Feasibility Studies by Dolphin Group
Service

Feasibility Studies

Heat exchanger feasibility study: technical and commercial evaluation that establishes whether a thermal project is worth doing, before engineering budget is committed to it.

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How a feasibility studies works

How It Works

A study answers a defined question with enough accuracy to support a decision, and no more. Its value lies in reaching a defensible answer before detailed engineering spend begins.

  1. 1

    The question is defined precisely, along with the decision it must support and the accuracy that decision requires.

  2. 2

    Existing equipment and current performance are established from operating data rather than from original design figures.

  3. 3

    Technical options are developed, each taken far enough to be costed and compared on a consistent basis.

  4. 4

    Each option is evaluated for technical viability, covering equipment capability, layout, utilities and operability.

Built to
Solve

Engineered against the specific failures that cost operators downtime, contamination or wasted energy.

Asset protection

Projects committed on optimistic assumptions tend to be discovered as unworkable during detailed engineering, when the cost of changing direction is far higher than it was at the outset.

Process integrity

Capacity increases and process changes interact with existing equipment in ways that are not obvious. A study establishes which units become the constraint before the change is made.

Operational efficiency

Capital is finite and competing proposals rarely present comparable numbers. Without a consistent basis of evaluation, funding follows the most confident case rather than the best one.

Why Dolphin Group for
Feasibility Studies

Studies grounded in what we can build

Recommendations reflect real equipment, real lead times and real fabrication cost because we manufacture as well as advise.

Current performance, not design data

Our maintenance work shows how equipment actually performs after years in service, which is the correct baseline for a study.

No incentive to inflate scope

Where the answer is that existing equipment is adequate, we report that. A rerate that avoids a purchase is a legitimate outcome.

Key
Benefits

What sets feasibility studies from Dolphin Group apart, in specific and measurable terms.

  • 1

    Decisions made on evidence

    Technical and cost evaluation replacing assumption, before significant engineering budget is committed.

  • 2

    Constraints correctly identified

    Rating of existing equipment against current duty finds the real bottleneck rather than the assumed one.

  • 3

    Options compared consistently

    Every option developed to the same depth and costed on the same basis, making the comparison meaningful.

  • 4

    Assumptions stated openly

    Findings presented with the assumptions and their sensitivity, so the reader can judge the confidence.

  • 5

    Executable recommendations

    Conclusions framed against equipment that can actually be built and delivered, not idealised solutions.

  • 6

    Continuity into execution

    The study team can carry the work through detailed design and fabrication without a knowledge handover.

Technical
Specifications

Design codes, materials and testing scope confirmed for every feasibility studies order.

Study types

Debottlenecking · revamp · replacement · energy efficiency

Technical basis

HTRI rating · pinch analysis · PV Elite mechanical check

Cost basis

Study-level capital and operating cost estimates with stated exclusions

Inputs required

Current operating data · equipment drawings · objectives and constraints

Deliverable

Report with options, evaluation, costs, recommendation and risks

Where It's
Used

Feasibility Studies in service, sector by sector, application by application.

Oil & Gas: Feasibility Studies applications

Oil & Gas

Heat exchangers for oil and gas in the UAE: thermal equipment engineered for upstream, midstream and refining service, built and serviced in Abu Dhabi.

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Petrochemicals: Feasibility Studies applications

Petrochemicals

Heat exchangers for petrochemical plants in the UAE: we build exchangers and reboilers for crackers, polymer plants and aromatics complexes worldwide.

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Power & Energy: Feasibility Studies applications

Power & Energy

Heat exchangers for power plants in the UAE: HEI-standard condensers, coolers and heat recovery equipment for conventional and renewable generation.

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Water & Desalination: Feasibility Studies applications

Water & Desalination

Desalination plant heat exchangers from the UAE: we build high-alloy heat exchange equipment for MSF, MED and RO desalination plants.

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Chemical Manufacturing: Feasibility Studies applications

Chemical Manufacturing

Heat exchangers for chemical plants in the UAE: corrosion-resistant exchangers and vessels for acids, alkalis and speciality chemistry.

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Facilities Management: Feasibility Studies applications

Facilities Management

Facilities management HVAC and chiller maintenance in the UAE: building services cooling and mechanical maintenance for commercial and mixed-use developments at Gulf ambient temperatures.

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Frequently Asked Questions

It establishes whether a proposed change is technically viable and commercially worthwhile. That includes evaluating existing equipment capability, developing options, estimating costs and recommending a way forward with the assumptions stated.

They are study-level estimates, intended for comparing options and supporting a decision to proceed rather than for contract pricing. We state the basis and the exclusions so the accuracy is not overstated.

Yes, and that is a valid and valuable result. Rerating frequently shows that existing equipment can meet a new duty, which avoids capital spend entirely.

Current operating data rather than original design figures, equipment drawings or datasheets, and a clear statement of the objective and any constraints such as budget, plot space or shutdown windows.

By rating each unit against its current duty using actual operating data. The constraint is often not where it is assumed to be, and finding it correctly is usually the most valuable part of the study.

It depends on scope and data availability. A focused single-unit assessment is quick, while a multi-option plant-wide study takes considerably longer. We agree the timescale with the scope at the outset.

Yes, and that continuity avoids a handover. It also means recommendations are grounded in equipment we know can be built, costed and delivered.

Contact us with your objective and current operating data, and we will confirm the scope, data requirements and timescale.

Talk to an Engineer About Feasibility Studies

Send your duty requirements or existing datasheet, and our engineers will confirm the right configuration.

Talk to an Engineer