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ZLD & water recovery

Mechanical Vapor Recompression (MVR)

Vapour recompression integrated into an engineered evaporation system.

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Conceptual industrial thermal concentration and water recovery plant — Thermal recovery system — conceptual 3D render

SYSTEM VIEW

See the equipment.
Understand the process.

The render illustrates the ZLD & thermal recovery equipment family. Your final arrangement follows the project duty, site layout and approved design.

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Conceptual 3D visualization · equipment details are illustrative.

PROCESS FLOW DIAGRAM

Mechanical vapor recompression

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Main process Utility / chemical Residual stream Recovery / recycle

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Design notes

Separated vapor is compressed and reused as a heating medium.
Startup heat, non-condensables and condensate handling are designed separately.

Indicative process overview. Equipment tags identify functional blocks only. Final PFDs, P&IDs, duties, sizes, valves and instruments are developed from the approved project design basis.

PROCESS & EQUIPMENT DETAILS

How mechanical vapor recompression (mvr) fits your process.

Operating principle

Vapour recompression integrated into an engineered evaporation system.

Thermal concentration removes water by evaporation and increases nonvolatile solids concentration. MEE, MVR, crystallization and ATFD use different heat-transfer and solids-handling arrangements.

Engineering checks

Feed mass flow and full salt chemistry
Boiling-point elevation, fouling and corrosion
Heat and mass balance with utility basis
Condensate quality and final solids route

Configuration & equipment

Conditioned concentrate feed
Heating surface / heat exchanger
Evaporation or drying chamber
Vapour separation and handling
Condensation / heat-recovery interface
Concentrate or solids discharge
Cleaning and control system

Configuration options are reviewed against the project duty. Supply quantities and final scope are defined in the approved proposal.

Process / operating item	Engineering requirement
Process review 1	Separated vapor is compressed and reused as a heating medium.
Process review 2	Startup heat, non-condensables and condensate handling are designed separately.
Operating and maintenance	Trend heat transfer and fouling indicators. Inspect seals, vacuum and vapour systems. Follow approved descaling and shutdown procedures.
Documentation	Project-specific datasheet, PFD, P&ID, equipment GA, electrical load list and O&M documentation as agreed.

EQUIPMENT DRAWINGS

2D layout & exploded component views.

Review the functional arrangement and the components that make up the equipment.

Mechanical Vapor Recompression (MVR) 2D functional arrangement

Shell-and-tube heat-transfer assembly — illustrative exploded 3D view — Shell-and-tube heat-transfer assembly

EXPLODED VIEW

Understand the assembly.

Reference for a shell-and-tube evaporator component. MVR compressors, ATFD rotors and crystallizer internals require their own selected-equipment drawings.

Conditioned concentrate feed
Heating surface / heat exchanger
Evaporation or drying chamber
Vapour separation and handling
Condensation / heat-recovery interface
Concentrate or solids discharge
Cleaning and control system

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YOUR PROJECT, YOUR DESIGN BASIS

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Enter what you know. Leave unavailable values blank for engineering review.

Process inputs

Feed flow, TDS and detailed salt chemistry, temperature, upstream RO recovery, target concentrate/solids, boiling-point elevation data, fouling/scaling tendency, condensate target and utility availability.

Feeddistillate/condensateconcentratedry solidsevaporation loadrecirculationheat duty/energy KPI inputscleaning frequencymaterials

Water source / process stream and intended final use

Equipment & execution preferences

Wetted vessels / tanks — preferred materialProcess piping — preferred materialSkid / structural frame — preferred materialSeals / gaskets — preferred materialAutomation preferenceDuty / standby arrangementInstallation preferencePreferred equipment makes

Location, utilities, access & scope notes

Materials are reviewed separately for each component against the fluid chemistry, temperature and service conditions. Preferences are subject to technical suitability and the agreed proposal.

No details are sent until you choose a sending channel.

A solution shaped by your requirements.

Vapour recompression integrated into an engineered evaporation system. Water recovery is assessed across pretreatment, membrane separation and thermal concentration. Salt chemistry and solids handling determine the feasible operating route.

What we review

Feed mass flow and full salt chemistry
Feed and target concentrate solids
Upstream recovery and concentrate composition
Temperature, fouling and scaling characteristics
Condensate quality and reuse objective
Steam, power, cooling and disposal interfaces

Capacity, materials, operating conditions and performance are specified after review of your project data. Product images are conceptual visualizations.

From design to operation

Our scope can cover process and mechanical engineering, manufacturing, supply, installation, commissioning and ongoing support. The final proposal clearly defines supplier scope, client interfaces, optional items and exclusions.

APPLICATIONS

Connect equipment to your industry.

Review the application, data requirements and candidate treatment options.

Chemical & Petrochemical Automotive & Engineering Power & Boiler Utilities

Mechanical Vapor Recompression (MVR)

See the equipment. Understand the process.