Oil Sludge Harmless Treatment Pyrolysis Equipment and Process

Product Description

Sludge is a solid waste containing oil generated during the process of oil extraction, refining, and storage and transportation. With the increasing awareness of environmental regulations and resource recycling, sludge treatment technology continues to innovate, and a series of efficient and environmentally friendly new methods have emerged.
The harmless treatment equipment for waste oil sludge and oil residue adopts a combination process of "hot washing separation+centrifugal dehydration+deep drying", and the oil content of the treated residue can be reduced to below 0.3%, far below the national standard limit of 1%.
The integrated equipment for indirect pyrolysis of oily sludge adopts a dual-layer structure design, with the inner layer serving as the pyrolysis reaction chamber and the outer layer as the heating chamber, which indirectly supplies heat through high temperatures. This structure ensures that the pyrolysis process does not come into direct contact with open flames, and the temperature can be precisely controlled within a certain range.
The oil sludge treatment equipment features a high resource recovery rate, integrates multiple processes in the production line, offers flexible installation methods, and boasts a high degree of automation, which can handle different kinds of oil sludge.
The oil sludge pyrolysis equipment line is easy to maintain. The key components are made of wear-resistant and corrosion-resistant materials, with a low equipment failure rate and strong adaptability.
The core features of oil sludge treatment equipment are efficient separation of oil sludge components, compliance with environmental protection standards, and strong adaptability. It is widely used in multiple industries such as petrochemicals.

No.	Item Name	Unit	Parameter	Remarks
1	Moisture Content(wet basis)	%	10-12
2	Oil Content (wet basis)	%	5-12.2
3	Other Organic Matter Content	%	1
4	Inorganic Matter Content (main components: barium sulfate, calcium oxide, silicon dioxide, ferric oxide, aluminum oxide, etc.)	%	77-82
5	Material Particle Size (some materials form lumps after aggregation)	mm	10-150	Proportion 20%
			<10	Proportion 80%
7	Processing Capacity	t/d	310
8	Annual Operating Time	days	330
9	Minimum Continuous Operation Time per Cycle	days	>90
10	Minor Repair Downtime per Cycle	days	<2
12	Major Repair Downtime	days	<15