Ferti — A specialist fertilizer equipment range developed by G&G Engineering By G&G Engineering

Fertilizer Handling Equipment

Handling & Ancillary Equipment

Build the Handling Equipment Around the Process.

Custom Conveyors, Blenders & Supporting Equipment

Not every fertilizer plant requirement fits a standard equipment configuration.

Ferti can engineer custom conveyors, ribbon blenders and supporting fertilizer equipment around the material route, existing machinery, plant geometry and required process.

Custom industrial conveyors for fertilizer handling and material transfer
Application-Specific Equipment Individual components can be engineered around the equipment, infrastructure and material flow already on site.
Material Transfer Custom Conveyors

Conveyor arrangements developed around the required transfer route.

Fertilizer Blending Ribbon Blenders

Blending equipment selected around product and process requirements.

Supporting Equipment Hoppers & Plant Components

Supporting equipment for new plants, upgrades and integrations.

Plant Integration New or Retrofit

Equipment can be engineered around existing machinery and interfaces.

Where Supporting Equipment Fits

Support the Process Between the Major Machines.

A fertilizer plant depends on more than its primary processing equipment. Material still needs to be received, transferred, weighed, moved between stages and handled after processing.

Ferti can develop the supporting equipment required to connect these stages into a practical material route.

Typical Fertilizer Process Supporting equipment connects product movement from receiving through final handling.
Receiving & Feeding Get Product Into the Process
Blending Combine Fertilizer Materials
Transfer Move Material Between Stages
Screening & Conditioning Prepare the Product
Weighing & Bagging Prepare Product for Packing
Closing & Handling Move the Finished Bag Onward
Supporting Equipment Scope Equipment can be selected or engineered around the process rather than treated as isolated machinery.
Transfer Custom Conveyors
Material Holding Fertilizer Hoppers
Blending Ribbon Blenders
Weighing Load Cell Systems
Packing Bagging Support Equipment
Bag Closing Stitcher Systems
Equipment Integration Supply one component — or engineer the connections between multiple plant stages.

Supporting equipment can form part of a new fertilizer plant, an equipment upgrade or a retrofit where serviceable existing machinery and infrastructure remain in use.

Application-Specific Equipment

Engineer the Equipment Around the Plant.

Supporting equipment should be defined around the fertilizer, material route, required output, available space and the machinery it needs to connect.

Ferti can develop individual components or integrate multiple equipment types into the wider fertilizer process.

Custom fertilizer conveyor integrated with bagging and transfer equipment in a processing plant
Material Transfer Define the conveyor around where product enters, where it needs to go and the space available.
Custom Fertilizer Conveyors

Engineer the Conveyor Around the Required Transfer Point.

Conveyor geometry and performance are considered against the fertilizer, feed position, discharge point, available space and existing equipment.

Feed Position Where does product enter?
Discharge Where must fertilizer go?
Plant Geometry What space is available?
Existing Equipment What needs to remain?
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FertiDualMix twin-ribbon fertilizer blender viewed from above
Fertilizer Blending Configure the blender around the fertilizer, required output and surrounding process.
Ribbon Blenders

Configure the Blender Around the Fertilizer Process.

Blender requirements can be considered against product characteristics, feed arrangement, required output, available space and the downstream process.

Product What needs to be blended?
Required Output What must the process deliver?
Product Feed How does material enter?
Downstream Process Where does product go next?
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Fertilizer material feeding into industrial hoppers within a processing plant
Supporting Plant Equipment Develop the equipment around the process rather than treating each component in isolation.
Supporting Plant Equipment

Support the Main Process With the Equipment Around It.

Hoppers, weighing systems, bagging structures and other supporting components can be manufactured or integrated as part of a new installation, plant upgrade or retrofit.

Material Holding Fertilizer Hoppers
Weighing Load Cell Systems
Plant Structures Bagging Towers & Support Structures
Packing Bagging Support Equipment
Bag Closing Stitcher Systems
Plant Integration Ancillary Components & Interfaces
Engineering Approach Final equipment scope should follow the material route, plant constraints and required process.

Individual machines can be supplied as standalone equipment or integrated into a wider Ferti fertilizer plant.

Integration, Upgrades & Controls

Integrate New Equipment With What Still Works.

A plant upgrade does not always require complete replacement. Where existing machinery, structures or interfaces remain serviceable, new equipment can be engineered around them.

Mechanical integration, electrical systems, pneumatics and controls should be considered together so the final system supports the required process without unnecessary complexity.

Mechanical Integration

Retain Serviceable Equipment Where Practical.

New conveyors, hoppers, bagging equipment and supporting structures can be developed around existing machinery and plant geometry.

Controls & Automation

Use the Level of Control the Process Requires.

Control systems can be selected around accuracy, throughput, repeatability, operator requirements and the wider plant environment.

Plant Upgrades

Replace What Has Failed or Limits the Process.

Upgrade scope can focus on the components that need attention while retaining machinery, structures or interfaces that still have value.

Integration Inputs Define the upgrade around the existing plant and the process requirement.
Existing Equipment What can remain in service?
Plant Geometry What machinery and structures must remain?
Electrical What supply and plant infrastructure are available?
Pneumatics What existing or required pneumatic services apply?
Controls What operating and automation functions are required?
Required Output What production requirement must the system support?
Industrial fertilizer hopper with integrated motor and mechanical drive components
Mechanical Integration Fabricated plant equipment and serviceable mechanical components can be considered together.
Mechanical Components

Integrate Components Into the Wider Plant.

Motors, drives and associated plant components can be considered alongside the fabricated equipment they support, helping define access, maintenance requirements and equipment interfaces from the beginning.

Industrial control cabinet integrated with electrical and pneumatic plant systems
Controls & Plant Interfaces Electrical, pneumatic and control requirements should support the mechanical process as one system.
Control-System Integration

Develop the Controls Around the Mechanical Plant.

Control architecture can be developed around the required process, available electrical supply, pneumatic systems, measurement requirements and the equipment already in operation.

Fit-for-Purpose Integration Mechanical equipment, controls and plant interfaces should be considered as one operating system.

The appropriate solution depends on the process, existing plant, operating environment and required level of automation.

Support & Technical Assistance

Support the Equipment Beyond Manufacture.

Supporting fertilizer equipment still needs to be installed, integrated, commissioned and maintained as part of the wider plant.

Ferti can provide practical support from site installation and calibration through training, fault finding and ongoing technical assistance.

Installation

Site Installation & Assembly

Support can be provided where equipment needs to be positioned, assembled and connected within the fertilizer plant.

Commissioning

Confirm the Operating Arrangement

Equipment can be commissioned as part of the wider process to confirm material flow, controls and plant integration.

Calibration

Load Cell & Weighing Calibration

Where weighing equipment forms part of the system, calibration support can be incorporated into commissioning and setup.

Training

Operator & Maintenance Training

Training can be planned around the equipment supplied and the size and complexity of the installation.

Technical Support

Remote & On-Site Assistance

Fault finding and technical assistance can be provided remotely, with on-site support arranged where required.

Spares Planning

Prepare Around Critical Components

Critical-spares planning can be developed around the equipment, operating environment and expected replacement requirements.

Lifecycle Support

Plan for Maintenance and Replacement From the Start.

Where standard commercially available components are used, replacement specifications can be provided. Specialised or preconfigured components can be supplied where required.

Mechanical Belts, Idlers, Bearings, Motors & Gearboxes
Electrical VSDs & Electrical Spares
Weighing Load Cells & Controllers
Pneumatics Pneumatic Components & Spares
Services & Support Installation, commissioning, training and technical assistance can form part of the project scope.
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Discuss Your Project

Start With the Process Problem You Need to Solve.

You do not need to arrive with a finished equipment specification. Start with the fertilizer, the process stage and the operational requirement.

Ferti can then help define the handling equipment, integration requirements and practical next steps around your plant.

Useful Starting Information A few practical details are enough to begin the engineering discussion.
Material & Process What fertilizer needs to be moved, blended, fed, weighed or handled?
Existing Equipment What machinery, structures or interfaces need to remain?
Required Output What production or material-handling requirement needs to be achieved?
Site & Utilities What floor space, access, electrical or pneumatic services are available?

Plant photographs, drawings and details of upstream or downstream equipment can help define the initial scope.