Heat Exchanger Engineering

Making heat-exchanger
performance explicit.

Tezzit is the Unified Energy company for heat-exchanger rating, analysis, engineering, optimisation, validation and future component or hardware development.

Engineering methods in development · hardware and advanced geometries remain development-stage
HOT STREAMTₕ(x)
COLD STREAMT꜀(x)
Conceptual counterflow profileΔT →

Component-level engineering. A focused company within the Unified Energy group, connecting heat-exchanger performance, temperature profiles, thermal matching and physical validation.

One active route, one future route

From energy rating
to validated engineering.

The current emphasis is heat-exchanger energy-performance rating, assessment and engineering. Physical technology and hardware remain part of the roadmap, with status stated explicitly.

01Methods in development

Rating, analysis & engineering

Energy performance, made explicit

Heat-exchanger assessment connecting duties, temperature profiles, thermal matching and lost-work analysis with established engineering methods, CFD, process models and test data.

02Technology development

Physical technology

Future flow-channel and hardware routes

Geometrical channel concepts, heat-transfer surfaces and flow configurations retained as a development route for future validation, prototyping and hardware.

Scientific and software origin

Shared foundations,
specialised for heat-exchanger engineering.

Unified Energy develops the underlying scientific methods, thermodynamic frameworks, core software foundations and intellectual property. CarnotX Academy is the shared external platform for the book on cycle theory, general CarnotX software, publications, education and professional training.

Tezzit applies and specialises these foundations for heat-exchanger performance rating, engineering workflows and heat-exchanger flow-channel geometry optimisation. Its engineering methods complement CFD, process simulation, manufacturer data and experimental validation.

  1. 01
    Define

    System boundary, duties and temperature profiles

  2. 02
    Compare

    Configurations, flow paths and reversible benchmarks

  3. 03
    Interpret

    Thermal matching, quality change and lost work

  4. 04
    Validate

    CFD, process models, prototypes and test data

Early-access research and collaboration

Focused access for
heat-exchanger applications.

Selected CarnotX methods, draft publications and analytical components may be made available to academic and industrial partners exploring heat-exchanger analysis, rating and engineering applications.

Early access via CarnotX Academy

Commercial engineering route

Assess and improve
heat-exchanger performance.

Tezzit is the group contact for heat-exchanger rating, analysis, modelling, optimisation, validation and focused engineering discussions with manufacturers, OEMs and industrial R&D teams.

  • Energy-performance rating and temperature profiles
  • CFD and process-model integration
  • Configuration comparison and optimisation
  • Future geometry, prototypes and experimental validation
Discuss a heat-exchanger challenge