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Engineering Services | Existing Fired Heaters

Fired Heater
Optimization & Revamps

Find the Constraint. Unlock the Potential.

See what is holding your heater back. We uncover performance blind spots, identify root causes and engineer practical upgrades. Recover efficiency. Increase throughput. Protect reliability and asset life.

Fired heater installations within an operating refinery

The Challenges We Address

Running Is Not the Same as Performing.

A heater can keep running while wasting fuel, restricting production or approaching critical limits. We look beyond routine readings to reveal what is wrong, why it matters and what to do next.

Excessive fuel consumption

Find avoidable heat losses, poor combustion settings and the true cost of fuel use.

Throughput limitations

Identify the firing, draft and heat-transfer limits holding back production.

Tube and equipment concerns

Detect high tube temperatures, fouling and coking threats that may shorten equipment life.

Unreliable operation

Reveal unstable combustion, draft and control conditions to avoid unplanned shutdowns.

Our Engineering Capabilities

Find the Cause. Engineer the Fix.

Stop treating symptoms. We analyse firing, heat transfer, process conditions and draft together to locate the real constraint.
Then we develop and assess solution options in relation to safety, reliability, ease of implementation and cost efficiency.

01 | Existing Operation

Troubleshooting & Performance Optimization

Pinpoint the constraint. Optimise operating conditions, equipment performance and control strategy.

  • Thermal efficiency and fuel-use assessments
  • Firing, burner performance, excess air and draft evaluations
  • Tube temperature, heat flux, fouling and coking-risk assessments
  • Throughput and duty bottleneck studies
  • Operational limits, performance recovery and improvement recommendations

02 | Equipment Improvements

Revamps, Upgrades & Capacity Enhancement

When operating changes are not enough, we design targeted modifications to deliver the required improvement.

  • Capacity increase and duty enhancement studies
  • Burner, fan, air-system and draft-system upgrades
  • Convection and radiant heat-transfer improvements
  • Assessment of equipment changes and operating constraints
  • Revamp process design, engineering calculations and technical specifications

What Better Engineering Makes Possible

Make Every Improvement Count.

Greater operating confidence

Know the limits. Recognise integrity risks. Make changes with greater confidence.

More value from existing assets

Recover duty. Increase throughput. Cut fuel waste. Extend useful equipment life.

Better-informed investment decisions

Compare options before investing. Understand the benefits, trade-offs and disruption of a revamp.

Our Approach

See the Evidence. Understand the Options.

A simulation result is not the decision. We explain assumptions, limits and risks, then recommend practical action.

01

Establish the operating reality

Establish the facts: original design, actual conditions, equipment arrangement and the problem to solve.

02

Investigate viable options

Test likely causes and improvement options with engineering analysis and simulation.

03

Recommend practical action

Set out the findings, trade-offs and next steps. Identify any further verification needed.

Relevant equipment and tube assessments can include API 560 and API 530 design considerations, where applicable to the heater and scope of work.

Your Next Improvement Starts with a Technical Conversation

What Is Holding Your Heater Back?

Using too much fuel? Losing throughput? Planning an upgrade?

Let us find the constraint and help you choose the right fix with confidence.

Discuss Your Project

Also exploring long-term support? Performance & Risk Assurance.

Discuss your fired heater challenge

Talk to Our Engineering Team

From immediate operational problems to new designs and long-term assurance, we can help establish a practical engineering response.