An ice plant is a production line.
Not only a freezer.
Reliable output depends on the full system: feed-water conditions,
ice geometry, refrigeration duty, compressor and condenser
selection, automatic harvest, cutting, storage, handling, and the
real operating pattern of the site.
Plant selection based on required tonnes per 24 hours.
Water-contact surfaces, treatment, and hygiene requirements.
Compressor, condenser, vessels, freezer, hot-gas harvest, and cutter.
Storage, conveyor, bagging, dispatch, operator access, and service route.
Ice tube size, thickness, clarity, and production consistency.
Power supply, water availability, drainage, and utility planning.
Automation, safety controls, maintenance access, and plant reliability.
Machine + refrigeration + handling
Ice plant applications
One ice plant concept. Different operating duties.
Ice type, size, production pattern, storage method, and plant layout
should be selected around the job the ice must perform after it
leaves the machine.
Application 01
Fisheries, seafood & cold-chain icing
Ice production for landing centres, fishing harbours, seafood
processing, packing, transport, and temperature control from
catch to market.
Application 02
Concrete cooling & construction
High-volume ice production for batching and process-water
cooling where predictable daily output, handling, and rapid site
dispatch matter.
Application 03
Food, dairy & process cooling
Ice plants for food processing, dairies, hatcheries, produce
cooling, commercial ice supply, and selected chemical or
pharmaceutical processes.
System design approach
Selected from real demand. Built around the whole cycle.
A practical ice plant begins with daily output and ends with ice
leaving the site or process. Every step in between changes the
refrigeration load, automation, floor plan, manpower, and utility
requirement.
01 / DEMAND
Define the ice requirement
Ice form, tube size, TPD, production hours, peak draw, end use,
bag size, and expected storage duration.
Information needed fora proper ice plant selection.
Use this as a pre-RFQ checklist. Accurate input helps determine
machine configuration, refrigeration capacity, utilities, storage,
handling, and site layout.
Share these details with Metalex.
Rough numbers are useful at the first stage. Final capacity,
power, dimensions, and performance should be confirmed against the
selected model and agreed design conditions.
Ice requirement
Tube ice or other project requirement, intended use, preferred
diameter / cut length, and whether ice is edible or
process-grade.
Daily capacity
Required tonnes per 24 hours, operating hours, peak hourly
demand, seasonal variation, and future expansion target.
Feed water
Water source, inlet temperature, hardness / treatment data,
available flow, make-up water, and hygiene requirement.
Storage & handling
Ice bin or cold room, conveyor, crusher if required, bag size,
bagging rate, storage duration, and dispatch method.
Site conditions
City, design ambient, installation height, indoor / outdoor
arrangement, available plant-room area, drainage, and access.
Utilities
Electrical supply, water availability, cooling-water system,
backup power, operating shifts, and utility limitations.
Existing plant
Current machine and compressor model, refrigerant, condenser
type, actual output, power use, faults, and service history.
Project stage
New plant, tender, replacement, expansion, retrofit, automation
upgrade, spare requirement, or service support.
Ice plant FAQ
Common questions before ice plant selection.
Water freezes automatically inside vertical stainless-steel tubes.
At the end of the freezing cycle, hot gas releases the ice,
gravity drops it to the cutter, and the machine starts the next
automatic cycle.
Metalex’s current online technical table lists TIM5, TIM10, TIM15,
TIM20, TIM25, TIM40, and TIM60 models, representing 5 to 60 tonnes
per 24-hour day. Final selection must be checked for the project’s
design conditions.
Feed-water temperature, ambient and condensing conditions, water
quality, compressor performance, utility stability, maintenance,
ice size, and operating cycle all influence actual production.
The project should address potable feed water, treatment and
filtration, food-contact surfaces, cleaning access, drainage,
hygienic storage, bagging, operator practices, and applicable
local food-safety requirements.
Ammonia is widely used in industrial refrigeration. Suitability
depends on plant scale, system design, charge, site layout, safety
provisions, trained operation, and applicable codes. The final
refrigerant and architecture should be selected project by
project.
Typical applications include seafood and food processing, concrete
cooling and chilling, dairies, hatcheries, produce cooling,
commercial ice supply, and selected chemical or pharmaceutical
processes.
That depends on the mismatch between production and dispatch.
Continuous immediate use may need a smaller buffer, while bagging,
retail supply, seasonal demand, or transport scheduling can
require larger insulated or refrigerated storage.
Need an ice plant selection?
Share required TPD, ice size, application, feed-water
conditions, location, utilities, storage, bagging, dispatch
plan, and timeline. Metalex can guide the right plant
architecture.
Discuss with Metalex
Talk to the team for tube ice machines, compressors, condensers,
vessels, controls, complete refrigeration packages, expansion,
retrofit, service, and spare support.
