Chilled-Water Plants
Air- or water-cooled packages, pumps, heat exchangers and insulated tanks configured for the required leaving-water temperature.
Systems & equipment
Concrete Cooling Equipment Engineered as One Thermal System
Focusun coordinates flake ice production, storage, water chilling, dosing and controls around the batch plant and required concrete production profile.
System architecture
From Cold Production to Concrete Temperature Control
Each module is sized at the real duty point and integrated with material flow through the concrete batch plant.
01
Water Chilling
Low-temperature process water sized for base load and recovery.
02
Flake Ice
High cooling energy delivered directly into the mix water fraction.
03
Aggregate Cooling
Air or water-based cooling for the largest thermal mass in the mix.
04
Storage & Dosing
Buffers production peaks and meters cold energy into each batch.
05
Post-Cooling
Closed-loop circulation through embedded pipe networks.
System modules
Specified by Duty, Not Nominal Nameplate
Final selections depend on local climate, fluid temperatures, fouling allowance, utility quality and operating schedule.
Flake Ice Systems
Focusun flake ice machines, refrigeration packages, ice silos, rake storage systems and weighing conveyors integrated with batch demand.
Aggregate Cooling
Cold-air or chilled-water methods selected for aggregate grading, moisture control, stockpile arrangement and cycle time.
Ice & Water Storage
Buffer capacity decouples refrigeration output from batch peaks and provides operating resilience during long pours.
Dosing & Controls
PLC sequences, temperature instruments, flow measurement and batch interfaces make cooling repeatable and traceable.
Post-Cooling Circuits
Pumps, manifolds, chillers and embedded piping control internal concrete temperature after placement.
Industrialized delivery
Skid-Mounted Where Practical, Accessible, Maintainable and Ready for Site Integration
Scope boundaries
System Interfaces Are Part of the Engineering
A concrete cooling package fails at its interfaces long before it fails at its compressor.
Utilities
Connected electrical load, water quality, makeup, drainage and heat rejection.
Batch Plant
Weighing, sequencing, cycle time, control signals and operator interface.
Civil Works
Foundations, access, layout, pipe routes and maintenance clearances.
Operations
Start-up, standby, cleaning, spares, training and performance verification.