Our Engineering Philosophy
Engineered Beyond Equipment
Valcor combines material science, pneumatic conveying expertise and process engineering to design systems that perform reliably in real industrial environments — not just on paper.
Our engineering framework addresses every factor that determines conveying performance — from material properties to pipeline sizing, velocity profiles to energy consumption — ensuring that every system we deliver is engineered for the lowest cost per ton conveyed over its complete lifetime.
Material
Characterization
Characterization
Right Velocity
Engineering
Engineering
Throughput
Assurance
Assurance
Energy
Optimization
Optimization
PLC & Smart
Automation
Automation
Reliability
Engineering
Engineering
Material Characterization Engineering™
Before designing any conveying system, Valcor's engineers thoroughly evaluate the material to be conveyed. This is the foundation of reliable system design.
We evaluate:
- Bulk density
- Particle size distribution
- Abrasion tendency
- Flowability characteristics
- Moisture sensitivity
- Material friability
Result: Selection of the right conveying technology for reliable operation from Day 1.
Right Velocity Engineering™
The science behind reliable conveying. Wrong conveying velocity is the single biggest reason bulk material handling systems fail in service.
Too High Velocity
Excessive conveying velocity causes:
- Product degradation
- Dust generation & product loss
- Excessive elbow wear
- High power consumption
Too Low Velocity
Insufficient conveying velocity causes:
- Pipeline choking & blockage
- Unstable material flow
- Poor throughput
- Plant downtime
Valcor Right Velocity
Optimum velocity, engineered per material:
- Stable, reliable conveying
- Lower energy consumption
- Lower wear & maintenance
- Consistent throughput
Valcor engineers the optimum conveying velocity for every material — delivering lower energy, lower wear and stable conveying in every system we supply.
Throughput Assurance™
Guaranteed Conveying Performance
Valcor engineers systems to defined conveying capacity under specified operating conditions — giving you a guaranteed throughput commitment, not just a nominal capacity.
Example: 10 TPH resin conveying over 120 meters under specified operating conditions.
Engineering Focus:
- Air-to-solid ratio optimization
- Pressure profile engineering
- Pipeline sizing & routing
- Material flow consistency
Energy Optimization Assurance™
Lower Energy Per Ton Conveyed
We systematically engineer every element of the conveying system to minimize power consumption without compromising reliability or throughput.
We Optimize:
- Blower selection & sizing
- Pipeline routing & layout
- Airflow requirements
- Pressure drop minimization
Result: Reliable performance with the lowest power cost per ton conveyed.
PLC & Smart Automation
All Valcor systems are designed for full automation and integration with plant-wide control systems — making operations smarter, safer and more reliable.
Systems Compatible With:
- PLC controls & HMI
- SCADA integration
- Alarm systems & interlocks
- Batch automation systems
Outcome: Smarter, safer and more reliable plant operations.
Reliability Engineering™
Lowest Cost Per Ton Conveyed
Cheap systems reduce initial cost — but often increase downtime, wear, maintenance, product losses and spare consumption over time. Valcor focuses on lowest lifecycle cost.
Cheap Systems Often Increase:
- Downtime & lost production
- Wear parts & spare consumption
- Maintenance labor cost
- Product losses & quality issues
Valcor focus: Lowest lifecycle cost over 10+ years of operation.
Our engineering framework delivers: Lower energy + Lower wear + Stable conveying + Longer equipment life
The Valcor Engineering Framework
Every Valcor system is engineered through a structured framework that guarantees performance from design to commissioning.
Material Science Based
Every system starts with thorough material characterization — the foundation of reliable conveying design.
Performance Guaranteed
Throughput assurance backed by engineering calculations, not just equipment selection.
Energy Efficient
Optimized blower sizing, velocity profiles and pipeline routing deliver the lowest power cost per ton.
Lifecycle Focused
Systems engineered for lowest lifecycle cost over 10+ years — not just lowest initial purchase price.
Ready to Engineer Smarter Material Handling?
Contact Valcor Systems for engineering consultation, conveying system design, material testing support and energy reduction solutions.