LAX Kennel Club
When an Airborne Crisis Required an Airborne Solution
The Crisis
LAX Kennel Club is a high-volume animal housing and transfer facility located adjacent to Los Angeles International Airport. The facility supports short-term and long-term animal stays, international arrivals, customs clearance, and in some cases works closely with federal agencies, including Homeland Security.
Because animals arrive from airports and flights around the world, the facility operates under heightened scrutiny and strict health requirements.
That scrutiny intensified overnight.
LAX Kennel Club experienced a kennel cough outbreak that quickly escalated into a full-scale crisis. Multiple animals became severely ill, and tragically, one dog died. The situation triggered immediate involvement from the CDC, placing the facility under investigation and threatening a full shutdown.
For the owners and staff, this was not just a health issue — it was an existential threat.
A shutdown meant:
- Loss of licensing
- Loss of trust with airlines, customs, and federal agencies
- Reputational damage
- Potential permanent closure
They were fighting for survival.
Understanding the Real Problem
Kennel cough is often misunderstood as a surface hygiene issue. In reality, it is a highly contagious airborne respiratory illness caused by a combination of bacteria and viruses.
In facilities like kennels:
- Dogs bark, cough, pant, and breathe continuously
- Aerosolized pathogens remain suspended in the air
- Infected air travels freely between rooms if airflow is not controlled
At LAX Kennel Club, the conditions were stacked against them:
- High animal density
- Continuous intake of new animals
- High humidity from daily washing
- Outdated ventilation systems
- No air quality monitoring
The facility did have fresh air and exhaust systems — but they were not designed to stop airborne transmission.
Worse still, “fresh air” was being drawn from directly beneath active flight paths, pulling in jet fuel byproducts, carbon particulates, and VOCs. Instead of solving the problem, the system was introducing new contamination into an already vulnerable environment.
Air from one kennel section could easily migrate into another, allowing disease to spread unchecked.
Cleaning alone could not solve this.
What Was at Stake
By the time Secure My Air was contacted, the owners were under extreme pressure.
They faced:
- Financial collapse
- Regulatory shutdown
- Loss of federal trust
- Animal safety liability
The CDC required proof, not promises.
They needed to demonstrate:
- Controlled air exchanges per hour
- Isolation of infected animals
- Prevention of cross-contamination
- Ongoing airborne risk management
Without a real airborne strategy, reopening would not happen.
The Secure My Air Solution
This project coincided with the early rollout of Secure My Air’s first-generation air purification and air security systems — and it demanded innovation.
The solution required re-engineering the air itself.
Key elements included:
1. Airborne Sterilization & Filtration
- Multi-layer air purification designed to neutralize airborne pathogens
- Filtration targeting particulate matter from aircraft emissions and animal dander
2. Controlled Airflow Design
- Installation of air curtains in strategic areas to guide airflow direction
- Prevention of contaminated air migrating between spaces
3. Quarantine Room Engineering
A critical breakthrough emerged during design:
Secure My Air created dedicated quarantine rooms where:
- Contaminated air could not escape when doors opened
- Fresh, treated air was introduced instead
- Infected animals could be safely isolated without endangering the facility
This eliminated cross-contamination and satisfied CDC requirements.
4. Monitoring & Validation
- Sensors installed in all rooms
- Continuous monitoring of humidity, temperature, VOCs, and particulate levels
- Post-installation airflow testing to confirm performance
For the first time, the facility could see, measure, and prove that the air was safe.
Regulatory Approval & Reopening
The CDC specifically required:
- Verified air exchange rates
- Functional quarantine capability
- Documentation of prevention measures
Secure My Air delivered:
- System documentation
- Monitoring data
- Operational protocols
The facility met requirements and was able to reopen as quickly as possible, with confidence that the outbreak was controlled — not just cleaned up.
Results
After implementation:
- Kennel cough cases disappeared
- Air quality stabilized
- Staff confidence returned
- Operations resumed fully
Beyond recovery, something unexpected happened.
The facility improved operationally:
- Staff embraced air-conscious practices
- Customer confidence increased
- Business volume grew — significantly
LAX Kennel Club didn’t just survive.
They emerged stronger than before.
The Bigger Lesson
This project reshaped how Secure My Air designs systems.
The principles learned here now apply to:
- Veterinary clinics
- Animal shelters
- Schools
- Healthcare facilities
- Hospitals and surgical environments
- Any space vulnerable to airborne transmission
Positive pressure, negative pressure, airflow isolation, and real-time monitoring are not “extras” — they are foundational to disease prevention.
Hospital-associated infections, for example, remain one of the largest global healthcare challenges. The same airborne strategies used here are directly applicable.
One-Sentence Takeaway
Airborne problems require airborne solutions.
Surface cleaning is necessary — but without controlling the air, it leaves the most dangerous pathway untouched.
Who This Is For
This case study is for:
- Kennels and animal facilities
- Veterinary hospitals
- Schools and childcare environments
- Any organization vulnerable to airborne shutdowns
If airborne illness can shut down your operation, air security must be part of your strategy.