Transactions on
