NOVARYNINDUSTRIAL LIMITED

Dry, wet, and mixed mode

Cascade Cooling

Hybrid cooling architecture that switches between dry, wet, and mixed modes to balance energy use, water use, and peak capacity.

Family
Heat rejection
Series
1
Core standards
ASME VIII Div. 1 · API 661
Document set
3 records
Cascade Cooling — representative Novaryn equipment
Novaryn equipment referenceTX / US

Product overview

Novaryn cascade cooling is framed for large thermal loads where annual ambient conditions change sharply. It gives operators a design story for saving water when conditions allow and adding evaporative lift when peak capacity is required.

Planning reference

Operating modes
Dry, wet, and blended mode
Design aim
Energy and water optimization
Approach
Near wet-bulb operation when needed

Representative summary. Project duty, materials and certification are confirmed at selection.

Specification framework

Standards, materials and the conditions that shape the unit.

The framework below is common to this line. It is not a substitute for a project datasheet: the final pressure class, material schedule, connection detail and test regime are fixed against the duty point.

01

Design standards

  • ASME VIII Div. 1
  • API 661
  • CTI ATC-105
  • PED 2014/68/EU

02

Material scope

  • Hot-dip galvanised steel
  • Stainless steel
  • Aluminium fins
  • CuNi tube
  • C5-M coating

03

Selection inputs

  • Media and flow rate
  • Inlet / outlet temperature
  • Design pressure and temperature
  • Ambient and site conditions
  • Plot, weight and access constraints
  • Documentation and certification

Engineering intent

What this line is built to do.

01

Dry/wet mode flexibility

02

Lower annual utility load

03

Peak-condition resilience

04

Strong sustainability narrative

Areas of application

Typical placements for this line. Final suitability is confirmed against the site conditions and the project specification.

Air cooled solutionsLiquid cooled solutionsHeat rejectionBlockchain infrastructure

Series & variants

1 series. Three planning sizes each.

Series entries define the configuration route. The tables are representative planning grids, not certified performance data. Project-specific ratings, dimensions and connections are issued on the datasheet.

NX-HR-045

Hybrid

Site-scale modules

Site-scale modulesDry and wet cooling combinationAnnualized utility balance
ModelCapacityFan diameterOperating modePart number
NX-HR-045-S0.5 MW1.5 mAdiabaticNX-HR-045-S
NX-HR-045-M1.0 MW1.8 mEvaporativeNX-HR-045-M
NX-HR-045-L1.5 MW2.1 mDryNX-HR-045-L

Representative planning grid · not for construction · certified data on project datasheet

General arrangement

Documentation

The line folder.

Datasheet, product overview and general arrangement are public. Certificates and material reports are issued against the order.

DocumentTypeScopeRevisionDateAction
Cascade Cooling Datasheet2 pages · PDFDatasheetHeat Rejection & Heat Recovery · Cascade CoolingRev. 0401 Oct 2026PDF
Cascade Cooling — Product Overview4 pages · PDFProduct overviewHeat Rejection & Heat Recovery · Cascade CoolingRev. 0401 Oct 2026PDF
Cascade Cooling — General Arrangement1 page · PDFDrawingHeat Rejection & Heat Recovery · Cascade CoolingRev. 0301 Oct 2026PDF

Prefer the narrative version? The product overview includes the series ledger, application notes and the document index.

Open product overview

Heat rejection / Cascade Cooling

Send the duty point. We will return the fit.

The fastest route is a complete duty sheet: media, flow, temperatures, pressure, ambient, plot and documentation requirement. If the duty is still forming, send what you have and we will frame the questions.