Petrochemical & Renewable Fuel Processing

The Industry

Engineered Separation for Heavy, Fouling, and Energy-Intensive Streams.

Separation performance in petrochemical, renewable fuel, and energy applications is closely tied to recovery targets, heat-transfer strategy, vacuum performance, and system reliability — protecting purity, uptime, and energy use even as streams resist fouling or thermal degradation.

Many of these streams benefit from lower operating pressures, shorter residence times, or specialized heat-transfer strategies that reduce thermal stress and improve recovery — while refinery and energy operations more broadly depend on stable vacuum generation and reliable reboiler performance to keep separation running.

Artisan helps processors align separation strategy with the material behavior, pressure conditions, utility demands, and recovery targets of the application — drawing on Jet-Vac® and other vacuum technology experience to configure the right equipment around real operating requirements.

Key Differentiators

Heavy-End Separation

High-boiling materials, heavy aromatics, and difficult hydrocarbon streams often need lower-pressure separation to reduce thermal exposure, improving recovery while protecting valuable product.

Fouling & Reboiler Limitations

Rototherm® thin-film processing offers a reboiler or separator alternative where fouling, residue buildup, or poor heat transfer limits conventional performance.

Renewable Fuel Purification

Biodiesel and renewable fuel purification often involves FFA reduction, glycerin recovery, and solvent removal, each requiring controlled heat transfer and reliable vacuum operation.

Vacuum Reliability & Steam Efficiency

Refinery, chemical, and energy operations need stable vacuum performance and efficient utility use to keep separation running consistently, configured around operating pressure, vapor loads, and steam efficiency.

Artisan Capabilities for Petrochemicals, Renewable Fuels & Energy

Connect Separation Technology, Vacuum Performance, and Utility Strategy.

Separation Equipment

Evaporation, stripping, short-path separation & reboiler service

Artisan’s Rototherm®, Evaporator/Stripper™, Short-Path Stripper®, and rising film technologies support hydrocarbon recovery, heavy-end separation, biodiesel purification, solvent removal, and refinery-related thermal processing.

Process Vacuum & Utility Systems

Ejectors, liquid ring systems, thermocompressors & condensers

Vacuum is central to refinery distillation, hydrocarbon stripping, dehydration, deaeration, and renewable fuel processing. Artisan’s vacuum system capabilities support pressure control, steam efficiency, condensation, and reliable operation in demanding process environments.

Testing & Design

Process development through packaged equipment

From material testing and process modeling to modular skid design and integrated production systems, Artisan helps customers move from process challenge to equipment configuration with practical engineering support.

Need to improve separation performance without overloading existing infrastructure? Artisan can help review the process, the vacuum requirements, and the operating limitations together.

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Process Applications

Where Artisan Equipment Supports Petrochemicals, Renewable Fuels & Energy Processing.

Heavy Aromatics & High-Boiling Streams

Vacuum-assisted thermal separation technologies support recovery and purification of heavy hydrocarbons, aromatics, lubricating oil-related materials, and other high-boiling process streams.

Biodiesel & Renewable Fuel Purification

Renewable fuel producers rely on Artisan equipment to move biodiesel intermediates through each purification stage, from initial processing to finished, on-spec fuel.

Refinery Vacuum Applications

Steam jet ejectors, liquid ring vacuum systems, hybrid systems, and condensers support vacuum distillation, stripping, drying, deaeration, and pressure-controlled refinery operations.

Reboiler Strategies for Difficult Columns

Rototherm® technology can serve as a specialized reboiler approach for fouling, residue-forming, or heat-sensitive bottoms streams that challenge conventional reboilers.

Solvent & Hydrocarbon Recovery

Thermal separation and condensation systems can recover solvents, hydrocarbons, and valuable components from process streams while reducing waste and improving downstream handling.

Glycerin Product Recovery

Renewable fuel operations can benefit from purification and recovery systems that transform crude glycerin into higher-value grades while reducing unnecessary processing steps.

Steam Efficiency & Utility Support

Energy-intensive operations depend on efficient steam use and reliable heat removal to keep vacuum generation and process support running at peak performance.

Bring Artisan Into the Process Conditions Early.

Petrochemical and renewable fuel applications are shaped by more than a single separation target — pressure, boiling range, heat duty, fouling behavior, steam use, and existing plant infrastructure all play a role. Share the process conditions behind your challenge, and we’ll help evaluate the right approach.

Petrochemicals, Renewable Fuels & Energy