The Energy and Efficiency Institute at UC Davis solves critical energy challenges and improves energy use through research, education, and outreach.

Module 3.1: IAQ Assessment and Improvement Overview
0:58
Module 3.1: IAQ Assessment and Improvement Overview
Module 3.2: What is Ventilation?
3:13
Module 3.2: What is Ventilation?
Module 3.5: How is Ventilation Connected to Specific Air Quality Concerns?
2:38
Module 3.5: How is Ventilation Connected to Specific Air Quality Concerns?
Module 3.6: What is Filtration?
2:43
Module 3.6: What is Filtration?
Module 3.7: What Kind of Filter Should You Use?
4:57
Module 3.7: What Kind of Filter Should You Use?
Module 3.9: How do Portable Air Cleaners Work?
3:39
Module 3.9: How do Portable Air Cleaners Work?
Module 3.10: What Should You Look for When Purchasing a Portable Air Cleaner?
2:46
Module 3.10: What Should You Look for When Purchasing a Portable Air Cleaner?
Module 3.3: How do We Determine Ventilation Rates?
4:19
Module 3.3: How do We Determine Ventilation Rates?
Module 3.4: What Else Determines Airflow Rates in Buildings?
4:16
Module 3.4: What Else Determines Airflow Rates in Buildings?
Module 3.8: How Effective is Filtration?
3:24
Module 3.8: How Effective is Filtration?
Module 3.11: How to Make a Do-It-Yourself Portable Air Filter
4:35
Module 3.11: How to Make a Do-It-Yourself Portable Air Filter
Module 3.12: How to Ensure Ventilation and Filtration Systems are Working Properly
9:44
Module 3.12: How to Ensure Ventilation and Filtration Systems are Working Properly
Module 3.13: Carbon Dioxide Sensors
3:39
Module 3.13: Carbon Dioxide Sensors
Module 2.8: Challenge of Wildfire Smoke and other Outdoor Pollution
2:47
Module 2.8: Challenge of Wildfire Smoke and other Outdoor Pollution
Module 2.7: What Factors Increase the Risk of Disease Transmission Indoors?
6:12
Module 2.7: What Factors Increase the Risk of Disease Transmission Indoors?
Module 2.6: How are the Risk of Disease Transmission and Indoor Air Quality Related?
4:45
Module 2.6: How are the Risk of Disease Transmission and Indoor Air Quality Related?
Module 2.5: How can Germs in the Air Get Inside a Person?
4:14
Module 2.5: How can Germs in the Air Get Inside a Person?
Module 2.4: How does the Body Make Respiratory Particles?
4:23
Module 2.4: How does the Body Make Respiratory Particles?
Module 2.3: How are Respiratory Diseases Transmitted?
5:36
Module 2.3: How are Respiratory Diseases Transmitted?
Module 2.2: What are infectious respiratory diseases?
4:12
Module 2.2: What are infectious respiratory diseases?
Module 2.1: IAQ and Infectious Respiratory Disease Overview
1:10
Module 2.1: IAQ and Infectious Respiratory Disease Overview
Module 1.8: The Three R's
5:06
Module 1.8: The Three R's
Module 1.7: Using a Model to Show the amount of pollution in a room
4:44
Module 1.7: Using a Model to Show the amount of pollution in a room
Module 1.6: Understanding Pollutant Concentrations and Units
5:32
Module 1.6: Understanding Pollutant Concentrations and Units
Module 1.5: What Happens to Pollutants in the Air
2:42
Module 1.5: What Happens to Pollutants in the Air
Module 1.4: Outdoor to Indoor Transport
3:08
Module 1.4: Outdoor to Indoor Transport
Module 1.3: Indoor Air Pollutants and their Sources
6:36
Module 1.3: Indoor Air Pollutants and their Sources
Module 1.2: What is IAQ and Why Does It Matter
3:00
Module 1.2: What is IAQ and Why Does It Matter
Module 1.1: Indoor Air Quality Basics Intro
1:20
Module 1.1: Indoor Air Quality Basics Intro
Energy Bites May 23 2024
52:48
Energy Bites May 23 2024