Services

Engineered Chemical Cleaning

Service Overview

PetroDecon specializes in engineered chemical cleaning solutions for critical process equipment across multiple end markets, including refining, petrochemical, utility, and pulp and paper industries. Whether supporting pre-commissioning, startup, maintenance, environmental compliance, or complex operational issues, our approach is built around precision, safety, and field-proven results. We clean and restore equipment such as exchangers, towers, piping systems, knockout drums, vessels, and tanks using tailored chemical formulations applied through a variety of methodologies and proven techniques. We customize every cleaning solution to incorporate a number of critical criteria, including application safety, system metallurgy, fouling or deposit composition and characteristics, operational restrictions, waste volumes, waste profiles, disposal options, and overall economics.

Our pre-commissioning services focus on removing mill scale, oils, rust, and other contaminants to ensure new systems are startup-ready. We provide passivation treatments to protect cleaned surfaces from corrosion. For operational and maintenance cleanings, we incorporate specialty solvents and application techniques to remove asphaltenes, coke, polymers, and scale.

Our goal is restoring production and operational efficiency, while reducing downtime and the need for mechanical intervention. 

Typical Applications

  • Heat exchangers and reboilers
  • Towers and columns
  • Process piping systems
  • Knockout and flash drums
  • Vessels and associated internals

Execution Approach

Chemical cleaning programs utilize tailored combinations of inhibited acids, detergents, solvents, chelants, or specialty formulations selected to dissolve, loosen, or mobilize deposits so they can be safely removed from the system.

Application methods are selected based on geometry, fouling location, and safety considerations and may include full‑fill circulation, cascade or sparge techniques, targeted injection, vapor‑phase application, or foam‑based methods.

Key Outcomes

  • Restored heat transfer and flow efficiency
  • Reduced pressure drop and fouling‑related constraints
  • Improved equipment reliability
  • Minimized mechanical cleaning scope and duration

Verification & Validation

Cleaning effectiveness is verified through visual inspection, process data review, and analytical confirmation when required, including integration with decon sampling where applicable.

Related Capabilities

  • Turnaround Optimization
  • Degassing & Decontamination
  • Decon Testing & Real‑Time Analysis
  • Mobile Wastewater Treatment

Where This Service Is Commonly Applied

Refining • Petrochemical & Olefins • Utilities • Midstream

Tools & References

  • Unit Compatibility Matrix

  • Methods & Equipment

Online Cleaning

Service Overview

PetroDecon’s online cleaning services are engineered to restore system performance while equipment remains in operation. These services are applied where shutdowns are undesirable or impractical and where systems can safely support controlled chemical injection. This approach allows operators to address fouling, flow restrictions, and efficiency loss while maintaining normal production, making it ideal for systems with parallel flow capability or components to be safely isolated during treatment.

Using proprietary and conventional chemistries we target and dissolve heavy hydrocarbons, asphaltenes, polymers, and organic/inorganic deposits that degrade performance and can lead to corrosion and equipment reliability issues. These chemistries are formulated for high-temperature applications and maintain effectiveness without degrading under harsh conditions. Cleaning agents are injected directly into the system at controlled rates, with flow and temperature conditions optimized to maximize chemical contact and fouling removal.

This approach typically requires no major mechanical modifications and can be completed in under 24 hours. Online cleaning reduces overall turnaround scope, avoids production loss, and restores 90–95% of performance, all while minimizing resource consumption and field disruption. It’s a proven, data-driven solution to improve asset performance in live operations.

Typical Applications

  • Heat exchangers with parallel flow capability

  • Cooling circuits and jackets

  • Selected process systems during live operation

Execution Approach

Cleaning agents are injected at controlled rates into operating systems. Flow conditions, temperature, and contact time are engineered to maximize fouling removal without disrupting normal operations.

Chemistries are selected to remain effective at elevated temperatures and to minimize impact on downstream systems.

Key Outcomes

  • Performance recovery without production loss

  • Reduced turnaround scope

  • Minimal mechanical intervention

  • Rapid deployment and execution

Verification & Validation

Performance improvement is verified through operating data, temperature differentials, pressure drop, and process performance indicators.

Related Capabilities

  • Reactive Chemistry Cleaning

  • Turnaround Optimization

Where This Service Is Commonly Applied

Refining • Petrochemical • Utilities

Tools & References

  • Unit Compatibility Matrix

  • Methods & Equipment

Reactor & Catalyst Bed Cleaning

Service Overview

Conventional reactor clearing techniques often leave residual hydrocarbons due to channeling or vapor lock. PetroDecon addresses this with an engineered solution that involves injecting proprietary solvents such as CC-925 during the reactor cool-down or recycle phase. This method breaks down hydrocarbon binders, enhances penetration into catalyst beds, and improves catalyst flow during removal.

Our process significantly reduces risk, accelerates cool-down, and ensures a safer and more efficient operation. This approach is especially valuable when handling pyrophoric materials or during catalyst changeouts where safety and speed are critical.

Typical Applications

  • Fixed‑bed reactors

  • Catalyst handling systems

  • Reactor internals and associated piping

Execution Approach

Proprietary solvent systems are introduced during controlled phases of unit cool‑down or recycle operations. These formulations are designed to break down hydrocarbon binders and improve penetration into catalyst beds, facilitating safer and more predictable catalyst removal.

Key Outcomes

  • Reduced hydrocarbon retention

  • Improved catalyst flow and handling

  • Accelerated cooldown timelines

  • Reduced operational risk during catalyst change‑out

Verification & Validation

Effectiveness is evaluated through field observations, material handling performance, and coordination with decon testing where applicable.

Related Capabilities

  • Degassing & Decontamination

  • Decon Testing & Real‑Time Analysis

  • Turnaround Optimization

Where This Service Is Commonly Applied

Refining • Petrochemical

Tools & References

  • Unit Compatibility Matrix

  • Methods & Equipment

Turnaround Optimization

Service Overview

PetroDecon provides complete turnaround support services, from early planning through execution and testing. We develop custom scopes of work that integrate with client shutdown timelines and decommissioning plans. Our services include degassing and decontamination, neutralization and passivation, acid cleaning, and vapor-phase or foam-based applications.

Our pre-job engineering process includes reviewing PFDs and P&IDs, calculating chemical volumes, developing injection schemes, preparing sampling strategies, and estimating equipment and utility needs. We also align with client operations teams to finalize work method statements, job safety analyses, and waste management plans. PetroDecon provides single-point accountability throughout the project and offers flareless clearing methods using custom-built scrubbers and vapor systems to reduce emissions.

Typical Applications

  • Planned unit outages

  • Large‑scale maintenance events

  • Decommissioning and project support

Execution Approach

Turnaround support begins during planning and continues through execution. Activities include scope development, engineering reviews, chemical volume calculations, injection planning, sampling strategies, and waste management coordination.

Execution integrates multiple PetroDecon service lines under a single accountable scope.

Key Outcomes

  • Reduced overall turnaround duration

  • Improved coordination across work scopes

  • Lower emissions and flare impact

  • Predictable and repeatable execution

Verification & Validation

Turnaround success is validated through milestone completion, testing results, and readiness for maintenance handover.

Related Capabilities

  • Degassing & Decontamination

  • Reactive Chemistry Cleaning

  • Decon Testing & Real‑Time Analysis

  • Mobile Wastewater Treatment

Where This Service Is Commonly Applied

Refining • Petrochemical • Utilities

Tools & References

  • Unit Compatibility Matrix

  • Methods & Equipment

Degassing & Decontamination

Service Overview

PetroDecon’s degassing and decontamination services rapidly remove hazardous compounds such as benzene, hydrogen sulfide, VOCs, ammonia, and pyrophoric iron. Using proprietary vapor-phase and liquid chemistries, we prepare systems for safe entry often within hours.

Our degassing process typically achieves benzene concentrations below 0.05 ppm, with no need for fresh air equipment entry. Chemistries are designed to lift hydrocarbons from surfaces and separate cleanly from water, reducing emulsification and waste generation. This makes us a preferred partner for safe, fast system turnover and reduced downtime.

Typical Applications

  • Columns and towers

  • Vessels and drums

  • Reactor‑adjacent systems

  • Exchangers and piping

Execution Approach

Engineered vapor‑phase and liquid‑phase chemistries are applied based on contaminant profile and equipment configuration. Temporary headers, condensers, and recovery systems are utilized where required to support scale and safety requirements.

Key Outcomes

  • Reduced vapor hazards

  • Accelerated entry readiness

  • Improved safety and compliance

  • Reduced downtime

Verification & Validation

Results are confirmed through coordinated Decon Testing & Real‑Time Analysis prior to entry or handover.

Related Capabilities

  • Turnaround Optimization

  • Reactive Chemistry Cleaning

  • Mobile Wastewater Treatment

Where This Service Is Commonly Applied

Refining • Petrochemical • Midstream

Tools & References

  • Unit Compatibility Matrix

  • Methods & Equipment

Fin Fan Foaming

Service Overview

At PetroDecon, we specialize in fin fan foaming, a cutting-edge cleaning technique designed to maintain the efficiency and longevity of your heat exchangers. This process involves applying a high-volume, low-pressure foam to the fins of heat exchangers, effectively removing accumulated dirt, debris, and contaminants without causing any damage. Regular fin fan foaming is crucial for ensuring optimal heat transfer, reducing energy consumption, and extending the lifespan of your equipment. Our environmentally friendly, biodegradable cleaning solutions are safe for both your equipment and the environment. Additionally, our method allows for cleaning while the equipment is operational, minimizing downtime and maximizing productivity. Trust PetroDecon to keep your exchangers running at peak performance with our reliable and efficient fin fan foaming services. 

Typical Applications

  • Fin fan coolers

  • Air‑cooled heat exchangers

Execution Approach

High‑volume, low‑pressure foam is applied to exchanger fins to dislodge and remove dirt, fibers, and environmental debris without damaging sensitive surfaces.

Key Outcomes

  • Improved heat transfer efficiency

  • Reduced energy consumption

  • Minimal operational disruption

  • Extended equipment life

Verification & Validation

Results are confirmed through visual inspection and performance data review.

Related Capabilities

  • Reactive Chemistry Cleaning

Where This Service Is Commonly Applied

Refining • Petrochemical • Utilities

Tools & References

  • Unit Compatibility Matrix

Decon Testing & Real‑Time Analysis

Service Overview

At PetroDecon, we rely on analytical validation, not guesswork. Our onsite mobile labs allow us to provide real-time data for benzene, H₂S, total hydrocarbons, and LEL readings that support operational readiness and entry clearance. Samples are collected in a controlled, safe manner and analyzed using calibrated gas chromatography equipment. These results are logged and shared instantly with client teams, helping reduce rework and ensure compliance.

Typical Applications

  • Towers and vessels

  • Reactor systems

  • Gas processing equipment

  • Turnaround and outage scopes

Execution Approach

Onsite mobile laboratories perform real‑time sampling and analysis for airborne and internal vapor contaminants using certified analytical methods.

Key Outcomes

  • Defined cleaning end points

  • Reduced rework and delays

  • Improved safety decision‑making

  • Regulatory documentation support

Verification & Validation

All testing data is documented and communicated directly with client operations and safety teams.

Related Capabilities

  • Degassing & Decontamination

  • Turnaround Optimization

Where This Service Is Commonly Applied

Refining • Petrochemical • Midstream

Tools & References

  • Unit Compatibility Matrix

Mobile Wastewater Treatment

Service Overview

PetroDecon provides mobile wastewater treatment support for waste streams generated during chemical cleaning and turnaround activities.

Typical Applications

  • Turnaround waste streams

  • Spent cleaning solutions

  • Hydrocarbon‑contaminated water

Execution Approach

Waste treatment integrates chemical treatment, oil recovery, and coordination with licensed water treatment providers to manage waste volumes and profiles.

Key Outcomes

  • Reduced waste volumes

  • Improved oil recovery

  • Compliance with disposal requirements

Verification & Validation

Treatment effectiveness is confirmed through sampling, documentation, and coordination with receiving facilities.

Related Capabilities

  • Degassing & Decontamination

  • Decon Testing & Real‑Time Analysis

Where This Service Is Commonly Applied

Refining • Petrochemical • Utilities

Tools & References

  • Unit Compatibility Matrix

Passivation

Service Overview

PetroDecon provides passivation services to protect freshly cleaned metal surfaces and reduce corrosion following chemical cleaning activities.

Typical Applications

  • Process equipment

  • Heat exchangers

  • Boilers and piping systems

  • High‑purity systems

Execution Approach

Passivation treatments are selected based on metallurgy and prior cleaning methods and applied under controlled conditions to form a controlled protective oxide layer that reduces corrosion potential.

Key Outcomes

  • Reduced after‑rust

  • Improved equipment protection

  • Extended service life

Verification & Validation

Passivation effectiveness is confirmed through inspection and post‑treatment evaluation.

Related Capabilities

  • Reactive Chemistry Cleaning

  • Boiler Cleaning

Where This Service Is Commonly Applied

Refining • Utilities • Specialty Manufacturing

Tools & References

  • Methods & Equipment