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Partner Onboarding

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0 of 6 complete
Partner Onboarding Program

Intro to Synexis DHP® Technology.

Six short modules on DHP® technology, deployment, and the science that backs it. Watch each video, answer the questions, and unlock the next module.

1
Watch the video
2
Answer the questions
3
Unlock the next module

1
Synexis Overview
Overview of Synexis & DHP®
In Progress
Knowledge Check
Question 1 of 4
What is DHP?
A
A liquid disinfectant sprayed on surfaces
B
A gas created from oxygen and humidity
C
A chemical added to HVAC filters
D
A UV light-based air purifier
Why is DHP effective in hard-to-reach areas?
A
It is applied manually by technicians
B
It is applied in high concentrations
C
As a gas, it moves freely into corners, cracks, and other spaces
D
It is sprayed at high pressure
Synexis is described as a "touchless, continuous pathogen control" solution. Which of the following best captures what that means in practice?
A
It replaces manual cleaning with automated spraying systems
B
It continuously reduces microbial contamination and actively defends against pathogens at the point of introduction — without requiring physical contact
C
It filters air through HEPA systems to trap airborne particles
D
It applies a scheduled UV treatment to surfaces once a day
Which statement best describes how Synexis fits into a cleaning program?
A
It replaces manual cleaning entirely
B
It is used only after manual cleaning is complete
C
It complements and enhances existing cleaning protocols continuously
D
It is a scheduled treatment applied weekly
2
DHP® Fundamentals
How the device works and why DHP is uniquely reactive
Locked
Knowledge Check
Question 1 of 2
What are the key components required for a Synexis device to generate DHP?
A
Water, nitrogen, UV light, and a carbon filter
B
Humidity, oxygen, airflow, a photocatalyst, and UVA light
C
Ozone, humidity, a MERV filter, and airflow
D
Liquid hydrogen peroxide, UV light, airflow, and a carbon filter
Why is DHP effective at trace levels?
A
It is produced at higher concentrations than liquid form
B
It contains added chemical accelerants to boost reactivity
C
As a gas, DHP is more reactive than aqueous hydrogen peroxide
D
It is heated during production making it more volatile
3
Synexis® Technology Deployment
Blade, Sphere, Sentry XL, and how deployments are planned
Locked
Knowledge Check
Question 1 of 4
What are the two deployment methods Synexis offers?
A
Ceiling-mounted units and floor diffusers
B
HVAC in-duct and standalone devices
C
Portable sprayers and fixed wall units
Which Synexis device is designed for larger areas?
A
The Blade
B
The Sphere
C
The Sentry XL
D
The DHP Pro
What is one of the biggest factors in determining how many devices a space needs?
A
The age of the building
B
The number of employees on site
C
The total volume of the space
D
The type of flooring material
How does Synexis approach deployment planning with customers?
A
Customers select their own devices from a product catalog
B
A standard package is assigned based on square footage
C
Synexis experts collaborate using site walks, deployment drawings, and application guidelines
D
Deployment is handled entirely by the building's HVAC contractor
4
Industry Applications
Who Synexis serves and the outcomes it drives
Locked
Knowledge Check
Question 1 of 2
How long has Synexis been focused on delivering pathogen control outcomes?
A
5 years
B
Nearly two decades
C
30 years
D
Since 2020
Which of the following is a documented Synexis outcome in the poultry industry?
A
Reduction in antibiotic usage
B
Improved chick quality and hatchability
C
Lower feed conversion ratios
D
Reduced ammonia emissions
5
Synexis DHP® Technology Efficacy
Lab, field, and peer-reviewed research
Locked
Knowledge Check
Question 1 of 2
Which of the following best describes how Synexis validates its technology?
A
Internal testing only, conducted by Synexis engineers
B
A combination of lab testing, real-world field data, and peer-reviewed research
C
Clinical trials conducted exclusively in healthcare settings
D
Third-party certification based on chemical composition alone
What has peer-reviewed research shown in hatchery environments?
A
Reduced ammonia levels and improved ventilation
B
Lower antibiotic resistance in poultry flocks
C
Improved chick hatchability and successful replacement of formaldehyde
D
Reduced feed consumption and mortality rates
6
DHP® Safe for Occupied Spaces
OSHA limits, clinical validation, third-party confirmation
Locked
Knowledge Check
Question 1 of 2
At what level does Synexis DHP operate relative to OSHA exposure limits?
A
Just below OSHA limits, requiring monitoring in sensitive environments
B
At roughly half of OSHA exposure limits
C
Hundreds of times below OSHA exposure limits
D
At levels comparable to hydrogen peroxide found in common household cleaners
Which two facts demonstrate that Synexis DHP is safe for occupied spaces?
A
It is approved by the FDA and EPA for use in clinical settings
B
It operates hundreds of times below OSHA limits and at levels lower than DHP naturally produced by the human body
C
It has been tested in empty facilities only and requires occupant evacuation during operation
D
It replaces chemical disinfectants entirely and requires no safety monitoring
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Onboarding Complete

Congratulations — you've completed all six modules of Synexis partner training.