XF型雙葉輪高效節(jié)能吸附槽 Double impeller adsorber

吸附槽

國家行業(yè)標準JB/T9041

高效節(jié)能吸附槽集浸出和炭吸附工序為一體，形式上與氰化槽相似。吸附槽是保證料漿混合良好，既要使活性炭均勻地懸浮在礦漿中、又要使活性炭磨損小、吸附率達99%以上，工作時槽內礦漿產生軸向和徑向流動，通過中空軸充氣、葉輪攪拌促使氣泡細化，達到物料及活性炭均勻懸浮，吸附飽和的載金炭通過空氣提升泵排出槽外，進入下一個流程。

High-efficiency energy saving absorption tank integrates leaching with carbon absorption process and is formally similar to cyanidation vat. . The absorption tank is designed to ensure the proper mixing of feed pulp, namely to enable active carbon to suspend in ore pulp uniformly while minimizing the abrasion of active carbon and reaching an absorption rate of higher than 99%. During the operation, the ore pulp inside the vat flows in an axial and radial direction. The bubble is thinned through inflation by sleeve shaft and mixing by impeller so as to realize the uniform suspension of material and active carbon. The saturated gold carrier carbon is discharged from the vat through air lifting pump and gets into the next procedure.

型號規(guī)格Model	槽體尺寸Size of tank	有效容積Volume	葉輪轉速Impeller revolution	礦漿濃度	功率Power	質量Weight
型號規(guī)格Model	m	m³	r/min	（%）	kw	t
XF2.5×2.5	Φ2.5×2.5	10.8	57.6	＜45	2.2	3.3
XF2.5×2.8	Φ2.5×2.8	12.6	57.7	＜45	3.0	3.67
XF2.5×3	Φ2.5×3	13	57.6	＜45	2.2	3.9
XF2.5×3.15	Φ2.5×3.15	13.5	57.6	＜45	2.2	4.2
XF3×3	Φ3×3	23	50	＜45	2.2	4.9
XF3×3.35	Φ3×3.35	22.3	50.5	＜45	4.0	5.29
XF3×3.5	Φ3×3.5	22.97	50	＜45	2.2	5.6
XF3.15×3.55	Φ3.15×3.55	29	50	＜45	2.2	5.9
XF3.5×3.5	Φ3.5×3.5	29	50	＜45	5.5	6.2
XF3.5×4	Φ3.5×4	35.6	41.14	＜45	4	6.65
XF4×4.5	Φ4×4.5	52.78	33.5	＜45	4	8.29
XF4.5×5	Φ4.5×5	74.75	33.5	＜45	5.5	10.8
XF5×5.5	Φ5×5.5	102	30.64	＜45	5.5	11.6
XF5.15×5.65	Φ5.15×5.65	118	28	＜45	3.7	11.9
XF5.5×6	Φ5.5×6	135	24.4	＜45	7.5	14.29
XF6×6.5	Φ6×6.5	170	23	＜45	18.5	18
XF6.5×7	Φ6.5×7	215	23	＜45	18.5	21
XF7×7.5	Φ7×7.5	269	21	＜45	22	29.03
XF7.5×8	Φ7.5×8	331	21	＜45	22	32.8
XF8×8.5	Φ8×8.5	402	17	＜45	22	42.47
XF8.5×9	Φ8.5×9	480	17	＜45	22	46.62
XF9×9.5	Φ9×9.5	572	17	＜45	30	53
XF9.5×10	Φ9.5×10	673	14	＜45	30	58
XF10×10.5	Φ10×10.5	785	14	＜45	30	64
XF11×12	Φ11×12	1140	13	＜45	55	73
XF12×13	Φ12×13	1470	13	＜45	75	86