Industry Application Solution

Pharmaceutical & Biotech

The pharmaceutical and biotech manufacturing sector operates under the most stringent quality and safety standards globally. Every stage of drug production, from API synthesis to final packaging, demands absolute contamination…

Industry Background

Understanding Your Industry

The pharmaceutical and biotech manufacturing sector operates under the most stringent quality and safety standards globally. Every stage of drug production, from API synthesis to final packaging, demands absolute contamination control and regulatory compliance. Manufacturing environments must maintain ISO Class 5-8 cleanroom standards while ensuring product purity meets FDA, EMA, and GMP requirements.

Modern pharmaceutical facilities face increasing pressure to eliminate all potential contamination sources while maximizing production efficiency. The shift toward biologics and sterile injectables has intensified the need for oil-free vacuum and compressed air systems. Traditional oil-lubricated equipment poses unacceptable risks of product contamination, regulatory violations, and costly production shutdowns.

Environmental sustainability has become equally critical, with pharmaceutical companies committed to reducing energy consumption and carbon emissions. Advanced process equipment must deliver reliable performance while meeting ESG targets and operating cost reduction goals. The integration of Industry 4.0 technologies requires vacuum and compression systems with intelligent monitoring, predictive maintenance capabilities, and seamless connectivity to building management systems.

Requirements

Key Industry Requirements

Oil-free operation meeting ISO 8573-1 Class 0 certification

Full compliance with FDA 21 CFR Part 11 and EU GMP Annex 1

Cleanroom compatibility with minimal particle generation

Automated CIP/SIP validation protocols

Energy efficiency exceeding 30% vs conventional systems

Real-time monitoring with 21 CFR Part 11 data integrity

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Real-World Applications

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Industry Challenges

Critical Pain Points

Understanding the challenges that impact your operations

1

Oil Contamination Risk

Traditional oil-lubricated vacuum pumps introduce petroleum-based contaminants into manufacturing processes, leading to batch rejection, regulatory non-compliance, and potential patient safety issues. Even trace oil contamination can compromise API purity and require costly remediation procedures.

2

Validation & Compliance Burden

Oil-based systems require extensive and frequent revalidation cycles, consuming significant resources and production downtime. Documentation requirements for oil changes, filter replacements, and contamination monitoring create substantial administrative overhead that diverts focus from core manufacturing operations.

3

High Operating Costs

Conventional vacuum pumps consume excessive energy due to inefficient oil cooling systems and constant lubrication needs. Frequent oil changes, filter replacements, and disposal costs significantly increase total cost of ownership. Unplanned downtime for maintenance disrupts production schedules and reduces facility utilization rates.

4

Environmental & Safety Concerns

Oil mist emissions, hazardous waste disposal, and energy inefficiency conflict with pharmaceutical companies' sustainability commitments. Workplace exposure to oil vapors poses health risks to operators, while accidental oil spills create environmental hazards requiring specialized cleanup and reporting procedures.

Shichang Solution

Our Advanced Solution

Engineered specifically for your industry requirements

Shichang’s oil-free screw vacuum pump and blower systems deliver pharmaceutical-grade performance through advanced dry screw technology. Our KZB and SCRV series eliminate all oil contamination risks while providing superior reliability and energy efficiency compared to conventional equipment.

The proprietary screw rotor design achieves ISO 8573-1 Class 0 certification without requiring filtration or downstream purification. Precision-machined components operate with minimal clearances, generating deep vacuum levels while consuming up to 42% less energy than oil-sealed alternatives. Integrated variable frequency drives automatically adjust motor speed to match real-time demand, optimizing power consumption across varying process loads.

All systems feature pharmaceutical-compliant materials with electropolished stainless steel contact surfaces and FDA-approved seals. Automated monitoring systems provide continuous data logging for validation documentation, with secure data storage meeting 21 CFR Part 11 electronic record requirements. Modular design enables rapid maintenance without process contamination, while predictive diagnostics minimize unplanned downtime and extend equipment service life.

Key Features & Advantages

100% Oil-Free Operation

Dry screw technology eliminates all petroleum contamination risks, ensuring pharmaceutical-grade air quality without filtration. ISO 8573-1 Class 0 certification guarantees zero oil carry-over into critical manufacturing processes, protecting product purity and regulatory compliance.

FDA & GMP Compliant Design

Pharmaceutical-grade materials with electropolished stainless steel surfaces prevent particle generation. Integrated data logging and validation protocols satisfy FDA 21 CFR Part 11 requirements, streamlining regulatory documentation and audit preparation.

42% Energy Reduction

Variable frequency drive technology and optimized screw profiles deliver exceptional energy efficiency. Intelligent load-matching automatically adjusts motor speed to process demands, significantly reducing electricity consumption and operating costs compared to fixed-speed oil-sealed pumps.

Minimal Maintenance Requirements

Oil-free design eliminates scheduled oil changes, filter replacements, and contamination monitoring. Extended service intervals and simplified maintenance procedures reduce downtime, lower operating costs, and allow personnel to focus on core manufacturing activities.

Cleanroom Compatible

Low vibration design and minimal particle generation enable installation within controlled manufacturing environments. Compact footprint and quiet operation integrate seamlessly into pharmaceutical facilities without compromising cleanroom classification or operator comfort.

Predictive Diagnostics

Industry 4.0 connectivity provides real-time performance monitoring and predictive maintenance alerts. Remote diagnostics and automated reporting reduce service costs while maximizing equipment uptime and production reliability.

Performance Comparison

Shichang solution vs. conventional alternatives

Parameter Traditional Shichang
Energy Efficiency 75% 92%
Maintenance Frequency Monthly Quarterly
Oil Contamination Risk High Zero
Compliance Validation Extensive Automated
Service Life 3-5 years 8-10 years
Downtime/Year 120+ hours <24 hours
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Measurable Results

Quantifiable Results

Proven improvements your business will experience with data-driven insights

42%

Energy Cost Reduction

Variable frequency drive control and optimized screw design reduce electricity consumption by 42% compared to traditional oil-sealed systems, significantly lowering operating costs and supporting sustainability goals.

100%

Zero Oil Contamination

Complete elimination of oil contamination risks ensures pharmaceutical product purity, prevents batch rejection, and maintains continuous regulatory compliance without filtration or downstream purification.

75%

Maintenance Time Reduction

Oil-free operation eliminates scheduled oil changes and contamination monitoring, reducing annual maintenance requirements by 75% and minimizing production interruptions.

3x

Equipment Lifespan Extension

Superior design and minimal wear components extend operational service life to 8-10 years, triple the typical lifespan of oil-sealed alternatives, maximizing return on investment.

60%

Total Cost of Ownership Reduction

Combined savings from energy efficiency, reduced maintenance, eliminated oil costs, and extended equipment life deliver 60% lower total cost of ownership over 10-year lifecycle.

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