Steam-Based Pasteurization Room Redesign
Budget: ₹1,500 – ₹12,500 INR
Project Brief for Steam Pasteurization Room Design
Objective
Design and implement a steam-based pasteurization system for a tunnel-like room to effectively heat 3,000 glass bottles (330 ml each) at a time, ensuring even heat distribution without direct overheating. Transition from an existing water spray system to a more efficient steam system.
Bottle and Pallet Configuration
• Total Bottles: 3,000 (40 bottles per crate, 37-38 crates per pallet).
• Pallet Configuration: Two pallets, each 1200 x 1200 mm, stacked with crates. The pallets will be arranged one behind the other (front and back) with a 100-200 mm gap around each pallet for movement.
Current Setup
• Existing Chamber: Currently using a water spray system which is inefficient in terms of heating time.
• Boiler: Existing 600 kg boiler available for steam generation.
New Room Design
• Dimensions: Design the room like a tunnel with entry and exit gates at both ends. Room walls will be made of PUF panels to insulate and maintain temperature.
• Room Layout: Ensure sufficient space for easy movement and maintenance, with steam distribution considerations for a front-to-back pallet arrangement.
Steam System Design
• Nozzles: Recommend the type and number of steam nozzles suitable for achieving uniform steam distribution. Detail the placement of nozzles to avoid direct steam contact with bottles.
• Steam Distribution: Provide a plan for how steam will circulate in the room, ensuring it reaches all bottles uniformly. Include how quickly the system can raise the temperature of the bottles from 20-25°C to the pasteurization temperature.
Temperature Control
• Sensors: Specify locations for temperature sensors to ensure the bottles reach and maintain the desired temperature uniformly. The design should accommodate the use of a temperature data logger with multiple sensors.
• System Monitoring: Incorporate feedback mechanisms to adjust steam flow and temperature based on real-time data from sensors.
Deliverables
• Detailed Design Drawings: Including room layout, nozzle placement, and steam distribution pathways.
• Technical Specifications: Listing all materials, components, and specifications needed for the installation.
• Implementation Timeline: A clear timeline from design to testing.
• Budget Estimate: An itemized budget forecast including material, labor, and any additional costs.
Required Expertise
• Mechanical Engineer: Specialized in thermal systems and industrial design.
• Experience: Proven track record with steam systems and pasteurization processes.
• Skills: Ability to integrate complex systems with automation and sensor feedback.
Objective
Design and implement a steam-based pasteurization system for a tunnel-like room to effectively heat 3,000 glass bottles (330 ml each) at a time, ensuring even heat distribution without direct overheating. Transition from an existing water spray system to a more efficient steam system.
Bottle and Pallet Configuration
• Total Bottles: 3,000 (40 bottles per crate, 37-38 crates per pallet).
• Pallet Configuration: Two pallets, each 1200 x 1200 mm, stacked with crates. The pallets will be arranged one behind the other (front and back) with a 100-200 mm gap around each pallet for movement.
Current Setup
• Existing Chamber: Currently using a water spray system which is inefficient in terms of heating time.
• Boiler: Existing 600 kg boiler available for steam generation.
New Room Design
• Dimensions: Design the room like a tunnel with entry and exit gates at both ends. Room walls will be made of PUF panels to insulate and maintain temperature.
• Room Layout: Ensure sufficient space for easy movement and maintenance, with steam distribution considerations for a front-to-back pallet arrangement.
Steam System Design
• Nozzles: Recommend the type and number of steam nozzles suitable for achieving uniform steam distribution. Detail the placement of nozzles to avoid direct steam contact with bottles.
• Steam Distribution: Provide a plan for how steam will circulate in the room, ensuring it reaches all bottles uniformly. Include how quickly the system can raise the temperature of the bottles from 20-25°C to the pasteurization temperature.
Temperature Control
• Sensors: Specify locations for temperature sensors to ensure the bottles reach and maintain the desired temperature uniformly. The design should accommodate the use of a temperature data logger with multiple sensors.
• System Monitoring: Incorporate feedback mechanisms to adjust steam flow and temperature based on real-time data from sensors.
Deliverables
• Detailed Design Drawings: Including room layout, nozzle placement, and steam distribution pathways.
• Technical Specifications: Listing all materials, components, and specifications needed for the installation.
• Implementation Timeline: A clear timeline from design to testing.
• Budget Estimate: An itemized budget forecast including material, labor, and any additional costs.
Required Expertise
• Mechanical Engineer: Specialized in thermal systems and industrial design.
• Experience: Proven track record with steam systems and pasteurization processes.
• Skills: Ability to integrate complex systems with automation and sensor feedback.
Related categories:
Mechanical Engineering
Computational Fluid Dynamics
Mechanical Design
Heat Load Calculation