Ghee & Margarine Production Line Integrated Process Lines for Ghee, Margarine and Structured Fat Products Fanpod designs and supplies complete ghee and margarine production systems covering oil phase preparation, controlled mixing, pasteurization, cooling, hygienic product routing, filling interface, CIP cleaning, automation and commissioning support for industrial edible oil and fat processing plants. Request Technical Consultation View Related Projects 5 TPH Production capacity basis 80±2°C Pasteurization temperature 16 sec Holding time Process Highlights Hygienic, automated and utility-integrated line Mixing tanks 6 ton each Mixing temperature 70°C Final product temp. 31±2°C CIP main tanks 3 × 3 ton Image Placeholder Ghee & Margarine Process Line Suggested image: mixing tanks, pasteurizer skid, jacketed piping, filling area and control panel. Process Concept From Oil Phase Preparation to Hygienic Filling A complete ghee and margarine production line must combine accurate formulation, stable heating, controlled pasteurization, temperature-based routing and hygienic cleaning. Fanpod structures the line around a process-driven layout, allowing operators to control batch preparation, continuous thermal treatment, rework handling and filling transfer from one integrated system. 01 Oil Holding and Transfer The process begins with controlled oil storage and transfer. The oil holding tank prepares the feed for dosing into the mixing and emulsion tanks, while sanitary pumps maintain reliable product movement between preparation, thermal treatment and filling sections. 02 Mixing and Emulsion Preparation The mixing tanks operate as formulation and temperature-conditioning vessels. Vertical agitators support uniform heating and stable blending, while the hot water system maintains the required process temperature for batch preparation. 03 Pasteurization and Holding Product is transferred to the pasteurization section, heated to the required pasteurization temperature, held for the designed residence time, and then cooled before being released to the filling and packaging area. 04 Cooling, Routing and Filling After thermal treatment, the product is cooled to filling temperature. Temperature transmitters and change-over valves determine whether the product is sent forward to packaging or returned to the emulsion/rework system. Preparation Section Oil Phase Preparation and Batch Formulation The preparation area is designed to receive, heat, mix and stabilize the oil phase before the product enters pasteurization. In the referenced project configuration, the system includes an oil holding tank and two mixing/emulsion tanks. The mixing tanks are designed for batch operation and temperature control at approximately 70°C using a hot water unit. Each mixing tank is equipped with a vertical agitator to improve thermal uniformity and maintain consistent product properties during preparation. Load cells and level control philosophy can be applied to improve dosing accuracy, batch repeatability and operator visibility. Preparation Equipment Basis Oil holding tank for feed preparation and controlled transfer. Two mixing/emulsion tanks with 6-ton capacity each. Batch preparation basis suitable for 750 kg batch handling. Hot water heating system for controlled tank temperature. Vertical agitators for homogeneous mixing and heat distribution. Product transfer pumps for movement toward pasteurization. Thermal Treatment Pasteurization, Holding and Controlled Cooling The pasteurization section is one of the most important quality and safety points of the line. Product enters the pasteurization system at controlled temperature, is heated using hot water or steam-controlled heat exchange, held for the required time, and then cooled to the target filling temperature. Heating Stage Pasteurization at 80±2°C Product is heated to the pasteurization temperature through the thermal treatment section. Steam injection or hot water control can be managed through modulating valves and temperature feedback to maintain the required heating profile. Holding Stage 16 Seconds Residence Time The holding section is designed to maintain product exposure at the required pasteurization temperature for the specified holding period. This supports process reliability, microbiological control and repeatable product quality. Cooling Stage Cooling to 31±2°C After pasteurization, the product is cooled by the chilled water section. The final product temperature is continuously monitored before routing the product to filling or returning it to the process for correction. Temperature-Based Routing Logic Product outside pasteurization temperature limits is returned for correction. Final product not reaching target filling temperature is diverted from packaging. Change-over valves manage forward flow, return flow and rework direction. Jacketed piping maintains temperature after pasteurization toward filling. Rework tank collects off-spec product, cleaning liquid and filling return product. Routing and Rework Reliable Product Direction Before Filling Product routing after pasteurization is controlled by temperature feedback and hygienic change-over valves. If the product reaches the required final temperature, it is sent toward the filling and packaging section. If the temperature is outside the acceptable range, the system returns the product to the emulsion tanks or rework tank depending on operating condition. The rework tank provides operational flexibility by collecting non-conforming product from pasteurization, cleaning liquids during transition, and product returned from the filling section. This improves line recovery, reduces waste and supports controlled restart after interruptions. Image Placeholder Pasteurizer, Jacketed Piping and Filling Interface Suggested visual: balance tank, plate heat exchanger, holding tube, chilled water section, change-over valves, jacketed transfer line and filling machine connection. Cleaning System CIP System for Hygienic Production The Cleaning-in-Place system is designed to clean the process tanks, pasteurization section, product piping and transfer routes without dismantling the system. A properly designed CIP system reduces downtime, improves food safety and helps maintain consistent product quality between production cycles. CIP Tanks The system includes three main 3-ton tanks for caustic solution, acid solution and water, supported by smaller make-up tanks for chemical preparation. Six-Step Cleaning Cycle The referenced process includes cold water, hot water, acid, caustic, cold water and hot water stages. Each step can be timed and adjusted through the control panel. Automated Control CIP operation can be controlled through the automation system, allowing operators to manage cleaning time, route selection, pump operation, valve sequencing and temperature monitoring. Equipment Matrix Main Process Equipment Fanpod defines the equipment list based on capacity, recipe, product characteristics, hygiene level, utility availability, filling method and automation requirements. The final configuration can be adapted for ghee, margarine or other structured fat products. Raw Oil and Preparation Oil holding tank Sanitary transfer pumps Load cell or level monitoring Product valves and transfer headers Mixing and Emulsion 6-ton mixing/emulsion tanks Vertical agitators Hot water jacket or heating coil Temperature control instruments Pasteurization Skid Balance tank Feed and circulation pumps Plate heat exchanger Holding tube and temperature transmitters Cooling and Filling Transfer Chilled water cooling section Jacketed transfer piping Change-over valves Filling machine interface Rework System Rework collection tank Return line from pasteurizer Return line from filling section Controlled recovery and reuse routing CIP System Caustic tank Acid tank Water tank CIP pump, valves and return routing Automation PLC, I/O List, Control Panel and Operator Interface A reliable ghee and margarine line requires a clear automation philosophy. Fanpod’s engineering scope can include I/O list preparation, PLC logic development, control panel design, valve sequencing, pump interlocks, temperature control, alarm definition and commissioning support. Critical control points include pasteurization temperature, holding validation, final cooling temperature, product routing valves, rework transfer, CIP sequencing and filling permissive signals. These elements allow the operator to run the line safely and consistently while reducing manual intervention. Temperature Control Pasteurizer outlet, final product temperature and tank heating loops. Valve Sequencing Forward flow, return flow, rework routing and CIP path management. Pump Interlocks Dry-run protection, level-based operation and process permissives. Operator Interface Recipe settings, CIP timing, alarms, trends and operating modes. Engineering Scope Fanpod Scope for Complete Project Delivery Fanpod supports edible oil producers from process definition through detailed engineering, supply coordination, fabrication, installation supervision, automation and commissioning. 01 Process Engineering P&ID preparation, process correction, capacity review, utility calculation and process sequence definition. 02 Mechanical and Piping Equipment arrangement, piping design, sanitary routing, jacketed line definition and installation drawings. 03 Automation and Control I/O list, PLC logic, control panel design, instrumentation coordination and operator control philosophy. 04 Installation and Commissioning Site installation support, loop checking, water trials, product trials, operator training and performance support. Start Your Ghee Project Design a Reliable Ghee or Margarine Production Line with Fanpod Whether you need a new production line, process upgrade, P&ID correction, automation package or commissioning support, Fanpod can develop a practical and industrial solution matched to your capacity and product targets. Contact Fanpod Explore Services
01 Oil Holding and Transfer The process begins with controlled oil storage and transfer. The oil holding tank prepares the feed for dosing into the mixing and emulsion tanks, while sanitary pumps maintain reliable product movement between preparation, thermal treatment and filling sections.
02 Mixing and Emulsion Preparation The mixing tanks operate as formulation and temperature-conditioning vessels. Vertical agitators support uniform heating and stable blending, while the hot water system maintains the required process temperature for batch preparation.
03 Pasteurization and Holding Product is transferred to the pasteurization section, heated to the required pasteurization temperature, held for the designed residence time, and then cooled before being released to the filling and packaging area.
04 Cooling, Routing and Filling After thermal treatment, the product is cooled to filling temperature. Temperature transmitters and change-over valves determine whether the product is sent forward to packaging or returned to the emulsion/rework system.
CIP Tanks The system includes three main 3-ton tanks for caustic solution, acid solution and water, supported by smaller make-up tanks for chemical preparation.
Six-Step Cleaning Cycle The referenced process includes cold water, hot water, acid, caustic, cold water and hot water stages. Each step can be timed and adjusted through the control panel.
Automated Control CIP operation can be controlled through the automation system, allowing operators to manage cleaning time, route selection, pump operation, valve sequencing and temperature monitoring.
Raw Oil and Preparation Oil holding tank Sanitary transfer pumps Load cell or level monitoring Product valves and transfer headers
Mixing and Emulsion 6-ton mixing/emulsion tanks Vertical agitators Hot water jacket or heating coil Temperature control instruments
Pasteurization Skid Balance tank Feed and circulation pumps Plate heat exchanger Holding tube and temperature transmitters
Cooling and Filling Transfer Chilled water cooling section Jacketed transfer piping Change-over valves Filling machine interface
Rework System Rework collection tank Return line from pasteurizer Return line from filling section Controlled recovery and reuse routing