Automated CIP & SIP Systems for the Pharmaceutical Industry We offer fully automated, custom-designed CIP (Cleaning-in-Place) and SIP (Sterilization-in-Place) systems, specifically engineered to meet the stringent hygiene and validation standards of the pharmaceutical industry. Our solutions are optimized for maximum efficiency, consistent results, and full compliance with GMP guidelines. Cleaning-in-Place (CIP) Systems CIP (Cleaning-in-Place) is a critical process in pharmaceutical manufacturing, ensuring the internal surfaces of process equipment—such as tanks, piping, filters, and heat exchangers—are thoroughly cleaned without disassembly. This is essential for preventing cross-contamination and maintaining the integrity of products, especially when handling purified water, Water for Injection (WFI), and other sensitive fluids. Typical CIP Process Steps: Pre-Rinse – Initial rinse using purified water to remove loose residues. Chemical Wash – Circulation of alkaline or acidic cleaning agents to dissolve and remove biofilms, residues, and scale. Intermediate Rinse – Flushing with water to remove chemical residues. Final Rinse – Optional rinse with high-quality water or WFI. Sterilization (SIP, if integrated) – Heat-based sterilization to ensure microbial control. Post-Sterile Rinse – Ensures no residuals remain after sterilization. Note: Parameters such as temperature, flow rate, chemical concentration, and contact time are customized according to equipment specifications and cleaning validation protocols. Sterilization-in-Place (SIP) Systems SIP (Sterilization-in-Place) complements CIP by sterilizing equipment and pipelines after cleaning. It typically involves the controlled introduction of clean steam at validated temperatures and pressures to eliminate microbial presence without dismantling the system. SIP Key Features: Saturated steam sterilization at 121°C to 135°C. Fully automated cycle control and data logging. Integration with SCADA/PLC systems for 21 CFR Part 11 compliance. Designed for repeatable, validated performance. Key Benefits of Our CIP/SIP Systems: Custom-built to meet your facility’s layout and operational needs. Reduced downtime and operational costs through automation. Enhanced product safety and regulatory compliance. Minimized water and chemical consumption through optimized cycles. Complete documentation and support for validation and qualification. CIP & SIP Systems for Hygienic and Sterile Process Environments Cleaning-In-Place (CIP) and Sterilization-In-Place (SIP) are automated systems designed to perform thorough internal cleaning and sterilization of process equipment without the need for disassembly. These systems are essential in industries where hygiene, repeatability, and process integrity are critical—especially in pharmaceutical and biotech production environments. Our Capabilities We design, engineer, manufacture, supply, and install both Mobile and Fixed CIP & SIP modules for effective sanitization and sterilization. All units are custom-built, modular, and skidded, available in automated or semi-automated configurations. Designed to meet cGMP requirements, our systems range from portable single-tank units to large-scale, multi-tank fixed installations. System Features and Benefits Validated CIP performance – Ensures repeatable, compliant cleaning cycles. Tailored engineering – Each system is built to match specific process, utility, and layout needs. Efficient cleaning – Reduces cleaning time and resource usage while maximizing hygiene. 21 CFR Part 11 Compliant – In-house programming supports regulatory data integrity requirements. User-friendly control – Operation via centralized SS304-grade control panel with safety interlocks and indicators. CIP Process Overview CIP is an automated cleaning method using a sequence of: Pre-rinse Chemical wash Intermediate rinse Final rinse (if required) Typically, one CIP cycle takes 60–90 minutes, using a mix of chemicals, water, and heat to ensure optimal internal surface cleanliness. SIP Process Overview SIP (Steam-In-Place) follows CIP for added sterilization. It uses clean steam at 121–135°C for up to 30 minutes, eliminating all viable microorganisms and ensuring sterile conditions for the next production cycle. Typical Customizations Available To suit client-specific applications and constraints, we offer: Mobile or Fixed (Stationary) Skids Integrated Water Storage Tanks Shell & Tube or Plate Heat Exchangers Dosing Pumps for Detergent/Chemical Addition Forward/Transfer Pumps Reverse Circulation Pumps Conductivity Sensors (for rinse validation) Flow Sensors (for process monitoring) System Construction & Safety Control Panel: Fabricated from SS304, includes emergency stop, main power indicators, and safety locks. Piping & Connections: Built per cGMP guidelines, using sealed tri-clamp fittings for hygiene and easy disassembly if needed. Automation: PLC-based control with SCADA/HMI options available.