Services
We develop comprehensive Process Flow Diagrams (PFDs) and Piping & Instrumentation Diagrams (P&IDs) for refrigeration, chiller, heat pump, and process cooling systems. Our engineering drawings provide a clear representation of equipment, refrigerant flow paths, piping networks, valves, instruments, safety devices, and control strategies, ensuring accurate design, seamless installation, efficient commissioning, and reliable operation.
Services Include:
- Refrigeration PFD Development
- Refrigeration P&ID Development
- Ammonia (R717) System P&IDs
- CO₂ (R744) System P&IDs
- Chiller Plant P&IDs
- Heat Pump P&IDs
- Free Cooling & Dry Cooler P&IDs
- Process Cooling Flow Diagrams
- Instrumentation & Control Diagrams
- Valve and Equipment Schedules
- Control Narratives & Sequences of Operation
- As-Built Documentation
Applications:
Industrial Refrigeration, Cold Storage Facilities, Food & Beverage Processing Plants, Pharmaceutical Facilities, Data Centers, District Energy Systems, Chiller Plants, Heat Pump Systems, and Industrial Process Cooling Facilities.
Deliverables:
PFDs, P&IDs, Equipment Lists, Instrument Indexes, Valve Schedules, Control Diagrams, Sequence of Operations, and Commissioning Documentation.
Ammonia (R717) & CO₂ (R744) Refrigeration, Chiller and Heat Pump Design
We provide specialized engineering services for Ammonia (R717) and CO₂ (R744) refrigeration systems, industrial chillers, and heat pump applications. Our expertise includes the design of energy-efficient, low-GWP cooling and heating solutions for cold storage facilities, food processing plants, industrial manufacturing, district energy systems, and commercial buildings.
Services Include:
- Ammonia (R717) Refrigeration System Design
- CO₂ (R744) Transcritical & Subcritical System Design
- Industrial Chiller Plant Design
- Heat Pump System Design
- Heat Recovery Systems
- Cascade Refrigeration Systems
- Free Cooling & Dry Cooler Systems
- Refrigerant Piping Design & Sizing
- Process Cooling System Design
- Hydraulic & Glycol System Design
- Refrigeration P&IDs and PFDs
- Equipment Selection & Specification
- Control Sequences & Automation Design
- Energy Optimization Studies
- Commissioning & Technical Support
Applications:
Cold Storage Warehouses, Food & Beverage Processing Plants, Ice Rinks, Pharmaceutical Facilities, Data Centers, Industrial Process Cooling, District Energy Systems, and Commercial HVAC Plants.
We provide advanced automation and control solutions for refrigeration, HVAC, chiller plants, heat pumps, and industrial process cooling systems. Our team develops intelligent control strategies that improve system efficiency, reliability, energy performance, monitoring, and operational flexibility.
Platforms & Technologies:
- CAREL (PLC Programming)
- Schneider Electric (PLC Programming)
- Siemens (PLC Programming)
- HMI Development
- SCADA Systems
- Building Automation Systems (BAS)
- Remote Monitoring & Diagnostics
- VFD Integration & Control
- Energy Management Systems
Services Include:
- Control System Design
- Sequence of Operations Development
- Refrigeration Control Programming
- Chiller Plant Optimization
- Heat Pump Control Strategies
- Free Cooling & Dry Cooler Controls
- Alarm Management & Trending
- Equipment Integration
- Commissioning & Functional Testing
- System Troubleshooting & Optimization
Applications:
Ammonia (R717) Refrigeration Systems, CO₂ (R744) Systems, Chiller Plants, Heat Pump Systems, Cold Storage Facilities, Food Processing Plants, Pharmaceutical Facilities, Data Centers, Industrial Manufacturing Facilities, and Commercial Buildings.
Deliverables:
Control Schematics, I/O Lists, Control Narratives, Sequence of Operations, PLC/HMI Programming, Network Architecture Drawings, and Commissioning Documentation.
We provide engineering design and documentation for R290 (Propane) refrigeration systems in accordance with applicable European regulations and standards. R290 is a natural refrigerant with ultra-low Global Warming Potential (GWP ≈ 3) and excellent thermodynamic performance, making it an ideal solution for sustainable refrigeration, heat pump, and process cooling applications.
Applicable Standards:
- European Committee for Standardization EN 378 – Refrigerating Systems and Heat Pumps
- International Electrotechnical Commission IEC 60335-2-40
- International Electrotechnical Commission IEC 60335-2-89
- International Organization for Standardization ISO 5149
- ATEX Requirements (where applicable)
- EU F-Gas Regulation Compliance
Services Include:
- R290 Refrigeration System Design
- R290 Chiller Design
- R290 Heat Pump Design
- Refrigerant Charge Assessment
- Hazardous Area Classification
- Ventilation & Gas Detection Design
- Safety Risk Assessment
- P&IDs and PFDs Development
- Refrigerant Piping Design
- Equipment Selection & Specification
- Control & Safety Interlocks
- Commissioning Support
Applications:
- Commercial Refrigeration
- Process Cooling Systems
- Air-Cooled Chillers
- Heat Pump Systems
- Food Processing Facilities
- Cold Rooms & Freezers
- Industrial Cooling Systems
- Sustainable HVAC Applications
Deliverables:
Design Calculations, EN 378 Compliance Review, P&IDs, PFDs, Equipment Schedules, Safety Documentation, Control Schematics, and Commissioning Reports.
Key Benefits of R290:
- Ultra-Low GWP (~3)
- Zero Ozone Depletion Potential (ODP)
- High Energy Efficiency
- Excellent Heat Transfer Characteristics
- Environmentally Sustainable Refrigerant Solution
- Suitable for Future Low-Carbon HVAC&R Systems
This text is suitable for a professional engineering website offering R290 refrigeration, chiller, and heat pump design services compliant with European standards.
We provide complete refrigeration design and engineering solutions for cold storage facilities, freezer warehouses, food processing plants, and temperature-controlled storage applications. Our designs focus on product preservation, energy efficiency, operational reliability, and compliance with international refrigeration standards.
Services Include:
- Cold Storage Refrigeration Design
- Cooler & Freezer Room Design
- Refrigeration Load Calculations
- Ammonia (R717) Refrigeration Systems
- CO₂ (R744) Refrigeration Systems
- R290 Refrigeration Systems
- Compressor Rack Design
- Evaporator & Condenser Selection
- Refrigerant Piping Design & Sizing
- Blast Freezer Systems
- IQF (Individual Quick Freezing) Systems
- Chiller & Glycol Cooling Systems
- Refrigeration P&IDs and PFDs
- Control & Automation Design
- Energy Optimization Studies
- Installation Support & Commissioning
Applications:
- Fruit & Vegetable Cold Stores
- Meat & Poultry Processing Facilities
- Dairy Processing Plants
- Seafood Processing Facilities
- Frozen Food Warehouses
- Pharmaceutical Cold Rooms
- Distribution & Logistics Centers
- Agricultural Storage Facilities
Deliverables:
Cooling Load Calculations, Refrigeration System Design, Equipment Schedules, P&IDs, PFDs, Refrigerant Piping Layouts, Equipment Specifications, Control Sequences, and Commissioning Documentation.
Our expertise covers low-temperature, medium-temperature, and ultra-low-temperature refrigeration systems, ensuring reliable product storage, reduced operating costs, and long-term system performance.
We provide engineering design and optimization services for Free Cooling Chiller Systems, which utilize low ambient temperatures to reduce or eliminate compressor operation during favorable weather conditions. By integrating dry coolers, plate heat exchangers, and intelligent controls, free cooling chillers significantly improve energy efficiency and reduce operating costs.
Services Include:
- Free Cooling Chiller System Design
- Air-Cooled Chiller with Free Cooling
- Dry Cooler Integration
- Glycol-Based Free Cooling Systems
- Waterside Economizer Design
- Plate Heat Exchanger Design
- Chiller Plant Optimization
- Pumping & Hydraulic Design
- Control Sequence Development
- P&IDs and PFDs Development
- Equipment Selection & Specification
- Energy Savings Analysis
- Commissioning Support
Applications:
- Data Centers
- Industrial Process Cooling
- Pharmaceutical Facilities
- Manufacturing Plants
- Commercial Buildings
- District Cooling Systems
- Food Processing Facilities
Benefits:
- Reduced Compressor Operating Hours
- Lower Energy Consumption
- Reduced Maintenance Costs
- Extended Chiller Life
- Lower Carbon Emissions
- Improved System Reliability
Deliverables:
Design Calculations, Energy Analysis, Equipment Schedules, P&IDs, PFDs, Hydraulic Schematics, Control Narratives, and Commissioning Documentation.
Typical Configuration:
Dry Cooler → Plate Heat Exchanger → Chilled Water Loop → Building/Process Load, with automatic changeover between free cooling mode and mechanical chiller operation for maximum efficiency throughout the year.
IDEA AND INNOVATION
Sustainable Energy
We are focused on building a long-term, sustainable energy.
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