Waste Handling Overhead Cranes

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Waste Handling
Overhead Crane

A process-oriented crane system engjneered for waste receiving, stacking, mixing and controlled feeding within storage bunkers.

Waste-Matched
Handling

Configured for the actual waste type and condition

Bunker

Management

Supports stacking，

mixing and

inventory

movement

Controlled Hopper

Feeding

Stable material supply to

downstream processes

Manual or

Automatic

Flexible control for different operating strategies

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Engineered Around
Your Waste
Handling Process

Waste handling cranes are configured according to the waste composition, bulk density, moisture,piece size, bunker layout and required feeding process.

Municipal Waste Bunkers

Receiving, stacking and

internal waste movement

Waste-to-Energy Plants

Waste mixing and

continuous furnace feeding

RDF & SRF Facilities

Handling prepared refuse-

derived fuel materials

Biomass & Alternative Fuels

Storage and feeding of

mixed fuel materials

Sorting & Recycling Plants

Material storage, transfer

and process feeding

Bottom Ash Handling

Cooling-area transfer，

storage and discharge

Daily waste volume alone is not enough for

crane selection.Bulk density, bunker size,

mixing strategy and hopper demand must also

be confirmed.

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Technical Specifications

Final crane and grab selection depends on waste density, grab filling performance, bunker geometry, operating cycles, target throughput and hopper-feeding requirements.

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Waste Crane
Configuration Options

Hydraulic
Orange Peel Grab

Multi-shell handling for municipal and mixed waste

Heavy-Duty

Open Winch

High-cycle lifting for

demanding bunker

operations

Anti-Sway &

Target Positioning

Controlled grab movement

between bunker locations

Bunker

Management System

Storage, mixing and

hopper-feeding task

control

Fill-Level &

Inventory

Monitoring

Visibility of bunker zones and stored material

Remote Operation

& Recovery

Camera-based operation and controlled

intervention

The final configuration is selected according

to the waste flow, bunker layout, hopper

demand,automation strategy and required

process availability.

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Safety & Waste
Handling Reliability

Overload &
Shock Protection

Load monitoring and

abnormal-impact protection

Grab Status

Monitoring

Confirmation of grab position and operating status

Hoisting &

Travel Limits

Controlled grab, trolley and bridge movement

Anti-Sway &

Protected Areas

Reduced swing and defined operating boundaries

Multi-Crane

Coordination

Controlled movement within

shared bunker areas

Emergency &

Manual Recovery

Defined response to faults and process interruption

Confirmed Waste Handling Scope

Waste Type & Density Review

Moisture & Piece-Size Review

Bunker and Hopper Layout Review

Grab Type & Volume Review

Total Lifted Load Calculation

Crane Duty Classification

Mixing & Feeding Strategy Review

Automation & Recovery Review

Grab status, target position and operating zone must be confirmed before automatic travel and controlled discharge.

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Frequently Asked
Questions

What is a waste handling overhead crane?

It is a process crane equipped with a grab and control

system for receiving, stacking, mixing and feeding

wast einside a storage bunker.

How is it different from a grab bucket overhead

crane?

A waste handling crane is configured around bunker

management, waste mixing, hopper feeding and

automated process control.

What waste information is required for selection?

Waste composition, bulk density, moisture, maximum

piece size, daily throughput and any oversized or

tangled materials.

How is grab volume selected?

Grab volume is selected from waste density, filling

performance, crane capacity, bunker geometry and

required cycle time.

Can the crane mix waste automatically?

Yes. Automatic storage and mixing strategies can be

configured according to bunker zones and plant

operating requirements.

Can two cranes work in the same bunker?

Yes, when zoning, position feedback, task coordination

and collision-control logic are engineered for the

system.

What information is needed for an initial proposal?

Waste type, bulk density, bunker dimensions, hopper

layout, daily throughput, operating hours and plant

layout.

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Stable Waste Throughput
Lower Process & Operating Risk

Waste-Matched
Grab

Avoid using an unsuitable

grab for the waste condition

Consistent

Waste Mixing

Improve material distribution

within the bunker

Reliable Hopper

Feeding

Coordinate crane tasks with process demand

Lower Operator

Exposure

Reduce routine manual activity near the

waste bunker

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