Odor Control Air Purifiers & VOC Extractors
Odors in commercial and industrial spaces aren’t just unpleasant — they’re a sign of volatile organic compounds (VOCs) in the air. From solvents and adhesives to inks and cleaning agents, VOCs release gases that can spread across a workspace, causing health risks, compliance challenges, and customer complaints.
The key to solving the problem is matching the right odor control system to the size and intensity of your environment. That’s why LakeAir builds VOC extractors in scalable tiers — from versatile units for mid-sized shops to industrial powerhouses designed for the largest VOC loads.
Our VOC Extractors at a Glance
LA2-RC2-VOC
Best for small to medium shops
Labs, Grow Rooms, Garbage Areas
1000 CFM
12 Pounds of Carbon
LA6-RC4-VOC
Large Shops
Auto Body, Print Shops Dry Cleaners
2000 CFM
37 Pounds of Carbon
LA9-RC6 & RC8 VOC
Industrial Settings
Heavy Voc Processes
3500 CFM
55 Pounds of Carbon
Print Shop VOC Control
Printing operations turn out some fabulous looking work. They also produce some nasty fumes. Modern printing processes use toners and inks that are likely to contain any number of Volatile Organic Compounds. There are a long list of possible chemicals but some of the more likely are:
Isopropyl Alcohol (IPA): IPA is often used as a solvent in inks and cleaning agents. It evaporates quickly and can contribute to VOC emissions.
Ethanol: Similar to IPA, ethanol is used in some inks and cleaning solutions and can release VOCs during evaporation.
Methyl Ethyl Ketone (MEK): MEK is a solvent commonly found in inks and adhesives. It is known for its fast evaporation rate and can contribute to VOC emissions.
Toluene: Toluene is often used in solvent-based inks. It has a strong odor and is a VOC that can be released into the air.
Xylene: Xylene is used in certain types of inks and can contribute to VOC emissions. It has a characteristic sweet smell.
Benzene: Benzene may be present in small amounts, especially in older printing processes, and is a known VOC with potential health concerns.
Body Shop VOC Removal
LakeAir VOC extractors find a home in many body shop. Paint booths are great for full on painting operations but small repairs are often best done without opening up the booth. Bondo, adhesives, and touch up paint always have some VOCs related to their use. This is a list of some of the VOCs we are asked to help remove from body shops.
Isocyanates: Found in certain automotive paints and coatings, isocyanates are known to be potent respiratory irritants. They are a key component in some types of two-component automotive paints.
Toluene: Toluene is often present in solvent-based paints, primers, and coatings used in auto body repair. It contributes to the characteristic smell of automotive paint.
Ethylbenzene: Found in some paints and coatings, ethylbenzene is a VOC that can be released during application and drying.
Tetrachloroethylene (Perchloroethylene or PERC): Although less common, PERC can be found in some automotive paint strippers and cleaning agents used in auto body shops.
Acetone: While not as persistent as some other VOCs, acetone is present in certain automotive paints and solvents.
It is important that all automotive shops are aware of the dangers associated with the products they use on a regular basis. A powerful VOC extractor can transform a dangerous work places where quality craftmanship is practiced carefully.
Dry Cleaning Service
Modern dry cleaning services are much better than the operations from a decade ago. Even with the new technology, a need for VOC extraction is common place. We have found that many old operations need to perform air clean up due to chemicals that may have been soaked into the walls and ground. Some of the fumes we find today in a dry cleaning facility are:
Perchloroethylene (PERC): PERC, also known as tetrachloroethylene, has been a widely used dry cleaning solvent. However, due to environmental and health concerns, there has been a shift towards alternative solvents in recent years.
Hydrocarbons: Some modern dry cleaning operations use hydrocarbon-based solvents as an alternative to PERC. These solvents are typically less toxic and have lower environmental impacts.
Siloxanes: Certain silicone-based solvents, known as siloxanes, may be used in some eco-friendly or “green” dry cleaning processes.
It’s important to note that the specific solvents used can vary between dry cleaning establishments, and newer, more environmentally friendly alternatives may be adopted in some operations. As you move your facility into better compliance with local and federal ordinances, know that LakeAir VOC Extractors can help you provide a safe work place and a better neighbor for all.
Other Businesses that LakeAir Can help with odors and VOCs
Here is a short list of other businesses that we have been able to help with Odors and VOCs
- Boat Manufacturers
- Sign Manufacturers
- Fiber Glass shops
- Marine Fishing Industry
- Marine Research
- Funeral Homes
- Nail Emporiums
- Coffee Shops
- Eyelash Manufacturers
- Makeup Manufacturers
- Pittsburg Paint Outlets
No matter what business you are in we can help you get your odor issue under control. Whether you are trying to reduce odors or trying to come into compliance with VOC regulations we can help.
Our systems always work. We will work with industry experts to find the answer for the chemicals that are giving you problems. We have never charged extra for custom media blending.
If you have a VOC issue give our customer service team a call at 800-558-9436. We offer help 7 days a week. You can always reach us at our email address [email protected]
VOC Extraction Media
Activated Carbon
Activated carbon is the most common adsorbing media. The most common source for activated carbon is coconut shells. These shells are fired turning them into charcoal. The charcoal is then exposed to an high temperature oxidizing gas. Many times this is steam. The steam reacts with the carbon to create billions of tiny pours. it is in these pours that atomic bonds are created that adsorbs gas molecules into the porous structure where they are captured.
In making our VOC extracting filters we use a range of carbon crystal sizes. By having irregular shaped carbon we force the polluted air to travel across and through a maze of carbon this tumbling effect helps more gasses to be trapped and leaves the customer with cleaner air.
Zeolite
Zeolite is the second most widely used VOC adsorbing media. It differs from activated carbon in that it acts like a tiny poured sieve to trap molecules and molecules chains. Certain chemicals are better trapped by zeolite than carbon.
The pour structure of zeolite is so small it is measured in a unit of measure called angstroms. An angstrom is 1/10,000 of a micron. the pours in zeolite average between 3 and 8 angstroms across. While small molecules like hydrogen can pass right through zeolite larger molecules like formaldehyde are often trapped even as separate molecules.
Zeolite is a naturally occurring element. and readily available for residential and commercial use. It can be used to purify air, water and even the ground.
In many commercial odor control systems, potassium permanganate is combined with activated carbon to create a multi-stage gas filtration system. The carbon captures many organic vapors, while the permanganate media oxidizes gases that carbon cannot absorb effectively
Potassium Permanganate
Some odors and chemical vapors cannot be captured by carbon alone. These gases must be chemically neutralized.
Potassium permanganate is an oxidizing filtration media used to break down certain volatile organic compounds (VOCs) and odor-causing gases. Instead of simply trapping the contaminant like carbon, potassium permanganate chemically converts the gas into a stable compound that remains in the filter media.
This makes potassium permanganate particularly effective for removing gases such as:
Formaldehyde
Hydrogen sulfide
Ammonia
Sulfur compounds
Certain solvent vapors
.
Custom Sizing
LA6-RC4 VOC Extractor
- Capacity 2000 CFM
- Filter Media Virgin Coconut Shell Carbon *
- Media Capacity Up to 16,500 grams / 37 Pounds
- Unit Size 40” x 24” x 22”
- Shipping Size 54” x 36” x ”30
- Unit Weight 165 Pounds
- Shipping Weight 185 Pounds
- Power Usage 120 v, AC/60Hz 10 amp
- Sound Level 42-74 dB(A) @15’
- Particle Removal VOC Only
- Cabinet Finish Black steel Clad Vinyl
- Warranty 7 Year Limited
- * Custom Media Available
$4900.00
LA2-RC2-VOC Extractor
- Capacity 100 CFM
- Filter Media Virgin Coconut Shell Carbon *
- Media Capacity 5500 grams / 12.1 Pounds
- Unit Size 22” x 19” x 22”
- Shipping Size 26” x 26” x 30”
- Unit Weight 115 Pounds
- Shipping Weight 130 Pounds
- Power Usage 120 v, AC/60Hz 4.6 amp
- Sound Level 44-71 dB(A) @15’
- Particle Removal VOC Only
- Cabinet Finish Black or White steel Clad Vinyl
- Warranty 7 Year Limited
- * Custom Media Available
$2700.00
- Capacity 1000 CFM
- Filter Media Activated Carbon / Zeolite / Cannablend
- Media Capacity 5500 grams / 12 Pounds
- Unit Size 22” x 21” x 19”
- Shipping Size 26” x 26” x ”26
- Unit Weight 105 Pounds
- Shipping Weight 125 Pounds
- Power Usage 120 v, AC/60Hz 5 amp
- Sound Level 42-71 dB(A) @15’
- Particle Removal VOC Only
- Cabinet Finish Black steel Clad Vinyl
- Warranty 7 Year / Lifetime Limited
- Duct Adapter 12″ Standard
$2700.00
- Capacity 500 CFM
- Filter Media Activated Carbon / Zeolite / Cannablend
- Media Capacity 1800 grams / 12 Pounds
- Unit Size 17” x 13” x 12”
- Shipping Size 19” x 19” x ”16
- Unit Weight 30 Pounds
- Shipping Weight 33 Pounds
- Power Usage 120 v, AC/60Hz 2.5 amp
- Sound Level 42-68 dB(A) @15’
- Particle Removal VOC Only
- Cabinet Finish Black steel Clad Vinyl
- Warranty 7 Year / Lifetime Limited
$895.00
Sources
- https://en.wikipedia.org/wiki/Adsorption
- https://en.wikipedia.org/wiki/Activated_carbon
- VENTILATION REQUIREMENTS FOR CONTROL OF OCCUPANCY ODOR AND TOBACCO SMOKE ODOR: LABORATORY STUDIES: FINAL