01 — Description
Présentation du produit
Welcome to a new era of indoor growing with the Effect Phase 1 CO2 Stimulator, a revolutionary advancement for growers looking for innovative and effective solutions. This product is designed to offer a superior alternative to traditional carbon fertilization methods, providing nutrients and energy systemically and easily assimilated by your plants.
You do not need to apply CO2
You don't need to stop mining
You don't need to increase the temperature of the grow room
Controlling humidity in the room will be easier
Presentation of this CO2 EFFECT Phase 1
The Effect Phase 1 CO2 Stimulator is a high-performance product that revolutionizes the way plants receive and use nutrients. It works both at the foliar and root level, guaranteeing optimal absorption. This unique systemic method helps increase the rate of nutrient transport from roots to leaves without requiring an increase in temperature or humidity.
The advantages of this CO2 EFFECT
- Increased Photosynthesis and Nutrient Absorption : Significantly improves nutrient and water absorption, promoting healthy and rapid growth.
- Optimal Climate Control : Helps maintain an ideal balance of temperature and humidity, reducing the risk of fungal diseases.
- Increased Root Development : Stimulates root growth, facilitating better nutrient absorption.
- Increased Vegetative Vigor : Strengthens the development and vigor of plants, providing a perfect balance of secondary metabolites that promote growth.
- Improved Flowering and Resin Production : Promotes bud formation, production and maintenance of healthy flowers, increasing flower weight and resin content.
- Regenerative and Protective Effect : Stimulates the regeneration of vascular tissues and strengthens the natural defense mechanisms of plants.
- Increased Resistance : Increases the resilience of plants to climatic and biotic factors.
Use this booster in soil or hydroponics without problem.
Unique characteristics
- Versatile Application System : Can be applied to both foliar and root levels.
- Fertilizer Compatibility : Works harmoniously with any range of fertilizers.
- Ease of Use : Simple handling, suitable for all gardening skill levels.
- Safety and Effectiveness : Safe formulation for plants and respectful of the environment.
Detailed Instructions for Use
- Prepare your tank or container by adding the desired amount of water.
- Integrate the appropriate dose of CO2 Effect Phase 1, depending on the week of cultivation.
- Add the fertilizer, stabilizing the pH between 5.5 and 6.8.
- Perform a weekly foliar treatment with CO2 Effect Phase 1, from the beginning to the end of week 5 of the flowering photoperiod.
DOSAGE TABLE FOR THE APPLICATION OF CO₂ EFFECT PHASE 1 AND 2
GROWTH PHOTOPERIOD (18 HOURS OF LIGHT)
- ROOTING: QUANTITY 0.1 ml/liter | EC MAX 0.9 mS
- WEEK 1: QUANTITY 0.2 ml/liter | EC MAX 1.1 mS
- WEEK 2: QUANTITY 0.2 ml/liter | EC MAX 1.4 mS
- WEEK 3: QUANTITY 0.2 ml/liter | EC MAX 1.6 mS
PHOTOPERIOD OF FLOWERING (12 HOURS OF LIGHT)
- WEEK 1: QUANTITY 0.3 ml/liter | EC MAX 1.6 mS
- WEEK 2: QUANTITY 0.5 ml/liter | EC MAX 1.9 mS
- WEEK 3: QUANTITY 0.5 ml/liter | EC MAX 2.2 mS
- WEEK 4: QUANTITY 0.5 ml/liter | EC MAX 2.3 mS
- WEEK 5: QUANTITY 0.5 ml/liter | EC MAX 2.5mS
- WEEK 4: QUANTITY 0.5 ml/liter | EC MAX 2.8 mS
- WEEK 5: QUANTITY 0.5 ml/liter | EC MAX 2.8 mS
- WEEK 6: QUANTITY 1 ml/liter | EC MAX 2.8 mS
- WEEK 7: QUANTITY 1 ml/liter | EC MAX 2.8 mS
- WEEK 8: QUANTITY 0.5 ml/liter | EC MAX 2.8 mS
- LAST WEEK: QUANTITY 0.5 ml/liter
Manual
STEP 1: Fill a tank or container with the amount of water you want to prepare. STEP 2: Add the recommended dose of CO₂, Phase 1 CO₂, Phase 2 depending on the growing week you are in. STEP 3: Add fertilizer to the water until you reach the recommended EC for that week and stabilize the pH between 5.5 and 6.8.
NOTE: Performs a foliar treatment with CO₂, Effect Phase 1 every week from the beginning until finalizing week 5 of the flowering photoperiod.
WARNING: The maximum EC recommended in this table is based on tests carried out, however not all varieties have the same EC tolerance so the grower must be careful and in the event that the plants show stress, carry out a wash and do not continue to increase the EC.
NOTE: Periodic root washes are recommended.
Questions about this product
- Q: Is CO2 Effect Phase 1 suitable for all types of indoor plants?
Yes, it is designed to benefit a wide range of indoor plants. - Q: How does this product impact my grow environment?
It improves the environment by stabilizing temperature and humidity, which is essential for healthy growth. - Q: Should I take any special precautions when using this product?
Always follow package directions and make sure the pH and EC of your nutrient solution are within the recommended ranges.
04 — Questions sur ce produit
Product questions
Your questions about this product
- Super product this CO2 Effect Booster Phase 1, but practically: in the first indoor grow, does it bring a real visible boost quickly to growth or should one expect a more progressive effect on flowering?
The CO2 Effect Booster - Phase 1 works mainly by improving overall growth from the first weeks thanks to better nutrient absorption and an effective root stimulator. For a first indoor grow, you should therefore quickly notice better vegetative development. However, its effect on flowering is more progressive, as it mainly optimizes the plant's foundation for good long-term development.
- Hello, as a bonsai enthusiast and indoor grower for several years, I wonder if this Booster CO2 Effect Phase 1 is suitable for the specific needs of bonsais during winter. More precisely, would its use help improve the vigor and resistance of my bonsais in cold periods without risk of over-fertilization or stress related to EC?
The Booster CO2 Effect - Phase 1 is designed to stimulate photosynthesis and plant vitality, which can indeed enhance the vigor of your indoor bonsais, even in winter. It acts like a CO2 simulator without requiring specific installation. However, be careful with the dosage to avoid any risk of over-fertilization, as an excess could cause EC-related stress. It is therefore important to regularly monitor the conductivity of your nutrient solution and follow the usage recommendations. With appropriate use, this booster can support the resistance and root development of your bonsais during cold periods.
- Does the use of CO2 Effect Phase 1 maintain the gain of vegetative vigor and resin by optimizing the g/watt ratio throughout the flowering period without additional adjustment of temperature or humidity?
Booster CO2 Effect - Phase 1 is a biostimulant that promotes better assimilation and circulation of nutrients, thus helping to maintain vegetative vigor and optimize resin production throughout the flowering period. Its systemic action does not require any specific adjustment of temperature or humidity, making its integration into indoor cultivation simpler.
Regarding the optimization of the grams per watt ratio, the product can help improve efficiency through better growth, but no independent scientific data precisely confirms this gain. Therefore, it remains important to maintain optimal overall growing conditions to fully benefit from the effects of this booster.
- Does CO2 Effect Phase 1 work well in micro-culture in a 60x60 box without increasing humidity or temperature?
The CO2 Effect Phase 1 is designed to stimulate growth by improving nutrient absorption and transport, without requiring an increase in temperature or humidity. In a micro-culture in a 60x60 box, it works well and can even help maintain a stable environment without increasing humidity. However, it is still important to adjust its use according to your specific conditions to optimize results.
- What is the precise impact on g/Watt in terms of final yield in indoor cultivation using CO2 Effect Phase 1 versus conventional use of gaseous CO2?
The CO2 Effect Booster - Phase 1 acts differently from conventional gaseous CO2 in indoor cultivation. Rather than directly increasing atmospheric CO2 to stimulate photosynthesis, it enhances growth by optimizing nutrient uptake and the internal transport of energy to the roots and leaves.
Consequently, it allows for faster growth from the first weeks without requiring an increase in temperature or humidity, nor the installation of an energy-consuming CO2 injection system. This optimization leads to better energy efficiency, meaning a potentially higher final yield in g/Watt, due to reduced consumption related to the management of gaseous CO2.
In summary, even though the increase in gross yield per plant differs from that obtained by conventional gaseous CO2, the CO2 Effect Booster Phase 1 offers a more advantageous yield/energy ratio, particularly due to its ease of use and low energy consumption.
- What is the strategic difference between using CO2 Effect Phase 1 and a traditional CO2 system for two crops in parallel in the same growing room?
The
CO2 Effect Phase 1 Booster differs from a traditional CO2 injection system by its systemic action mode, acting directly at the root and leaf level without modifying the atmosphere.
With a traditional system, you need to invest in complex equipment (tanks, probes, controllers), precisely manage ventilation, temperature, and humidity to avoid CO2 losses and disease risks. The homogeneous distribution of gas is crucial, especially when cultivating two different varieties in parallel.
In contrast, the CO2 Effect Phase 1 Booster simply adds to the watering water or can be sprayed. It optimizes growth without the need to adjust the environment, offering effective action on all plants, regardless of their location. It is a simpler, safer solution suited for multiple indoor crops.
- With this CO2 Effect Phase 1, is it possible to completely avoid the installation of a traditional CO2 system while maintaining equivalent indoor yield?
The CO2 Effect Booster – Phase 1 is an innovative solution that enhances nutrient absorption by the plant without requiring the installation of a traditional CO2 system. It significantly optimizes growth without increasing the temperature or humidity of your growing space.
However, it is not clearly demonstrated that it can completely replace a traditional CO2 system in terms of equivalent yield. It remains an excellent alternative for improving your indoor cultivation, especially if you wish to avoid the complexity of a traditional CO2 system.
- What is the difference between foliar and root applications of CO2 Effect - Phase 1 regarding plant absorption and development?
The difference between foliar and root applications of the
CO2 Effect Booster - Phase 1 mainly lies in the absorption pathway and the impact on plant development.
Foliar application: the product is absorbed directly by the leaves, quickly stimulating photosynthesis and promoting nutrient circulation to actively growing parts, particularly effective during the flowering phase.
Root application: the Booster acts at the root level by stimulating their development and the sustainable absorption of water and nutrients, which supports healthy growth and overall better resilience.
By combining both methods, you maximize your plants' vitality by optimizing both rapid assimilation through the foliage and strong rooting, without the need to adjust temperature or humidity.
- Does CO2 Effect Phase 1 work optimally in a space of less than 1m² with continuous extraction to stabilize humidity without increasing temperature?
The CO2 Effect Booster – Phase 1 works perfectly in a space of less than 1 m², even with continuous air extraction to stabilize humidity. This booster acts directly on the leaves and roots, without relying on the increase of ambient CO₂, nor requiring stoppage or modification of ventilation.
It does not cause any rise in temperature, making it ideal for managing humidity while optimizing photosynthesis and nutrient absorption. In summary, you can use it confidently in a small, ventilated environment without compromising its effectiveness.
- What is the average consumption in ml of CO2 Effect Phase 1 per m2 over a complete flowering cycle following the recommended dosages, and how does it impact the total EC in the nutrient solution in hydroponics?
The average consumption of CO2 Effect Phase 1 is approximately 84 ml per m² during a complete flowering cycle (about 8 weeks), applying 0.2 ml per liter of water and considering a daily usage of 1.5 liters of water for your hydroponic crop.
Regarding the impact on the total EC, this booster can vary the EC between 0.9 mS/cm in the rooting phase and up to 1.1 mS/cm during the first week of growth. It is therefore important to adjust the overall EC of your nutrient solution, often between 1.6 and 1.9 mS/cm at the beginning of flowering, to maintain an optimal balance and promote nutrient absorption.
- how to integrate co2 effect phase 1 into an automated hydroponic system without the risk of overdosing and plant stress
The CO2 Effect Booster - Phase 1 integrates perfectly into an automated hydroponic system by being directly dosed into the nutrient water, thus avoiding the installation of complex CO2 equipment. Its formula, compatible with all ranges of fertilizers, allows for easy integration without the risk of harmful interactions.
To avoid any stress or overdose, it is essential to strictly adhere to the recommended doses and to start the supply gradually, while regularly monitoring the pH, conductivity, and the state of the plants. This product acts without altering the temperature or humidity, thereby limiting the physiological risks associated with the poor management of traditional CO2.
In synergy with suitable lighting and balanced nutrition, it enhances photosynthesis and nutrient assimilation, providing a natural growth boost to your automated hydroponic crop.
- What difference in yield do you observe between the use of CO2 Effect Phase 1 and a classic injection of CO2 in indoor cultivation?
The CO2 Effect Booster - Phase 1 works differently than a classic CO2 injection in indoor cultivation. Rather than injecting gas, it stimulates photosynthesis through a foliar application, quickly improving nutrient absorption and promoting growth from the first weeks. This method is simpler, with no need for expensive equipment or complex ventilation management, making it a more accessible and less energy-consuming solution.
However, there is no formal evidence that it generates a higher or equivalent yield to a classic CO2 injection in strict quantities. The Booster is rather an interesting alternative to optimize growth without the usual technical constraints, offering a good efficiency/use ratio for indoor cultivation.
- Is it preferable to use the CO2 Effect Booster Phase 1 only as a foliar treatment or also in irrigation for better growth and flowering in indoor cultivation?
To optimize growth and flowering in indoor cultivation, it is recommended to use the CO2 Effect Booster - Phase 1 both as a foliar treatment and in irrigation.
The foliar treatment allows for rapid absorption through the leaves, directly stimulating photosynthesis and nutrient circulation where the plant needs it most, especially during flowering. In parallel, application through irrigation acts at the root level, promoting sustainable root health and effective nutrient uptake throughout the cultivation.
This dual approach, weekly in foliar application and regular in irrigation, ensures harmonious and complete development of the plants without requiring complex modifications to the indoor climate.
- What is the main difference between CO2 Effect Phase 1 and Phase 2 regarding growth and flowering management in terms of dosage and effects on plants?
CO2 Effect Booster - Phase 1 is designed for simple use, directly in the watering water or as a foliar spray, without the need to adjust pH or conductivity. It promotes nutrient absorption and stimulates photosynthesis, particularly during flowering, but does not reach the yield levels of a classic CO2 supply.
In contrast, CO2 Effect Booster - Phase 2 requires a more precise management of dosage and environmental parameters (pH, EC). It acts on leaves and roots to significantly improve growth and production, with yield gains of up to 20 to 30%, similar to a well-controlled CO2 system. This phase optimizes root growth and sap circulation without stress for the plant.
In summary, Phase 1 is ideal for simple and safe stimulation, while Phase 2 is suitable for growers wishing to maximize growth and yields through rigorous monitoring.
- Has this CO2 Effect Booster Phase 1 been subject to independent testing confirming its effects on photosynthesis and plant resistance, or is it merely manufacturer claims without field validation?
The CO2 Effect Booster – Phase 1 is presented as an innovative solution to stimulate photosynthesis and improve nutrient absorption through a simple foliar application, without requiring a complex CO2 installation. However, to date, no independent scientific study or real-world testing has been published to objectively validate these effects.
The claimed benefits are primarily based on the manufacturer's assertions, without data validated by third parties. If you are looking for solid proof of effectiveness, there is currently no publicly accessible field validation.
For a more classic and proven approach, our LED horticultural lighting solutions combined with appropriate nutrition remain a reliable way to optimize the growth and resilience of your plants.
- Is it possible to use the CO2 Effect Phase 1 continuously in hydroponics without the risk of excessive EC increase and stress for the plants in a growing space of under 1m²?
The CO2 Effect Booster - Phase 1 can indeed be used continuously in hydroponics in a growing space of about 1 m² without the risk of excessive electrical conductivity (EC) increase or stress for your plants. This booster acts directly on the leaves and roots, without raising the CO₂ concentration in the air or the temperature, which is very advantageous in a small space.
To optimize its effects, it is important to respect the recommended dosages (about 0.2 ml per liter of water) and to regularly monitor the EC and pH of your nutrient solution. You will thus be able to adjust the supply of elements to avoid any overconcentration. This approach promotes better photosynthesis and nutrient absorption while limiting physiological stress.
In summary, with careful management of your growing parameters, this product is a simple and effective solution to boost your hydroponic plantations without complications related to classic CO₂ management.
- Does this CO2 Effect Booster Phase 1 significantly limit temperature in indoor cultivation compared to traditional CO2 supplementation?
The CO2 Effect Booster - Phase 1 works directly on the leaves and roots to stimulate photosynthesis without increasing ambient CO2. Unlike traditional CO2 supplementation, it does not generate a significant rise in temperature or humidity in indoor cultivation.
This makes it a particularly suitable solution for spaces of less than 1 m² that are continuously ventilated, where it optimizes growth while maintaining a stable temperature. However, it does not completely replace traditional CO2 enrichment if you are seeking the highest yields, but offers an energy gain and much simpler thermal management.
In summary, this booster effectively limits the temperature increase associated with traditional CO2 supplementation, while enhancing growth through a different, gentler, and more practical mechanism.
- How does the CO2 Effect Booster - Phase 1 affect humidity control without altering temperature in a closed growing chamber?
The CO2 Effect Booster - Phase 1 directly affects plant physiology, stimulating both photosynthesis and nutrient absorption at the leaf and root levels. This stimulation allows for better water management by the plant, stabilizing humidity in a closed growing chamber without changing the temperature.
Unlike other solutions, this booster does not rely on increased ambient CO₂ or thermal variation. It promotes an optimal humidity balance, even with continuous ventilation, facilitating microclimate management and root development, essential for healthy indoor crops.
- How do you control the integration of the CO2 Effect Booster - Phase 1 into an automated system with joint pH and EC management to avoid plant stress?
To integrate the CO2 Effect Booster - Phase 1 into an automated system with joint pH and EC management, it is essential to adhere to the recommended dosage to avoid any stress to the plants. The booster is dosed directly into the nutrient solution, making it easier to include in your system.
The key lies in regular monitoring of the pH and electrical conductivity (EC), adjusting these parameters to maintain optimal growth conditions. It is also recommended to introduce the booster gradually, allowing the plants to adapt smoothly and benefit fully from its effects without experiencing any imbalance.
