ISO 7 Modular Cleanroom for Cell Biology Research in Texas, USA
Project Location: Texas, USA
Industry: Biology & Cell Research
Year: 2023
Cleanroom Classification: ISO 7
Area: 4,000 sq ft (≈372㎡)
Solution: Modular Cleanroom
Project Overview
As biotechnology and regenerative medicine continue to expand across North America, laboratories require increasingly controlled environments to protect sensitive biological samples and ensure repeatable research results.
In 2023, DERSION completed a 4,000-square-foot ISO 7 modular cleanroom for Betterhumans Inc. in Texas, USA. The project was designed for advanced biological research and cell culture applications, providing a contamination-controlled environment that supports long-term laboratory operations while allowing future expansion.
Unlike traditional construction, the modular cleanroom system minimized installation time and reduced interruptions to the client’s facility, enabling faster project delivery.
Project Summary
| Item | Details |
|---|---|
| Customer | Betterhumans Inc. |
| Country | USA |
| State | Texas |
| Industry | Biology & Cell Research |
| Area | 4,000 sq ft |
| Cleanliness | ISO 7 |
| Project Year | 2023 |
| Solution | Modular Cleanroom |
| Standard | ISO 14644-1 |
| Delivery | Design + Manufacturing + Installation |
Customer Challenges
The client planned to establish a laboratory dedicated to biological research and cell-based experiments.
Several technical requirements had to be addressed before construction:
- Stable ISO 7 particle control
- Positive air pressure management
- Temperature and humidity stability
- Energy-efficient HVAC operation
- Easy maintenance
- Future laboratory expansion
- Compliance with international cleanroom standards
Because biological laboratories often upgrade equipment and workflows, the customer preferred a modular system rather than permanent construction.
DERSION Modular Cleanroom Solution
To satisfy these requirements, DERSION engineered a fully customized modular cleanroom featuring:
ISO 7 Cleanroom Design
The cleanroom complies with ISO 14644-1 requirements, maintaining strict airborne particle concentration suitable for biological laboratories.
Learn more:
/iso-7-cleanroom-guide/ (Internal Link)
Modular Wall System
The cleanroom utilizes factory-prefabricated insulated wall panels with aluminum framing.
Benefits include:
- Fast installation
- Excellent airtightness
- Easy replacement
- Flexible relocation
- Future expansion
Related solution:
/modular-cleanroom/ (Internal Link)
High-Efficiency HVAC System
The HVAC system was designed specifically for the Texas climate.
Features include:
- HEPA filtration
- Fresh air management
- Temperature control
- Humidity control
- Pressure cascade
- Energy-saving airflow optimization
Read more:
/cleanroom-hvac-system/ (Internal Link)
HEPA Filtration
Terminal HEPA filters achieve high filtration efficiency, continuously removing airborne contaminants generated during laboratory activities.
This creates a stable environment suitable for:
- Cell culture
- Tissue engineering
- Molecular biology
- Biotechnology research
Intelligent Monitoring
Integrated monitoring system includes:
- Differential pressure
- Temperature
- Humidity
- Airflow
- Filter status
- Alarm management
Real-time monitoring helps laboratory staff maintain compliance without unnecessary manual inspections.
Why Modular Cleanrooms Are Ideal for Cell Biology Laboratories
Traditional cleanroom construction is often expensive, time-consuming, and difficult to modify.
Modular cleanrooms offer significant advantages:
Faster Deployment
Factory fabrication shortens onsite construction dramatically.
Typical installation can be completed weeks earlier than conventional construction.
Flexible Expansion
Research laboratories evolve quickly.
New equipment or additional research areas can be incorporated simply by expanding the modular structure.
Lower Lifecycle Cost
Modular cleanrooms reduce:
- Construction waste
- Maintenance costs
- Future renovation expenses
- Facility downtime
Easier Validation
Modular systems simplify:
- IQ
- OQ
- Performance verification
- Airflow balancing
This helps laboratories maintain compliance throughout their lifecycle.
Applications of ISO 7 Biological Cleanrooms
The Texas facility supports multiple biological research activities, including:
- Cell Culture
- Stem Cell Research
- Tissue Engineering
- Molecular Biology
- Gene Therapy
- Regenerative Medicine
- Biomedical Research
- Life Science Laboratories
Why Texas Continues to Grow as a Biotechnology Hub
Texas has become one of the fastest-growing biotechnology regions in the United States.
Major advantages include:
- Expanding biotech investment
- World-class universities
- Pharmaceutical manufacturing
- Medical research centers
- Advanced life science startups
As demand for biological research increases, modular cleanrooms provide laboratories with faster deployment and lower capital investment.
Compliance Standards
This project was designed following internationally recognized cleanroom standards.
Relevant references include:
- ISO 14644 Cleanrooms
- GMP Guidelines
- Good Laboratory Practice (GLP)
Useful external resources:
- ISO 14644 Standards
https://www.iso.org/standard/53394.html - FDA Guidance for Sterile Drug Products
https://www.fda.gov - ISPE Good Practice Guides
https://ispe.org
Why Global Biotechnology Companies Choose DERSION
DERSION provides complete turnkey cleanroom engineering services from concept to commissioning.
Our capabilities include:
- Cleanroom Design
- HVAC Engineering
- Modular Manufacturing
- Electrical Systems
- Cleanroom Panels
- Pass Boxes
- Air Showers
- FFU Systems
- Validation Support
- Overseas Installation
With more than 20 years of cleanroom engineering experience, DERSION has successfully delivered projects across North America, Europe, the Middle East, and Southeast Asia.
Related Solutions
You may also be interested in:
- Modular Cleanroom Systems (Internal Link: /modular-cleanroom/)
- Medical Device Cleanroom (Internal Link: /medical-device-cleanroom/)
- Pharmaceutical Cleanroom (Internal Link: /pharmaceutical-cleanroom/)
- Cell Therapy Cleanroom (Internal Link: /cell-therapy-cleanroom/)
- ISO 7 Cleanroom Guide (Internal Link: /iso-7-cleanroom-guide/)
- Cleanroom HVAC Design (Internal Link: /cleanroom-hvac-system/)
- Turnkey Cleanroom Solution (Internal Link: /turnkey-cleanroom/)
Frequently Asked Questions
Why is ISO 7 commonly used for cell biology laboratories?
ISO 7 cleanrooms provide a controlled environment that significantly reduces airborne particles, making them suitable for cell culture, tissue engineering, and biotechnology research where contamination control is essential.
Why choose a modular cleanroom instead of traditional construction?
Modular cleanrooms offer faster installation, flexible expansion, lower maintenance costs, and reduced downtime, making them ideal for rapidly growing biotechnology companies.
Can the cleanroom be expanded in the future?
Yes. One of the primary advantages of DERSION’s modular system is its scalability. Additional laboratory space can be integrated without rebuilding the entire facility.
Does DERSION provide turnkey cleanroom services?
Yes. DERSION offers complete turnkey solutions including design, engineering, manufacturing, installation, HVAC integration, commissioning, and after-sales support for customers worldwide.
Request a Customized Biotechnology Cleanroom Solution
Whether you’re planning a cell therapy laboratory, biotechnology research facility, or GMP-compliant production cleanroom, DERSION can provide a customized modular solution tailored to your workflow, compliance requirements, and future expansion plans.
Contact our engineering team today for a free cleanroom consultation and project proposal.
Post time: Jul-07-2026