//Indoor Living Walls
Indoor Living Walls2019-03-15T13:18:47-04:00

Indoor Living Walls

Corporate office with indoor living wall improves workplace.

LiveWall empowers building owners, contractors and design professionals to grow healthy interior vertical gardens.

Create stunning living murals with LiveWall® Indoor, the green wall system which provides a healthy growing environment for plants on virtually any interior wall surface.

Building owners construct indoor living walls because they purify the air, reduce volatile organic compounds (VOCs), humidify the air, and promote healthier, happier residents, customers and employees.

As water containment is critical for growing plants indoors, we developed this drip free living wall option which provides the same high quality, architectural grade materials and healthy growing environment for plants as our outdoor green wall system.

Vertical gardens of tropical plants are now easy to design, install, and maintain with LiveWall Indoor.

People surrounded by green wall plants experience improved mental and physical health, feel more content and relaxed, and are more creative.

Improved indoor air quality and exposure to plants in the work environment also benefits employers as staff take fewer sick days.

People surrounded by green wall plants experience improved mental and physical health, feel more content and relaxed, and are more creative.

Featured Indoor Living Wall Projects

LiveWall Indoor in 8 Simple Steps


Step 1 - Locate bottom of installation, then snap chalk-line level with bottom of wall location.

Locate bottom of installation, then snap chalk-line level with bottom of wall location.


Step 2 - Cut to size, then attach waterproofing material over the area to be covered with green wall.

Cut to size, then attach waterproofing material over the area to be covered with green wall.


Step 3 - Install the furring strips to the wall over the waterproofing material on 16 to 32 inch centers.

Install furring strips to the wall over the waterproofing material spaced vertically 16 or 32 inch on center.


Step 4 - Using provided GapTools, space and attach RainRails and slot rails.

Using provided GapTools, space and attach RainRails (for automatically irrigated system), or slot rails (for hand-watered system).


Step 5 - Hookup the irrigation feed and assemble rear drain components.

If automatically watered, hook up the irrigation feed and install drip emitter assemblies.  Assemble rear drain components and connect to drain or sewer lines.


Step 6 - Use brackets to mount facing material to cover irrigation feed.

Use supplied brackets to mount contractor-sourced facing material to cover irrigation feed.


Step 7 - Connect drain elbows to planters, connect to drain tube assembly, and drop planters into slot rails.

Connect drain elbows to planters, connect to drain tube assembly, and drop planters into slot rails.


Step 8 - Drop pre-grown planter inserts into planters.

Using provided GapTools, space and attach RainRails (for automatically irrigated system), or slot rails (for hand-watered system).

Frequently Asked Questions about LiveWall Indoor

What are the key differences between the outdoor and indoor LiveWall systems?2019-03-12T09:14:20-04:00

When installing living walls indoors, water containment is critical:

  • The wall planters are rear-draining, and would include a rubber hose drain assembly to contain runoff water.
  • The indoor wall planters hold twice the soil volume as the standard outdoor wall planters to provide ample growing space for a wide selection of tropical plants.

In outdoor green wall applications, the designer has more options for planter size, drainage method and water delivery.

  • Large wall planters (recommended in hot climates and for holding larger perennials and grasses in cold climates) are available with a bottom drain or a rear drain option (when runoff water must be contained, such as over doorways or windows).  These are spaced 16″ on center vertically.
  • Standard wall planters have a bottom drain option, and are most commonly used with annuals, edibles, succulents, and a number of cold-winter hardy perennials.
  • Choice of spray nozzles (typically recommended for outdoors), or drip irrigation (when site is sensitive to runoff from the plants).
What do outdoor and indoor LiveWall applications have in common?2019-03-12T09:08:46-04:00
  • They both work very well.
  • Almost effortless.
  • Happy owners.
  • Healthy plants; systems parallel nature.
  • Same helpful design staff.
  • Same high quality, architectural grade materials.
  • Same great customer service.
Why place living walls indoors?2019-03-12T10:21:50-04:00

Living walls contribute to improved indoor air quality.  They naturally provide oxygen, humidity, and reduced particulates and volatile organic compounds (VOCs).   When people are surrounded by plants, they are happier, healthier, as well as more creative, productive and focused.  They experience less stress and lower cortisol levels.

Is supplemental lighting required for indoor living walls?2019-03-15T11:56:48-04:00

Lighting is critical to the success of your living wall. In nearly every indoor application, supplemental lighting will be necessary to ensure the proper intensity and spectrum for plant growth. Designers should specify fixtures, bulbs, and placement to ensure that the living wall is evenly lit and receives the full spectrum of lighting required to grow healthy plants.

Fully vegetated green wall with track lighting.
What light intensity is required for indoor green walls?2019-03-12T13:49:53-04:00

Light intensity is a measure of light energy hitting the plant surface and is also very important to plant health. For traditional interior lighting applications, light intensity is discussed in terms of foot-candles of light energy. While foot-candles is not the preferred measure of light intensity by horticultural scientists (who prefer a measurement in terms of “photo active radiation”), we have found that foot-candles will suffice if a proven light source, such as LiveWall’s Norb® bulb, or one of the other recommended methods, is chosen. And, for most tropical foliage plantings 200-400 foot-candles of light energy hitting the foliage, is sufficient.

LiveWall, LLC has developed a plant selection and pairing guide for indoor plants based upon their lighting and water needs, and growth habit. This LiveWall design guide should be consulted for the correct light intensity for the type of plants that one intends to use. We have categorized the plants into lighting needs as follows:

Bright Light

Indoor location with direct light from a south or west exposure where the plants receive 2 or more hours of direct sun, but preferably not during the hottest part of the day.

Artificial Bright Light is approximately equal to a four tube florescent fixture in close proximity to the planting, in the range of 400 to 600+ foot candles, for 12 to 15 hours per day.

Medium Light

Indoor location with direct light for a couple of hours in the morning or afternoon (from east or west facing windows), or from a south facing window provided the location is several feet interior of south facing windows.

Artificial Medium Light is approximately equal to a two tube florescent fixture, 2 or 3 feet from the foliage, in the range of 100 to 400 foot candles for 12 to 15 hours per day.

Low Light

Low Light pertains to an indoor location that is not close to windows or supplemental lighting—typically a north or east exposure.

Artificial Low Light is enough to read a newspaper, in the range of 25 to 100 foot candles for 12 to 15 hours per day.

For a copy of the LiveWall Indoor Plant Design Guide, contact us at sales@livewall.com or call 877-554-4065.

What type of lighting fixtures and bulbs are best for vertical gardens?2019-03-15T11:58:28-04:00

Light fixtures should be adjustable for direction and are typically located in front of the living wall and attached to or suspended from the ceiling. Occasionally, they are located at the bottom or sides of the LiveWall structure, to create proximity to the plants, and thereby provide sufficient light intensity across the entire wall surface. Often times, track lighting is used as it is contemporary, comes with many fixture options, and is relatively inexpensive.

In respect to the light source (bulb), the key considerations are proper light spectrum and light intensity. Plants tend to respond to blue and red wavelengths and in proportion that is not available from incandescent or typical office-type LED lights.  There are, of course, LED grow lights composed of red and blue diodes—but they tend to cast a purple light which looks odd, unnatural, and unattractive.

For this reason, LiveWall LLC developed the Norb® (Nutri-Orb) bulb, a specialized White-Light LED grow bulb that provides the right spectrum for growing plants. With Norb® bulbs, the plants can be healthy and “look right under white.” 

Track lighting offers flexibility

Indoor green wall with artificial LED lighting.

This living wall installation is lit by 12 total Norb® bulbs directed at the 8’ x 8’ and 11’ x 11’ walls. These bulbs are angled from track lighting attached to the 12 foot ceiling. This configuration provides plenty of light and serves as an example of about how many lights would be needed for such an installation.

Where on the ceiling should lighting be affixed?

While each light source may have a different beam angle and intensity, it is important to keep in mind not only the amount of distance that the planters sit from the wall, but that the plants may extend from the planters, particularly if billowing plants are selected.

As a rule of thumb, when using the LiveWall Norb® brand bulbs, we recommend setting the track lighting fixture back 7′ from the wall it will light.  This should allow ample room for the vegetation and good light distribution.

The following lights also support plant growth

Combination High Pressure Sodium / Metal Halide lights are usually quite powerful and best suited for larger walls.  They are excellent for growing plants as they have a light spectrum that is relatively similar to the sun.

Metal Halide lights have a good spectrum for growing foliage. They contain a lot of blue light in their spectrum, but appear white in color. They usually require a ballasted fixture; however, there are a few, typically 25 watt, internally-ballasted bulbs in the marketplace—which are suitable to use in conventional track-lighting fixtures.

Fluorescent lights have a good plant growing spectrum, but they may not provide sufficient intensity if mounted from a distance, so ensure close placement to the living wall. These are typically only acceptable for small applications, and it may be difficult to find attractive fixtures to pair with them.

The following lights are not recommended for growing plants

Halogen lights do not have the proper spectral components for growing plants.

High Pressure Sodium lights lack blue light in their spectrum needed to support indoor foliage plants and the light they emit tends to look yellow. Their spectrum supports flowering, and therefore they may be a good choice for indoor plants when combined with a Metal Halide light.

Ordinary LED lights, i.e. LED lights that are commonly used in office or exterior lighting—typically with color temperatures of 3000K-4500K— are not suitable for plant growth.  If LED lighting is desired, the LiveWall® Norb® (Nutri-Orb) LED bulb should be specified.

How long should indoor plants be artificially lit?2019-02-13T14:24:28-04:00

Plants need a dark period to rest and prevent metabolic fatigue. Therefore, grow lights should only be run 12-15 hours maximum per day—typically from 7 AM to 8 or 9 PM (to mimic light conditions in tropical regions). The rest of the time, they should be in darkness, or near darkness.

If security lighting is required in the area of the LiveWall, it should be of very low intensity and not directed toward the plants.

Do not run Norb® bulbs (or any bulb labeled as supporting plant growth) on the green wall for more than 15 hours per day.

Fourteen hours is recommended for running lights.

We recommend running the lighting for the living walls on a dedicated outlet programmed to run for 14 hours per day.