A range hood does more than complete the look of your kitchen. The right hood removes smoke, grease, heat, moisture, and cooking odors before they spread through your home. It can also help protect cabinets, walls, ceilings, and indoor air quality.
But choosing the right hood is not as simple as matching the finish to your range. Your kitchen layout, gas range output, duct path, cabinet design, and available ceiling space all affect the installation.
If you are planning range hood installation in Houston, The Woodlands, Conroe, or nearby Montgomery County communities, this guide explains what to consider in 2026.
Ducted vs. Ductless Range Hoods
Ducted Hoods
A ducted hood pulls cooking air through a filter and exhausts it outdoors through a wall or roof. For most gas ranges, a ducted system is the preferred solution because it removes heat, moisture, smoke, and combustion byproducts from the home instead of sending filtered air back into the room.
Advantages include:
- Better removal of heat, smoke, and grease
- More effective odor control
- Improved performance for high-heat cooking
- Less moisture released into the kitchen
- Better long-term protection for cabinets and painted surfaces
A ducted hood requires proper exterior venting. The duct should use smooth, rigid metal where possible, with the shortest practical route and the fewest bends.
Ductless Hoods
A ductless, or recirculating, hood filters kitchen air and returns it to the room. These systems are easier to install when exterior venting is impossible, such as in some apartments or interior kitchen layouts.
However, a ductless hood does not remove heat or moisture from the home. Charcoal filters also require regular replacement, and grease filters must be cleaned according to the manufacturer's instructions.
Warning: A ductless hood is not an equal substitute for a properly sized ducted hood over a high-output gas range. It may be a practical fallback, but it should not be selected without considering your cooking habits and ventilation limitations.
Common Range Hood Styles
Under-Cabinet Hoods
Under-cabinet hoods fit beneath an upper cabinet. They are common in existing kitchens and are often the simplest option for a replacement project.
They work well when:
- Your range is positioned against a wall
- Upper cabinets are already installed
- An existing duct is available
- You want a more compact appearance
The main challenge is limited space. Cabinets, electrical wiring, backsplash materials, and ductwork may all compete for the same area.
Wall-Mount Chimney Hoods
Wall-mount hoods are installed above a range without an upper cabinet directly above them. Their chimney cover conceals the duct connection and creates a strong visual focal point.
They are a popular choice for kitchen remodels because they offer:
- A larger capture area
- Strong visual impact
- Flexible stainless steel, black, or custom finishes
- Easier access to the hood body for service
A wall-mounted hood is usually most efficient when installed on an exterior wall. An interior-wall installation may require ductwork through a soffit, ceiling cavity, attic, or roof.
Island Hoods
Island hoods hang from the ceiling above a cooktop or range located in a kitchen island. Since air can escape from all sides, island hoods generally require a wider capture area and careful CFM planning.
Installation may involve:
- Ceiling framing reinforcement
- A concealed vertical duct chase
- Longer duct runs
- Roof or exterior-wall penetration
- Additional electrical work
- Careful alignment with the island and cooktop
Island ventilation is one of the most involved types of range hood installation in Houston. It should be planned before cabinets, countertops, and ceiling finishes are finalized.
Insert or Cabinet-Enclosed Hoods
An insert is installed inside a custom hood surround or cabinet enclosure. This provides a built-in appearance while allowing the blower and filters to remain concealed.
The enclosure must be designed around the insert's exact dimensions. Cabinet depth, access panels, duct size, electrical connections, and heat clearances must be coordinated before fabrication.