Glass-Lined Equipment
for Chemical Process
Applications
Glass-lined reactors and supporting process equipment are used where corrosion resistance, controlled reaction conditions, mixing performance and product-contact surface integrity are important.
Equipment configuration depends on actual process conditions, including chemical medium, working capacity, temperature, pressure or vacuum, agitation duty and heat-transfer requirements.
Different Industries.
Similar Process Challenges.
Many chemical processes require more than a vessel that simply contains the product. Equipment must also respond to corrosion, temperature change, agitation, pressure conditions and the behavior of the process medium.
Chemical Resistance
Aggressive process media can limit the suitability of conventional metallic product-contact surfaces.
CHEMICAL COMPATIBILITY →Thermal Control
Reaction temperature can influence process stability, reaction rate and product quality.
HEATING & COOLING →Mixing
Viscosity, solids content and suspension duty influence agitation configuration and mixing performance.
AGITATION SELECTION →Pressure / Vacuum
Operating pressure and vacuum conditions affect the mechanical configuration of the process vessel.
PRESSURE & VACUUM →Process Surface
Product-contact surface integrity can be important for corrosion resistance, contamination control and process consistency.
Chemical Process Industries
Using Glass-Lined Equipment
The same equipment category can perform very different duties across different industries. Each application should be evaluated according to actual process conditions.
Pharmaceutical Processing
Glass-lined reactors can support pharmaceutical and intermediate production where controlled reaction, mixing, heating, cooling and corrosion resistance are required.
EXPLORE PHARMACEUTICAL APPLICATIONS →
Agrochemical Processing
Agrochemical processes may involve corrosive reactants, multi-stage reactions, solids handling and demanding mixing conditions.
EXPLORE AGROCHEMICAL APPLICATIONS →
Fine Chemical Processing
Fine chemical production often involves changing formulas, different reaction media and varying operating conditions. Flexibility in reactor configuration and thermal control can therefore be important.
EXPLORE FINE CHEMICAL APPLICATIONS →
Resin & Polymer Processing
Resin and polymer processes can introduce increasing viscosity and changing mixing requirements as the reaction progresses. Agitator configuration and heat transfer should therefore be considered together.
EXPLORE RESIN & POLYMER APPLICATIONS →
Dyes & Pigments Processing
Dye and pigment production may involve corrosive media, solids, suspension and demanding agitation conditions. Equipment selection should consider both reaction duty and solids behavior.
EXPLORE DYES & PIGMENTS APPLICATIONS →
Specialty Chemical Processing
Specialty chemical production often requires equipment configured around highly specific reaction conditions rather than a standard industry template.
EXPLORE SPECIALTY CHEMICAL APPLICATIONS →
Match the Equipment
to the Process Function
Industry defines the production environment, but process function determines what each item of equipment needs to do.
Reaction
Synthesis, dissolution, crystallization and batch reaction duties.
GLASS-LINED REACTORS →Separation
Condensation, vapor handling, solvent recovery and separation.
SEPARATION EQUIPMENT →
Application Selection
Starts With Process Conditions
A pharmaceutical reactor and an agrochemical reactor may look similar externally but require very different process configurations. Equipment selection should begin with the actual operating duty.
From Application
to Process System
The reactor, agitator, condenser, receiver, storage vessel, column and process piping should be considered as parts of the same operating system.
Raw Material
Process feed and raw material handling.
Feed Preparation
Preparation, dilution and controlled feeding.
Reaction / Mixing
Reaction, agitation and thermal management.
Condensation
Cooling, vapor handling and process recovery.
Receiving
Collection and downstream process handling.
Storage / Transfer
Buffering, storage and transfer to the next process stage.
GLP approaches application requirements from the perspective of the complete process rather than selecting each vessel independently.
Tell Us About
the Process Application
The industry name is only the starting point. Share the actual operating conditions and we can begin evaluating the appropriate process equipment direction.