———— Industrial Desulfurization & Oil Upgrading Solution
Ultrasonic Oxidative Desulfurization Plant for Diesel & Oil
The VBOLT-TL diesel desulfurization system is designed for diesel, naphtha, kerosene, pyrolysis oil, base oil, and related feedstocks. It removes sulfur, nitrogen, oxygen compounds, gums, and asphaltenes, etc. while improving color, viscosity index, and oxidation stability.
<10 ppm
Target sulfur level
Multi-Feed
Diesel, naphtha, pyrolysis, base oil
Integrated
Ultrasonic, oxidation, extraction, recovery
B2B Ready
Custom engineering & EPC support
Ultrasonic Oxidative Desulfurization Plant
An integrated desulfurization solution combining ultrasonic-assisted oxidation, selective extraction, and solvent recovery to efficiently remove sulfur compounds from diesel and other suitable petroleum streams
Advanced Sulfur Removal
Designed for deep sulfur reduction through controlled oxidation and selective separation, with performance tailored to feedstock characteristics and product requirements.
Ultrasonic-Enhanced Oxidation
Ultrasonic cavitation intensifies mass transfer and promotes sulfur compound oxidation, improving reaction efficiency under optimized operating conditions.
Flexible Feedstock Processing
Improves viscosity index, color, and oxidation stability to support higher-value downstream products.
Integrated Solvent Recovery
Integrated solvent separation and recovery help reduce fresh solvent consumption, operating costs, and waste generation.
———— Desulfurization Plant Video
04:05 MIN ·Full Project Film
VBOLT Project Film
Real Equipment · Real Process · Real Operation
———— PLANT VIDEO · DESULFURIZATION TECHNOLOGY
Ultrasonic Oxidative Desulfurization Plant
Discover VBOLT’s integrated ultrasonic-assisted oxidative desulfurization technology, engineered for efficient sulfur removal from diesel and other suitable petroleum streams. The system combines ultrasonic cavitation, controlled oxidation, selective extraction, and solvent recovery to enhance sulfur compound conversion and separation efficiency, providing customized desulfurization solutions for industrial fuel upgrading and refining applications.
Feedstock
Ultrasonic-Assisted Oxidation
Process
Oxidation & Extraction
Output
Diesel & Petroleum Streams
Configuration
Modular · Skid-Mounted
———— Scenario
Application Scenario
A complete desulfurization and oil upgrading solution for refineries, petrochemical plants, waste oil recovery projects, and lubricant refining operations.
Designed for Deep Desulfurization and Feedstock Upgrading
The VBOLT-TL desulfurization unit is engineered to remove sulfur-containing compounds, nitrogen-containing compounds, oxygen-containing compounds, gums, and asphaltenes from a wide range of feedstocks.
With proprietary desulfurization reagents and catalysts, the system improves viscosity index, color, and oxidation stability while enabling sulfur reduction to low target levels, including below 10 ppm.
It is especially suitable for diesel desulfurization, naphtha desulfurization, kerosene desulfurization, pyrolysis oil refining, and base oil upgrading applications.
Can be integrated with waste oil recovery units to convert waste oil into valuable reusable resources and reduce environmental impact.
Can be combined with lubricating oil refining systems to support cleaner production and higher-quality lubricant products.
Together, these systems create a comprehensive refining solution with stronger efficiency, better compliance, and improved sustainability performance.
———— Process Intelligence
Core Technology Modules
The system combines multiple process functions into one coordinated industrial solution for sulfur removal, separation, and resource recovery.
01 / Ultrasonic Oxidation Module
Ultrasonic-Enhanced Oxidation Reaction
A high-frequency energy field creates cavitation and localized mass transfer intensification, improving oxidant dispersion and sulfur compound conversion for downstream extraction efficiency.
02 / Extraction Separation Module
Selective Extraction and Phase Separation
After oxidation pretreatment, target compounds are selectively transferred into the extraction phase, enabling deeper sulfur removal and better purification performance.
03 / Recovery and Recycling Module
Solvent Recovery and Closed-Loop Operation
Spent solvents or extractants are regenerated and returned to the process, reducing solvent consumption, lowering waste treatment demand, and improving long-term operating economics.
———— Process Intelligence
Diesel Desulfurization Plant Process Flow
The process is designed to deliver efficient sulfur removal, stable separation, and solvent recirculation in one integrated workflow.
01
Step 01
Feed Conditioning
Incoming oil feed is stabilized and adjusted for process requirements.
02
Step 02
Ultrasonic Intensification
High-frequency energy improves mixing, dispersion, and interfacial renewal.
03
Step 03
Oxidation Conversion
Sulfur compounds are converted into more separable forms.
04
Step 04
Extraction Separation
Target sulfur-containing species are selectively removed by extraction.
05
Step 05
Solvent Recovery
Solvents are recovered, regenerated, and returned to the process loop.
———— Technical Data
Technical Specifications
Standard technical information for product evaluation, engineering communication, and procurement review.
Your Partner from Concept to Commissioning
Suitable for industrial end users, EPC contractors, engineering teams, and international B2B procurement requirements.
| Product Name | Ultrasonic Oxidation Extraction Desulfurization Unit / VBOLT-TL Desulfurization System |
| Core Process | Ultrasonic Intensification + Oxidation Conversion + Extraction Separation + Solvent Recovery |
| Processing Capacity | 10 T/D to 80 T/D+ (Modular skid-mounted layout & custom scalable project delivery) |
| Feedstock Sulfur Content | Capable of processing high-sulfur streams up to 65,000 ppm down to low target limits |
| Applicable Feedstocks | Diesel, naphtha, kerosene, pyrolysis oil, base oil, and related sulfur-containing oil streams |
| Removal Targets | Sulfur compounds, nitrogen compounds, oxygen compounds, gums, and asphaltenes |
| Target Sulfur Level | Below 10 ppm, depending on feedstock and process design |
| Quality Improvement | Color improvement, viscosity index enhancement, and oxidation stability improvement |
| Ultrasonic Frequency | 20kHz–80kHz, configurable by application |
| Extraction System | Mixing-separation unit, extraction column, settling and phase separation modules available |
| Recovery System | Solvent recovery, regeneration, and recirculation supported |
| Extended Integration | Waste oil recovery unit and lubricating oil refining unit integration available |
———— Applications
Industry Applications
Suitable for industrial sulfur removal, oil upgrading, resource recovery, and integrated refining projects.
———— 01
Diesel and Clean Fuel Upgrading
Deep desulfurization and quality improvement for diesel, kerosene, and related clean fuel products.
———— 02
Petrochemical Processing
Designed for refining, petrochemical, and sulfur-containing process stream purification applications.
———— 03
Waste Oil Recovery
Supports waste oil recycling, resource recovery, and environmentally responsible processing upgrades.
———— 04
Base Oil and Lubricant Refining
Improves base oil quality and supports value-added lubricating oil refining projects.
———— 01
Diesel and Clean Fuel Upgrading
Deep desulfurization and quality improvement for diesel, kerosene, and related clean fuel products.
———— 02
Petrochemical Processing
Designed for refining, petrochemical, and sulfur-containing process stream purification applications.
———— 03
Waste Oil Recovery
Supports waste oil recycling, resource recovery, and environmentally responsible processing upgrades.
———— 04
Base Oil and Lubricant Refining
Improves base oil quality and supports value-added lubricating oil refining projects.
———— Technical FAQ
Frequently Asked Questions
Essential answers regarding industrial equipment supply boundaries and raw feedstock compatibility.
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Integrated Desulfurization, Recovery, and Oil Upgrading Solution
Improve sulfur removal performance, product quality, solvent efficiency, and sustainable plant operation with one coordinated industrial process system.