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Heat exchangers and thermal equipment
We connect the heat balance with mechanical design, plant interfaces and maintenance access for new exchangers, replacements and refurbishment of thermal process equipment.
Operating context
The whole application matters.
A heat exchanger must deliver its required duty under the actual conditions of both streams. Preparation therefore establishes flow rates, temperatures, pressures, allowable pressure losses and potential fouling. Alongside the nominal duty point, we address start-up, partial load and the availability of the heating or cooling medium. Retrofit surveys check the space needed to withdraw removable components, handling access and interfaces with existing controls. Supply or repair is organised around an agreed specification and measurable acceptance conditions.
Scope of the solution
- Specification of exchangers, coolers, heaters, condensers and evaporative equipment.
- Coordination of thermal and mechanical engineering with equipment supply.
- Replacement of heat-transfer components and refurbishment based on assessed condition.
- Piping, valves, temperature measurement and control interfaces.
- Leak testing and functional verification to the agreed plan.
Engineering priorities
From operating need to design.
01Duty under available conditions
The required outlet temperature must be consistent with stream properties and flow rates. We establish the thermal-design inputs and distinguish the specified duty point from other operating cases requiring assessment.
02Fouling and service access
Deposits, corrosion and cleanliness requirements influence materials, arrangement and maintenance. Installation planning considers opening the unit, replacing gaskets and handling removable components.
03Pressure and control interfaces
Each side has its own operating conditions. Connections, vents, drains, instruments and controls are coordinated so that the equipment can be tested in the agreed operating modes.
Connected disciplines
Expertise for this application.
Related technologies
Connect the whole solution.
Before we start
Questions that shape the project.
Does reduced performance require complete replacement?+
We first review operating data and equipment condition. Changed process conditions, fouling or damage to an individual component may explain the reduction and determine the appropriate intervention.
Can waste heat be recovered?+
Feasibility depends on temperature levels, the timing of heat supply and demand, flow rates and requirements for separation between the two streams.