Como filial de CPEG, disponemos de equipos adicionales para el procesamiento térmico y de sólidos secos y la manipulación de materiales que complementan y amplían su línea de producción.

Colectores de polvo, depuradores húmedos, cintas transportadoras, mezcladoras, secadores de tambor y mucho más.

reacción-de-proceso-químico

Procesamiento químico


Nuestros equipos avanzados están diseñados para manejar diversas aplicaciones de procesamiento químico. Desde el secado, enfriamiento y procesamiento térmico hasta la calcinación, ofrecemos soluciones personalizadas que mejoran la productividad y reducen los riesgos operativos. Nuestros expertos trabajan en estrecha colaboración con usted para comprender sus necesidades y desarrollar sistemas que se integren perfectamente en sus procesos existentes.

  • Inconsistent moisture removal impacting reaction yields
  • Poor heat distribution leading to product degradation
  • Dust carryover and material loss
  • Thermal runaway or hot spots in high-temp processes
  • Corrosion and abrasion from reactive chemical streams
  • Temperature variability affecting product quality
  • Bottlenecks in drying, calcination, or thermal conditioning
  • High maintenance costs with non-specialized thermal systems

Chemical processing requires precise temperature control, predictable residence times, and materials-of-construction designed for chemical resistance and safety.

Heyl Patterson Thermal Processing designs and manufactures rotary dryers & coolers, rotary calciners, as well as engineered thermal systems for the chemical industry.

Our thermal systems support key steps in chemical manufacturing from controlled drying and activation to decomposition, coating, and conditioning of powders and intermediates.

Controlled Drying for
Chemical Intermediates

Our rotary dryers are designed to deliver consistent moisture reduction while protecting product integrity.

We deliver:

  • Uniform heat distribution for complete drying
  • Adjustable airflow for process optimization
  • Material contact surfaces resistant to corrosive products
  • Internals engineered to prevent buildup and carryover

Thermal Conditioning
and Activation

Many chemical processes require precise temperature profiles to complete transformations or activate catalysts and intermediates.

We support:

  • Thermal activation for improved reactivity
  • Controlled decomposition of organics
  • Temperature staging to avoid unwanted side reactions
  • Conditioning for uniform particle properties

Cooling & Stabilization
After Processing

After drying or thermal reaction steps, cooling the product can prevent degradation and improve handling.

Our equipment supports:

  • Controlled cooling zones
  • Minimal dust formation during discharge
  • Protection of heat-sensitive chemistries
  • Even cooling to prevent thermal shock
Cómo se utilizan los secadores rotativos en el procesamiento químico
  • Precise control of residence time, temperature, and atmosphere
  • Systems that perform in continuous, 24/7 operations
  • Solutions that minimize product loss and dust carryover
  • Consistent thermal profiles for improved product quality
  • Reduced operating cost through efficient heat usage
  • Longer equipment life with corrosion-resistant materials
  • High reliability in demanding chemical production
  • Tailored configurations for unique material requirements
  • Corrosion-resistant liners and internals
  • Controlled atmosphere capabilities (inert, oxidizing, reducing)
  • Custom lifter and mixing designs for enhanced heat contact
  • Advanced sealing systems to prevent fugitive emissions
  • Engineered refractory and insulation systems
  • Robust shell and drive assemblies for high-duty cycling
  • Indirect heating options for highly sensitive material

Chemical Manufacturing & Intermediate Production

  • Drying of chemical powders and intermediates
  • Thermal activation of functional materials
  • Controlled decomposition for formulation consistency
  • Conditioning for downstream packaging and handling

Catalyst & Specialty Chemical Processing

  • Catalyst precursor drying and activation
  • Controlled thermal transformation for catalysts
  • Uniform particle conditioning for surface activity
  • Thermal cleaning and surface stabilization

Fine & Specialty Materials

  • Temperature-sensitive drying
  • Granular stabilization and conditioning
  • Thermal modification of polymers, additives, fillers
  • Batch or continuous thermal processing

Our thermal systems integrate seamlessly with:

  • Batidoras y licuadoras
  • Material handling and conveyors
  • Off-gas treatment and emissions control
  • Solvent recovery units
  • Automated feed and discharge systems

Every system is custom-engineered to meet:

  • Residence time requirements
  • Heat transfer profiles
  • Atmosphere control (inert, oxidizing, reducing)
  • Throughput and plant layout constraints
  • Corrosion resistance needs
  • Regulatory and safety standards

FAQ’s: Chemicals Processing

What types of chemical materials can your thermal systems handle?

Our systems are engineered for powders, granules, catalysts, intermediates, fillers, and heat-sensitive chemistries, including corrosive and fine materials.

Can you control atmospheres for sensitive chemical processes?

Yes – systems can be configured for inert, oxidizing, or reducing atmospheres to maintain product integrity and safety.

How do I prevent dust carryover in chemical drying?

Advanced sealing, internal designs optimized for airflow, and integrated dust control systems minimize carryover.

Are rotary calciners suitable for chemical activation?

Absolutely. Rotary calciners provide controlled heat exposure and customizable temperature zones for activation or decomposition steps.

Can these systems integrate into existing chemical processing lines?

Yes – designs are tailored to your layout, material handling, emissions controls, and automation systems.

proceso químico húmedo-seco