300mbar Vacuum Recovery System of High Pressure Cleaning Machine

Product Description

Vacuum Recovery System Two methods that are often used in the high pressure cleaning industry are water cleaning and sandblasting. And these two methods have their own defects, the waste water from water cleaning is difficult to recycle, the waste abrasives from sandblasting are recycled, and the environment is polluted. For these two situations, our company has developed a new vacuum recovery system to solve such problems.
The principle of vacuum recovery system:
Vacuum recovery systems are designed to recover used recyclable abrasives /wastewater etc. from the work area into silos for subsequent return to water cleaning equipment/ blast cleaning equipment or, for consumable abrasives, disposal into waste hoppers. For sandblasting equipment, after the abrasive is deposited into the silo, the vacuum flow containing air and dust is filtered and then continues to the suction device, and the settled abrasive can be recycled after recycling. For water cleaning equipment, the wastewater will be recycled to the silo through the recycling system, and then it can be used with water treatment equipment to remove slag and filter the wastewater for subsequent secondary use.
Advantages of vacuum recovery system:
1.Closed operation will not cause environmental pollution.
2.Recycling of materials can be realized.
3.Automatic start and stop, the system will automatically shut down after a certain amount of waste in the silo.
4.Diversified recovery by the cacuum recovery system.
Vacuum Recovery System Pump Parameters:

Model	Rated Power	Maximum exhaust and suction capacity	Suction pressure	Exhaust pressure	Weight
	KW	m³/h	mbar	mbar	Kg
TB219	0.12	55	-60	60	5
TB229	0.18	55	-70	80	6
TB239	0.25	82	-110	110	10
TB319	0.37	82	-120	130	10
	0.5	98	-150	160
TB329	0.55	100	-120	130	11
	0.62	120	-120	130
TB339	0.75	145	-160	160	17
	0.83	175	-160	160
TB419	1.1	145	-170	200	18
	1.3	175	-210	220
TB429	1.5	210	-200	200	23
	2.1	255	-220	210
TB439	2.2	265	-235	220	28
	2.5	315	-245	230
TB449	3	318	-270	290	36
	3.45	376	-250	230
TB459	4	318	-290	330	40
	4.6	376	-330	330
TB529	5.5	530	-300	320	62
	6.3	620	-320	340
TB539	7.5	530	-320	380	65
	8.6	620	-340	400
TB609	8.5	1050	-250	250	105
TB619	11	1050	-300	300	110
TB629	15	1050	-350	400	120
TB639	18.5	1050	-400	460	130

Other applications of vacuum recovery systems:
Water treatment industry: When cleaning the inner and outer walls of ships/oil storage tanks, it can be used with wall-climbing cleaning robots to realize the recycling and utilization of wastewater and sewage.
Sandblasting industry:
with sandblasting equipment or automatic sandblasting robots, waste abrasives can be perfectly recovered by the vacuum recovery system.
Oil and gas industry:
When cleaning up the sludge accumulated in the oil storage tank, the vacuum recovery system can be used with the dredging robot to efficiently and quickly recover the sludge in the oil storage tank or pipeline.
Municipal engineering:
The silt at the bottom of rivers and lakes is extremely difficult to clean up due to perennial accumulation. Vacuum recovery system can be used with underwater robots.
Electric power industry:
The gas in the boiler is pumped out by a vacuum pump, so that the pressure in the boiler drops to a lower range, thereby improving the safety of the boiler.
Wood processing industry:
Use vacuum pump to degas and dry wood, so that the penetration of preservatives is deeper and the protection effect is improved.
Pharmaceutical industry:
Mainly used in distillation, purification, vacuum transportation, evaporation, concentration, drying, extraction and sublimation, etc.
Metallurgy, brick and pottery industry:
Used to prevent metal from being oxidized due to high temperature during processing, and to discharge moisture and air in bricks and ceramics through vacuum to ensure higher quality.
Plastic industry:
In the plastic production process, the plastic is melted in the extruder and degassed at the base of the screw, and the vacuum pump discharges the gas and steam in the melt to obtain ideal thermoplastic products with higher strength and better insulation properties.