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LEARN THE SYSTEM

LEARN NUTRITION

BECOME A Grow Master

Grow Masters

WELCOME

Start at the Beginner level, where you’ll learn the basics of using the Aquatree and growing proteins, microgreens, leafy greens, and aromatic herbs. As you progress, you’ll enter the Advanced level, where you’ll master advanced tools and tackle larger and more complex crops like juicy cherry tomatoes. Along the way, you’ll discover the importance of nutrition, understand seed growth stages, and create the perfect environmental conditions for your plants to thrive.

But it doesn’t stop there! Our ReTrain page explores the fascinating world of hydroponic research and stays up-to-date with cutting-edge advancements in sustainable agriculture. And when it’s time to savor the fruits of labor, the Recipe Page awaits with a treasure trove of delightful dishes crafted from Aquatree grown produce.

Join other Grow Masters and cultivate a plant-positive mindset and transform your home into a green oasis.

Aquatree®

GROW MASTER

BEGIN YOUR JOURNEY

BEGINNER
ADVANCED
NUTRITION
GROWTH CYCLE
ENVIRONMENT
MAINTENANCE



Optimal

Growing Environment

  • Place the Aquatree on a level, sturdy and water-tolerant surface indoors
  • Near 120-volt electrical outlet protected by GFCI
  • Ambient temperature 60 and 75 °F (16-24 °C)
  • Away from the reach of toddlers and pets
  • Away from direct sources of heat

Seed Washing

We recommend rinsing seeds with fresh water before planting.  However, If you desire a more thorough procedure, follow these instructions:

  • 1 Place 2 pints of water into a jar or bowl
  • 2 Add cleaning solutions
  • 2/3 cup of 3% H2O2 (Hydrogen Peroxide)
  • 2 tbsp of White or Apple Cider Vinegar
  • 3 Add seeds to the solution and stir well
  • 4 Let the seeds sit in the solution for 15 minutes
  • 5 Over the sink, pour the solution and seeds into the Micro Lid to strain the seeds
  • 6 Rinse the seeds thoroughly with fresh cold water for 30 seconds, continuing to use the Micro Lid as a strainer.
  • 7 Repeat this process until all of the seeds you intend to use have been washed.

Growing Proteins & Microgreens

Use the Irrigation Tray and Reusable Micro Lid

PROTEINS MICROGREENS
MICRO LID VOLUME 1/4 CUP 1/2 to 2 TBSP
GROW LIGHT NONE 8-12 HR/DAY
MEDIUM Micro Lid Micro Lid
DAMS ONE NONE
+NUTRIENTS NONE OPTIONAL
HARVEST 2-4 DAYS 5-20 DAYS

PLANTING

  • Add seeds to the Micro Lid
  • Rinse the seeds thoroughly with fresh cold water for 30 seconds using the Micro Lid as a strainer.
  • Evenly distribute seeds around the Micro Lid
  • Place Reusable Micro Lid into Irrigation Tray
    (Note: If the Micro Lid starts to float, press it down until it fills with water.)
  • For Protein Bean seeds add two dam to the Micro Lid
    Remove one of the dams after 2-3 hours.
  • For Microgreens, if desire, add nutrients to the tank water per the nutrient bottle instructions. Nutrients are not needed to grow microgreens.
  • Add water as necessary.

Harvesting Proteins

Your proteins are ready for harvest when you see
the sprout stem about 1-2 cm long

  • Remove tray from the Spout and allow to drain in your sink
  • Wash the protein sprouts with water using the Micro Lid as a strainer.
  • Eat immediately or store refrigerated up to 7 days.

Harvesting Microgreens (2 options)

Your microgreens are ready for harvest once they have fully developed the first two tiny leaves and the stem is about 2 inches in length or longer

  • 1 Remove roots – Stems have majority of nutrition
  • a Remove Tray from the Spout and allow to drain in your sink
  • b Take the Micro Lid out of the Tray
  • c Use a sharp knife to cut off the roots from the Micro Lid.
  • d Pull the stems from the Micro Lid
  • e Rinse and prepare for meal
  • 2 Keep Roots – Keep roots for longer storage
  • a Remove Tray from the Spout and allow to drain in your sink
  • b Take the Micro Lid out of the Tray
  • c Pull the stems with roots from the Micro Lid and
  • a Rinse and prepare for meal
  • b Rinse and place in container for refrigerated storage up to 7 days

Planting Leafy Greens & Herbs

Leafy Greens & Hebs
SEEDS 1 - 3
GROW LIGHT 12 - 14 HR/DAY
MEDIUM GROWFOAM
DAMS ONE DAM FOR FIRST WEEK
+NUTRIENTS YES
HARVEST > 30 DAYS

PLANTING

  • 1 Soak and squeeze-dry Growfoam before you start. Then place 1-3 seeds into the large, shallow dimple of a Growfoam pod.
  • 2 Insert each Growfoam into a Cone
  • 3 Insert each Cone into the Garden Lid with the Aquatree logo facing up
  • Confirm that the Cone is fully seated on the lid and add one dam to the Garden Lid for the first week of growth.
  • 4 Place the Garden Lid onto one of the open Irrigation Trays​. Make sure each Growfoam is pressed down and touchng the bottom of the Irrigation Trays.
  • 5 Add nutrients to the Tank water per the bottle instructions.
  • Recommend: Water will be consumed by the plants as they grow, add water as necessary to maintain tank level and nutrients per the instructions on the bottle.

Harvesting Leafy Greens and Herbs

Lettuce leaves are ready to harvest after 30 days,
but they will continue to grow

  • 1 Remove tray from the Spout and allow to drain in your sink
  • 2 If you plan to eat immediately
  • a Near your sink, remove the Growfoam and cut away the leaves and eat
  • 3 If you plan to store your crop
  • a Near your sink, remove the Growfoam with the leaves from the cone.
  • b Store the Growfoam with the crop refrigerated up to 7 days.

NOTE: Keeping the roots attached will keep your crop alive and maintain nutritional content

hands planting a green plant in soil

Transplanting Leafy Greens & Herbs

  • Any time during the young vegetative growth stage remove the Tray from the Spout and allow to drain in your sink
  • Remove the Growfoam with the plant from the cone – protecting the roots.
  • Plant the Growfoam with the plant in a pot or your garden

Don’t forget to give your plants water and
fertilizer in their new soil home

Post Harvest

After you have enjoyed your delightful and nutrition taste treat from our Recipe Page, do not forget the importance of caring for your AquaTree. It is as simple as disassembling the AquaTree and placing the plastic components in your dishwasher. Some sections of the spout, irrigation trays and extensions are hard for dishwashers to clean, you may need to use the supplied brush get to those hard-to-reach locations with a little dish soap and warm water. You can see a cleaning demonstration here?

ADVANCED

Grow Your Skills

As you gain confidence in your growing skills, you may want to attempt to cultivate more complicated and larger crops.

The Advanced Grow Kit was designed to give you a few more tools to help.

  • Additional Extension/Straw
  • pH test kit and management solutions

Example of produce you can grow with the Advance Grow Kit

  • Cucumbers
  • Cherry Tomatoes
  • Large head of lettuce
  • Peppers
  • Specialty plants
Growing Multiple Crops

As you gain experience with your AquaTree, you will want to grow many different crop types in your AquaTree. Here are some things to consider about the different crops:

  • Harvest times
  • Light requirements
  • Size of the Crops

HERE IS OUR ADVICE

  • Start a full tray of Leafy greens at the same time. If you don’t the newest seedling may be blocked from the Grow Lights by the size of the other crops.
  • Proteins do not need light. Actually, they grow better without the Grow Lights. If you have a 2-Level AquaTree, consider growing microgreen and leafy greens on the top level with the Grow Lights and the protein on the bottom with the lights “off”.
  • Protein growth discolor the irrigation water quickly. If you are growing proteins with any other crop, you will want to change out your water after 24 hours.
Germinating Seeds

Have you ever struggled to get your seedlings to a healthy size before transplanting them into your garden? Are you annoyed at the cost of seedlings from the local garden centers? Then your Aquatree is the perfect germinator for your outdoor garden.

The Aquatree can germinate 100 seeds per level that can be transplanted to your outdoor garden or a pot that you continue to grow indoors.

TRAY OF SEEDLINGS

Follow the instructions for growing leafy greens and herbs to get your germination started.

Note: Plants that transition from water to soil supplied nutrients may undergo a shock, losing leaves or wilting for a time. Just keep watering and feeding the seedling and it will make the transition!

Scalability

Get ready to take your indoor gardening to new heights with the AquaTree. Start with one level and gradually expand your system as your skills and gardening ambitions grow. Scale your indoor garden according to your needs and preferences, ensuring a flexible and adaptable gardening experience.

  • Maximizing Space Efficiency: Every level you add to your AquaTree allows you to make the most of your available space. This is particularly beneficial for small or limited spaces, as you can grow more crops without sacrificing valuable counter space.
  • Rotating Crops: By starting one tray of lettuce each week, 1 dedicated level in your AquaTree will yield a harvest of five heads each week for your family. Double the bounty with another level.
  • Crop Diversity: With multiple levels, you can experiment with different plant varieties, from leafy greens and herbs to strawberries and even com pact specialty plants.
Growing Cherry Tomatoes
  • Requires two Extensions above the spout to help position the Grow Light as the plant grows
  • Place 1-3 seeds into one Growfoam
  • Insert the Growfoam into a Cone
  • Insert the Cone into the center Garden Lid hole with the Aquatree logo facing up
  • Confirm that the Cone is fully seated (lower positions) onto the Garden Lid.
  • The lower Cone position is designed to keep the Grofoam in water during germination
  • Place the Garden Lid onto one of the open Irrigation Trays
  • Add nutrients to the Tank water per the bottle instructions.
  • Recommend: Water will be consumed by the plants as they grow, add both water and nutrients, in proportion, to maintain the water level.
  • After the germination of the seeds, keep the best looking seeding and remove the others
  • Once the roots have protruded out of the Growfoam by about 1 inch, adjust the Cone to the raised position
  • The roots will begin to take over the inside of the tray, just make sure they do not follow the water channel to the pump
  • As the plant grows, raise the height of the Grow Light accordingly

HARVEST – It take about 60 days to see your first flowers and fruits. When the flowers are in full bloom, you need to vibrate the flowers in order for them to release the pollen for self fertilization. It will take another 30 days for the fruit to ripen. Remove the fruit when bright red and eat. Enjoy the fruit of your labor!

NUTRITION

Nutritional Benefits of Growing at Home
  • Freshness - Home-grown produce can be consumed soon after harvest, ensuring maximum nutrient retention. In contrast, store-bought produce undergo longer transportation and storage periods, which lead to nutrient degradation over time.
  • Crop Selection – The Aquatree grows fresh herbs, leafy greens, and small vegetables, which may be harvested and consumed at an early stage. These young and tender plants can offer higher concentrations of certain vitamins, minerals, and antioxidants compared to fully matured store-bought produce.
  • Harvest Timing – The Aquatree allows you to harvest crops at the desired stage of maturity, maximizing their nutritional value. Store-bought produce is often harvested before reaching optimal ripeness to accommodate transportation and storage, impacting nutrient content.

NUTRITION

Lettuce show you a typical journey to the grocery store and the impact on nutrition

Harvest

Day 0
100%
Nutrient Vitamin C

Crop Wash

Day 1
80%

Transport

Day 2-3
60%

Distribution
Warehouse

Day 4
55%

Transport

Day 4-6
50%

Grocer

Day 6
50%

Car

Day 6
50%

Home

Day 6-12
50%

Day 6-12
50%

Using the Aquatree, there is no nutrition lost before consumption

Day 0
100%

Day 0
100%

Day 0
100%

Respiration

Post-harvest, vegetables continue to respire, albeit at a reduced rate. Respiration in vegetables involves the breakdown of stored carbohydrates to produce energy for various cellular processes. This metabolic activity leads to nutrient loss in two primary ways. First the breakdown of complex molecules, including vitamins and minerals, occurs during respiration. Secondly, respiration increases the production of reactive oxygen species (ROS), leading to oxidative stress and the degradation of certain nutrients, such as vitamin C.

Action: Proper storage conditions, such as low temperatures and controlled humidity, can help slow down respiration and minimize nutrient loss in vegetables

GROW CYCLE

The growth of any seed can be divided into several stages, each representing a significant milestone in its development at which it can be harvested with different characteristics for various purposes.

  • Germination: Germination marks the beginning of a seed's growth journey. Under favorable conditions such as moisture, oxygen, and appropriate temperature, the seed absorbs water through its outer coat, triggering biochemical processes. As a result, the seed coat softens, and the embryo inside begins to swell and emerge.
  • Root and Radicle Development: As germination progresses, the radicle, the embryonic root, emerges from the seed. It grows downward into the Grow Foam, anchoring the plant and absorbing water and nutrients from the surrounding environment. The root system establishes the foundation for further growth and nutrient uptake.
  • Shoot and Cotyledon Formation: Simultaneously with root development, the shoot emerges from the seed. The shoot includes the stem and leaves. Initially, the shoot may consist of one or more cotyledons, which are the embryonic leaf structures found in certain plants. Cotyledons provide nutrients to the developing seedling until it can perform photosynthesis on its own.
  • True Leaf and Photosynthesis: Once the shoot emerges, the seedling focuses on leaf expansion. The True Leaves unfurl, allowing the plant to absorb sunlight, which is crucial for photosynthesis. Photosynthesis is the process by which plants convert light energy into chemical energy, producing sugars and oxygen. It fuels the growth and development of the seedling.
  • Vegetative Growth: During this stage, the seedling undergoes rapid growth, producing additional leaves, stems, and branches. The primary objective is to increase biomass and establish a robust structure. The roots continue to develop and explore the surrounding water and nutrients.
  • Reproductive Growth: In plants capable of reproduction, this stage involves the formation of flowers, fruits, or cones. Reproductive structures develop to facilitate pollination and seed production. The timing and characteristics of reproductive growth vary among different plant species.
  • Maturation and Seed Production: As the plant reaches maturity, it focuses its energy on seed production. Flowers are pollinated, and fertilization occurs, leading to the development of seeds. The plant's resources are directed toward seed maturation and the accumulation of nutrients within the seeds.
  • Seed Dispersal: Once the seeds mature, various mechanisms come into play for seed dispersal. This may involve wind, water, animals, or even self-propulsion. Seeds are dispersed away from the parent plant, allowing for new plants to establish in different locations.

Understanding the stages of seed growth helps us appreciate the complex and remarkable process by which plants develop from tiny seeds into mature, reproductive organisms. Each stage is critical for the plant’s survival and contributes to the overall biodiversity and ecosystem functioning.

Helpful Tips

  • When growing crops that require light, adjust the light ring about 2-3 inches above the crop for optimum intensity.
  • Minimize noise by keeping the water level in the tank just below the base of the lower spout.
  • Prevent or eliminate foaming by adding a few drops of cooking oil to the tank
  • Replace the water in your tank simply by siphoning the water into a bucket.
  • Use a chalk marker to write the crop name and sowing date on the front of your trays
Microgreen Light for Indoor hydroponic gardening

Basic Troubleshooting

  • 1 Why does the water not flow to the top of the Extension when the Pump is on?
  • a Check the pump tube to make sure it is not kinked
  • b The Pump intake vent adjusts flow. Make sure to turn the Pump intake vent so that the Pump flow is maximized.
  • c The injection port on the Extension was not removed. Look into the center hole of the extension. If there is a piece of plastic there, remove it.
  • d Check to make sure the spout and extension are fully seated onto the next component.
  • 2 Why is the Pump not working?
  • a Confirm there is power to your outlet
  • b Check to make sure there is no damage to the cord
  • 3 Why is the Grow Light not working?
  • a The switch on the power cord is “off”
  • b Confirm there is power to your outlet
  • c Check to make sure there is no damage to the cord

NOTE: For more Frequently Asked Questions, please refer to our FAQ page on our website www.aquatree.eco/faq

ENVIRONMENT

Controlled Environment Agriculture (CEA)

CEA refers to the practice of cultivating plants in an environment where various factors such as wildlife, pests, temperature, humidity, light, and nutrient levels are controlled. It is important to your Aquatree for several reasons:

  • Year-round Production
  • Increased Crop Yields
  • Resource Efficiency
  • Enhanced Food Safety

Overall, Controlled Environment Agriculture offers a controlled and efficient approach to crop production, ensuring a stable food supply, resource efficiency, food safety, and innovation in gardening practices.

Water Management

The most utmost importance due to its direct impact on plant health, growth, and overall system efficiency.

  • Nutrient Delivery: Water serves as the carrier for delivering essential nutrients to the plants. Proper water management ensures a consistent and well-balanced nutrient solution, providing plants with the necessary elements for growth, including nitrogen, phosphorus, potassium, and various micronutrients.
  • Oxygenation and Root Health: Oxygen availability to the plant roots is critical for their health and proper functioning. The AquaTree design creates a water turbulence that ensures adequate oxygen levels allowing roots to respire efficiently, promoting healthy root development, nutrient absorption, and overall plant growth.
  • Prevention of Diseases and Root Rot: By maintaining appropriate water levels and avoiding stagnation, you minimize the risk of harmful pathogens and microbial imbalances that can negatively impact plant health.
  • pH Regulation: Regular monitoring and adjustment of pH levels ensure optimal nutrient uptake and prevent nutrient deficiencies or toxicities.
  • Prevention of Algae and Biofilm Formation: Proper filtration and regular cleaning, help prevent the growth of algae and biofilm. Algae and biofilm can interfere with nutrient uptake, clog irrigation systems, and introduce unwanted microorganisms into the system.
  • System Maintenance and Longevity: Regular cleaning and maintenance of water reservoirs, pumps, filters, and irrigation components ensure smooth operation and reduce the risk of equipment failures or clogs.

By prioritizing water management in hydroponics, you can optimize plant growth, nutrient uptake, and system efficiency. Consistent monitoring, adjusting nutrient solutions, maintaining proper oxygenation, and preventing water-related issues contribute to healthy and thriving plants in your hydroponic setup.

Note: Plants absorb water continually and therefore, your tank will have to be refilled every couple of days. If you are growing plants that require nutrients, remember to add the nutrients per the instructions on the bottle.

The Water Helix

The helix crossing pattern, observed when water flows down the extension or spout on the AquaTree, is a mesmerizing phenomenon resulting from the interaction between gravity and the properties of the flowing water.

As the water descends, it spirals around the inner surface of the pipe, forming a helical path. The helix is created as the water molecules near the pipe’s surface move at a slightly slower speed than those in the center. This velocity difference between the water layers generates a shear force, causing the water to twist and form a helical flow pattern.

The helix crossing pattern is a captivating example of the dynamic and fluid nature of water flow. It showcases the interplay between gravity, fluid dynamics, and the confinement of the pipe’s surface. Observing this phenomenon can provide insights into the fascinating behavior of fluids and the intricate patterns they can generate.t

Optimum pH for your AquaTree: 5.0 – 6.5

Temperature Management

Directly influences plant growth, nutrient uptake, and overall system performance.

  • Optimal Plant Growth: Different plant species have specific temperature requirements for optimal growth. Maintaining the appropriate temperature range promotes proper germination, root development, photosynthesis, flowering, and fruiting.
  • Nutrient Availability and Uptake: Temperature affects the availability and uptake of nutrients by plant roots. Warmer temperatures generally enhance nutrient absorption rates, while colder temperatures can slow down nutrient uptake.
  • Oxygen Dissolution: Dissolved oxygen levels in the nutrient solution are influenced by temperature. Warmer water holds less dissolved oxygen compared to cooler water. Proper temperature management helps maintain adequate oxygen levels in the root zone, supporting root health, nutrient absorption, and preventing anaerobic conditions that can lead to root rot.
  • Disease Prevention: Certain pathogens thrive in specific temperature ranges. By maintaining temperature conditions that are unfavorable for pathogen growth, you can minimize the risk of disease outbreaks and protect the health of your plants.

By actively managing and controlling temperature in your hydroponic system, you can create an environment that supports optimal plant growth, nutrient uptake, and disease prevention. Monitoring temperature levels, employing appropriate heating or cooling methods, and adjusting environmental conditions as needed will ensure the success and productivity of your hydroponic crops.

Optimum ambient temperature for your Aquatree: 60 and 75 °F (16-24 °C)

Note: Specific crops may require a tighter range of temperature.

Grow Light Management

Grow light management is crucial in hydroponics as it directly impacts plant growth, development, and overall productivity.

  • Photosynthesis and Energy Conversion: Grow lights serve as artificial light sources to provide plants with the energy they need for photosynthesis. By managing the intensity, duration, and spectrum of grow lights, you can optimize the photosynthetic process, allowing plants to convert light energy into chemical energy, leading to robust growth and healthy plant development.
  • Light Spectrum Optimization: Using blue light during vegetative growth promotes leaf development, while red light during flowering stimulates blooming and fruiting.
  • Light Intensity and Distance: Adjusting the light intensity ensures that plants receive the appropriate amount of light for their growth stage. Controlling the distance between the lights and plants helps maintain proper light distribution and prevents plants from stretching or experiencing uneven growth.
  • Light Duration and Photoperiod: The duration of light exposure influences plant growth and flowering. By controlling the duration of light exposure, either through manual timers or automated systems, you can mimic natural light cycles and regulate plant growth, flowering, and fruiting stages.
  • Year-Round Cultivation: In regions with limited sunlight or harsh climates, grow lights enable year-round cultivation of plants

By understanding the light requirements of your plants and implementing appropriate light management strategies, you can create an environment that promotes healthy, vigorous growth and ensures high-quality yields.

Optimum position for your grow light: 2-3 inches above your plant height

Aquatree Grow Lights

SPECTRUM

The design consists of a light  spectrum: 23% blue, 39% green, 37% red, 1% far-red. This is a very balanced, sun-like, versatile spectrum that will grow anything well. It’s relatively high blue content  along with the lack of far-red, prioritizes quality of growth by discouraging shade-avoidance responses (stretching) and encouraging the style of morphology driven by direct sun (more dense, colorful, thick, aromatic, flavorful). There is some extra red in the spectrum that helps the plants use the light a bit more efficiently. 

OUTPUT

The total light output is approximately 54 µmol/s staying within a healthy min – max intensity range for the 19 inch diameter grow area of the Aquatree.  If the full output were 100% delivered, the plants would average 300 µmol/m2/s intensity (PPFD). Overall, the average light levels will be somewhere between 50-100% of those levels across the grow area. So, at 50%,  150 µmol/m2/s minimum is still enough for “good enough” growth of greens and similar crops without running into the weak, slow, stretched growth of a low-light situation like 100 or less µmol/m2/s.  However, most greens will experience 200-275 µmol/m2/s intensities on the Aquatree which is what we want to see for very nice growth.

Garden Light for AquaTree Hydroponic Gardens

MAINTENANCE

System  Maintenance

  • 1 Why does the water not flow to the top of the Extension when the Pump is on?
  • a Dishwasher cleaning
  • All non-electrical components are dishwasher safe
  • a Manual cleaning
  • Use dish soap
  • Use bristle brush provided to clean the hard-to-reach places for the trays, spout, straw & extension
  • Rinse thoroughly when complete
  • Set out to dry
  • 2 Regularly clean the pump filter by removing the screen/filter plate.

NOTE: The filter is adjustable and can restrict flow. Make sure to install the filter in the fully open position.

  • 3 The inside of the pump should be routinely cleaned as well.
  • a After a harvest, fill the tank with water.
  • b Place the pump, pump tube, spout, tank lid and cap into the AquaTree as instructed above.
  • c Add 1 cup of H2O2 (Hydrogen peroxide) or 1 cup of white vinegar or 1 tbsp of dish soap.
  • d Run pump for 15 minutes
  • e Disassemble AquaTree and rinse all parts thoroughly.
  • 4 If a component breaks under normal wear and tear, please reach out to see if your AquaTree is still under warranty

Pest Control

Handling pest control in your AquaTree is crucial to maintain healthy plant growth.
Here are some tips to effectively manage pests:

  • Prevention is Key: Implement preventive measures to minimize the risk of pests entering your hydroponic system. This includes keeping your growing area clean, practicing good hygiene, and regularly inspecting plants for any signs of pests or diseases.
  • Maintain a Clean Environment: Remove any fallen leaves, debris, or dead plant material from your hydroponi , holes, or unusual growth patterns. Early detection allows for prompt action and helps prevent pests from spreading.
  • Proper Water and Nutrient Management: Maintaining a balanced nutrient solution and providing adequate water to your plants helps promote their overall health and resilience, making them less susceptible to pests and diseases.
  • Organic Solutions: Implement an integrated approach by pruning affected plant parts, using physical barriers like netting, and employing organic pest control methods like neem oil or insecticidal soap (Follow product instruction for application).

Remember, it’s important to choose pest control methods that are safe for consumption, as you’ll be growing edible crops. Always follow the instructions and recommendations provided by manufacturers of pest control products to ensure their proper and safe use.

Safety Cautions

When running a hydroponics system in your home with LED grow lights, it’s important to keep the following safe operating recommendations in mind:

  • Electrical Safety: Ensure that all electrical connections, including power cords and outlets, are properly installed and grounded.
  • Heat Management: LED grow lights emit heat, so proper heat management is crucial. Ensure adequate ventilation and airflow around the grow lights to prevent overheating.
  • Water and Moisture Control: Hydroponic systems involve water and nutrient solutions, so it's essential to prevent any water or moisture from coming into contact with electrical components. Use waterproof connectors and regularly check for leaks, condensation, or any signs of water damage.
  • Eye Protection: LED grow lights emit intense light, including ultraviolet (UV) and infrared (IR) radiation, which can be harmful to your eyes. Avoid direct exposure to the lights.
  • Follow Manufacturer Guidelines: Always read and adhere to the manufacturer's instructions and guidelines for use of the AquaTree

The Aquatree has made it possible for anyone, regardless of their gardening experience, to grow their own food and take control of their health.

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*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.

Information on this site is provided for informational purposes only. It is not meant to substitute for medical advice from your physician or other medical professional. You should not use the information contained herein for diagnosing or treating a health problem or disease, or prescribing any medication. Carefully read all product documentation. If you have or suspect that you have a medical problem, promptly contact your regular health care provider.

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