Engineering Consultation
Application Review
Bring the material, duty and site into one technical conversation. A useful engineering discussion begins with project evidence, not a machine name. Material condition, required output, operating pattern, interfaces and constraints form the basis for evaluating equipment options.
- Engineered SolutionsEquipment roles aligned to the application
- Evidence-Led ReviewDecisions based on material and duty
- Interface PlanningUpstream and downstream conditions reviewed
Project Evidence
Helpful information to prepare before your consultation.
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Material Stream
Type, source and consistency of the incoming material.
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Material Condition
Moisture, contamination, size range and bulk density.
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Throughput Basis
Target rate, operating hours and annual tonnage.
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Required Output
Bale size, density, daily output and quality expectations.
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Operating Pattern
Shifts, downtime, seasonality and maintenance window.
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Installation Environment
Indoor or outdoor conditions, climate, foundations and clearances.
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Utilities
Power supply, water, air and other site services.
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Safety & Access
Safety standards, pedestrian or vehicle access and egress.
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Site Interfaces
Upstream feed, sorting lines, conveyors and existing equipment.
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Downstream Destination
Transport, storage, customer requirements and handling.
Our Consultation Process
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Initial Review
We review submitted evidence and understand the project goals.
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Technical Clarification
We confirm assumptions and gather details that affect configuration.
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Application Assessment
We evaluate material behaviour, duty cycle and process fit.
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Solution Pathway
We define the system pathway and shortlist suitable equipment roles.
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Project Recommendation
We present the approach, risks, interfaces and next steps.
Application Basis
Key factors that shape the right solution.
Material Characteristics
| Material Types | Cardboard, plastics, textiles, metals, MSW, RDF, etc. |
|---|---|
| Physical Form | Loose, bulky, film, rigid, fibrous or granular |
| Moisture Content | Low / medium / high |
| Bulk Density | kg/m³ (min–max) |
| Contamination | % and type |
| Size Distribution | mm range and top size |
Output Objectives
| Throughput Rate | tonnes per hour |
|---|---|
| Operating Hours | hours per day / week |
| Bale Size | mm (L × W × H) |
| Bale Density | kg/m³ target |
| Quality Requirements | Strap or wire, appearance, contamination limits |
| Storage & Handling | Stacking, racking and transport mode |
Operating Constraints
| Space Availability | Length / width / height |
|---|---|
| Load & Foundations | Floor load and slab thickness |
| Noise Limit | dB(A) at boundary |
| Dust / Odour Control | Required / not required |
| Budget Parameters | CAPEX range |
| Project Timeline | Decision and delivery timeframe |
Site & Integration Review
We assess how the solution fits your site and systems.
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Layout Constraints
Available footprint, height limits and service clearances.
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Transfer Points
Feed height, angles, chutes and conveyor connections.
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Controls & Automation
Control philosophy, SCADA, interlocks and data requirements.
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Utilities & Services
Electrical, air, water, drainage and other site services.
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Access & Maintenance
Walkways, access points and service ergonomics.
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Responsibilities
Scope boundaries, supply, installation and commissioning.
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Downstream Logistics
Bale handling, storage, loading and transport connections.
What You Receive
Deliverables from your engineering consultation.
- Machinery ShortlistCandidate equipment roles for your application.
- System PathwayProcess flow and key integration points.
- Project-Risk NotesTechnical, operational and commercial considerations.
- Interface ReviewUpstream, downstream and utility interface summary.
- Next-Step RecommendationsClear actions and information required to proceed.
Applications We Support
Consultation across a wide range of material streams.
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Cardboard Recovery -
Plastics -
Textiles -
Metals -
Mixed Industrial Waste