activated ceramic ball with Cobal

Model:	BS-SW
Brand:	Baisheng
Origin:	Made In China
Category:	Chemicals / Chemical Lab Supplies
Label:	activated ball , catalyst ball , alu ball
Price:	US $3000 / metric
Min. Order:	1 metric

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Product Description

SW Activated Ceramic Balls

1. Product Description

SW Activated ceramic ball is a new support material for catalyst. It is processed by adding a small amount of transition metal oxide into the inert ceramic ball. It preserve the property of high - temperature resistance and strength of the inert ceramic ball, in addition, it has adequate catalytic activity when used in the process of olefin hydrogenation. If been set on the top of catalyst bed in the reactor, the activated ceramic ball can make the olefin in the secondary processing fraction pre-hydrogenated and, keep the catalyst from coking. Similarly, if been set on the bottom, it can remove the thio-alcohol caused in the reaction process. On the whole,using the SW activated ceramic all can not only save the space in reactor, but also protect the catalyst from poisoning or sintering and, consequently prolong the service life of catalyst.

2. Technical Specification

Item Type		(Ni-Mo) SW-1	(Ni-W) SW-2	(Co-Mo) SW-3
Active component		Nio 0.5~1.0 MoO3 1.5~2.5	Nio 0.5~1.0 WO3 1.5~2.5	CoO 0.5~1.0 MoO3 1.5~2.5
Appearance		Yellowish brown	Faint yellow	light grey
Pore volume, ml/g		0.1~0.2
Thermal resistance, ℃		≥800
Abrasion loss , %		≤5
Crushing Strength	Φ3~10	≥150
	Φ13~20	≥500
	Φ25~50	≥1200
	Φ75	≥3500
Bulk density ,kg/m3		1100~1300
Note:The data of bulk density is given for reference only,not as the acceptance criteron.

3. Catalytic Property

Item Type	SW-1		SW-2			SW-3
Reaction temperature,℃	275	300	300	320	350	300	320	350
Hydrogen pressure,Mpa	3.0	3.0	3.0	3.0	3.0	3.0	3.0	3.0
Liquid velocity,h-1	10	10	4.2	4.2	4.2	4.2	4.2	4.2
Ratio of hydrogen/oil	600	600	450	450	450	450	450	450
Sulfur content,Wt %	2.5	2.5	2.5	2.5	2.5	2.5	2.5	2.5
Olefin content,Wt %	27.5	27.5	27.5	27.5	27.5	27.5	27.5	27.5
Rate of desulfation, %	76	95	40	60	77	36	54	63
Olefin saturaation, %	58	95	10	33	45	7	19	42