EPC Basis for Phthalic-Anhydride Derivative Plasticizers
Section Overview
Building on its phthalic anhydride process and downstream equipment capabilities, Tianjin Huabang also provides EPC-based engineering for phthalic anhydride-derived plasticizer production units, including the core reaction, finishing, storage, utility, and packaging sections. These projects are typically developed for clients requiring reliable esterification technology, consistent product quality, efficient heat management, and practical plant automation.
Aa natural extension of Huabang’s capability in
- Process know-how application and basis of design
- Reaction-route development for selected ester products
- Esterification reactor-section engineering
- Alcohol handling, storage, and metering systems
- Catalyst dosing and recovery philosophy, where applicable
- Water-removal and azeotropic separation design
- Stripping, deodorization, and finishing sections
- Vacuum-system engineering
- Filtration and polishing systems
- Finished-product cooling and storage
- Additive dosing and blending systems where required
- Loading, drumming, or bulk-transfer package
- Scrubber, vent-condensing, and VOC-control systems
- Piping, instrumentation, electrical, and full-automation design
- Structural and skid-module design for packaged sub-units
- Commissioning support, performance tuning, and operator training
EPC Scope
Pulse-Jet Cleaning Principle
Compressed air is released through pulse valves into the filter-bag system, rapidly expanding the bags and dislodging accumulated dust, ensuring stable, long-term operation.
Modular Filter-Bag Architecture
The HB-FMC family is organized in standardized bag-count increments, simplifying selection and scaling.
Stable Filtration Efficiency
The series is intended for high dust-removal efficiency in dry-service applications, with filtration performance dependent on media choice, air-to-cloth ratio, and process conditions.
Adaptable Discharge Arrangement
Depending on project need, the baghouse may be supplied with a hopper, butterfly valve, ash discharge, or screw-conveyor configuration.
Safety and Monitoring Options
The system may include differential-pressure monitoring, dust-concentration monitoring, an explosion-relief interface, and automatic pulse-sequence control.
Representative Project Classes
