Advanced Nutrients Revive – 1L

Advanced Nutrients Revive is a concentrated emergency rescue formula containing nitrogen, calcium, magnesium, chelated iron, and chelated zinc. Designed for rapid uptake through roots or leaf surfaces, it addresses the most common nutrient deficiencies before they cause lasting crop damage.

Advanced Nutrients Revive Specifications

Key physical and formulation details for Advanced Nutrients Revive 1L, compiled from manufacturer documentation and the canonical product record.

Specification	Value
Brand	Advanced Nutrients
Volume	1 Litre (1L)
Weight	3.999 lb (approx. 1.81 kg)
Key Nutrients	Nitrogen, Calcium, Magnesium, Chelated Iron, Chelated Zinc
Formulation Type	Concentrated liquid
Application Method	Nutrient solution additive or foliar spray
Supplier SKU	857649V

Why Choose Advanced Nutrients Revive

Revive is designed for growers who need to act fast when plants show signs of nutrient stress. Its concentrated multi-nutrient formula addresses several deficiency types simultaneously, which matters when time is the critical variable. Here is what distinguishes it from single-element corrective products:

• Multi-element rescue in one bottle: Revive combines nitrogen, calcium, magnesium, chelated iron, and chelated zinc in a single product. Rather than diagnosing and sourcing separate correctives for each deficiency, growers can apply one product at the first sign of trouble and cover the most common deficiency scenarios simultaneously.
• Chelated trace minerals for rapid availability: Iron and zinc are supplied in chelated form, which keeps them soluble and plant-available across a wider pH range. Chelation prevents the lock-out issues that can occur with non-chelated mineral salts, particularly in systems running harder water or fluctuating pH.
• Two application routes: Revive can be added directly to the nutrient reservoir or applied as a foliar spray, depending on how urgently the plant needs intervention. Foliar application allows nutrients to enter through leaf stomata and reach the vascular system without waiting for root uptake — useful when root zone problems are contributing to the deficiency.
• Works alongside existing nutrient programs: Because Revive is formulated as a supplemental corrective rather than a base nutrient, it can be introduced into an existing feeding schedule without requiring a full program change. Growers can continue their current base nutrients and add Revive as a targeted emergency measure.
• Concentrated formula — small dose, meaningful effect: The product is concentrated, so a relatively small volume treats significant reservoir capacity. The 1L bottle provides enough product for multiple intervention applications before a restock is needed.

Best Uses for Advanced Nutrients Revive

Revive is most effective when applied at the first sign of deficiency symptoms rather than as a preventive measure in healthy plants. The following scenarios describe where growers typically reach for it:

• Calcium and magnesium deficiency correction: Interveinal chlorosis (yellowing between leaf veins while veins remain green) is one of the most common indicators of magnesium deficiency in hydroponics. Calcium deficiencies appear as tip burn, distorted new growth, and blossom-end rot in fruiting crops. Revive’s Ca-Mg combination addresses both at once, reducing the need for separate Cal-Mag products during a deficiency event.
• Iron and zinc deficiency in high-pH or alkaline systems: Even when iron and zinc are present in a nutrient solution, they can become unavailable to plants if pH drifts above 6.5 in soil or above 6.0 in hydro. Chelated iron and zinc in Revive remain available over a broader pH window, making it a practical tool when deficiency is suspected despite adequate mineral levels in the reservoir.
• Nitrogen supplementation during recovery: Nitrogen deficiency typically presents as a progressive yellowing of older, lower leaves that moves upward as the plant cannibalizes nitrogen from mature tissue to support new growth. Adding Revive to the nutrient solution provides an accessible nitrogen source while the grower troubleshoots the root cause of the deficiency.
• Post-stress recovery after transplant, root damage, or pH crash: Plants recovering from a pH crash, overwatering event, or transplant shock often struggle to absorb nutrients efficiently even after the primary stressor is corrected. A Revive application during this recovery window can help bridge the gap while the root system rebounds.
• Preventive foliar application in high-demand late-vegetative and early-bloom stages: Plants rapidly accumulate calcium and magnesium during periods of fast cell division and fruit set. A targeted Revive foliar spray at these transitions can support demand that sometimes outpaces root uptake, particularly in larger plants with high transpiration rates.

Revive belongs in the same nutrient toolkit as Advanced Nutrients Tarantula, which supports the root zone biology that underpins efficient nutrient uptake. If root health is contributing to deficiency symptoms, addressing both the symptom (with Revive) and the root zone (with a beneficial inoculant) gives the plant the best recovery environment.

Advanced Nutrients Revive vs Similar Products

The emergency-correction nutrient category includes several products with overlapping claims. Here is how Revive compares to the general class of Cal-Mag and multi-mineral rescue products commonly used in hydroponic grows:

Revive vs standard Cal-Mag supplements: Most Cal-Mag products supply calcium and magnesium as their primary focus, sometimes with a small amount of iron. Revive expands this by including nitrogen and chelated zinc alongside the Ca-Mg-Fe combination. This broader formulation is more relevant in situations where multiple deficiencies are occurring simultaneously — which is common when a pH event, root zone problem, or inferior base nutrient has disrupted uptake of several minerals at once. If you have a clearly isolated Ca-Mg deficiency with no other symptoms, a standard Cal-Mag product may be sufficient. If you are seeing a combination of symptoms or are uncertain of the primary deficiency, Revive’s multi-element approach reduces the risk of under-treating the problem.

Revive vs foliar micronutrient sprays: Some growers use dedicated foliar micronutrient sprays for iron and zinc correction. These are effective for trace mineral deficiencies but do not address nitrogen or the macronutrient components of a deficiency event. Revive bridges this gap by combining macro and chelated micro correction in one product, usable both as a foliar and as a reservoir additive.

For growers building a complete additive program, pairing Revive with a carbohydrate supplement like Earth Juice Hi-Brix Molasses can support microbial activity and plant metabolism during the recovery period.

Compatibility

Advanced Nutrients Revive is formulated to integrate into most hydroponic and soil-based nutrient programs. The following notes cover typical compatibility considerations:

• Hydroponic systems: Revive is compatible with recirculating deep water culture (DWC), nutrient film technique (NFT), ebb and flow, and drip systems. Add to the reservoir after mixing your base nutrients and adjusting pH. Check EC after addition to stay within range for the growth stage.
• Coco coir: Coco coir naturally binds calcium and magnesium, making Ca-Mg deficiency more common in coco grows. Revive is suitable for use in coco-based systems and can be applied to the substrate or used as a foliar spray.
• Soil and soilless media: Revive can be watered into soil and soilless mixes. In living soil setups, chelated iron and zinc at typical correction doses do not significantly disrupt microbial populations. If you are running a biology-forward program, consider pairing Revive with a root inoculant such as Advanced Nutrients Tarantula to maintain microbial activity during the correction cycle.
• Foliar use: For foliar application, dilute Revive to the recommended dose in clean, pH-adjusted water. Apply in lights-off or low-light periods to prevent leaf burn, and avoid applying during peak heat or high-humidity conditions that could leave residue on leaves.
• Base nutrient compatibility: As a supplemental additive, Revive is designed to work alongside base three-part or two-part nutrient programs. It is not a stand-alone base nutrient and should be used in addition to, not instead of, a complete nutrient program.

Dosing Guidelines

The canonical product description emphasizes acting quickly when deficiency symptoms appear. Below are practical dosing guidelines for the two supported application methods. Always consult the official Advanced Nutrients feed chart for precise dose rates, as the canonical record does not include a specific ml/L or ml/gallon figure.

• Nutrient solution application: Shake the bottle thoroughly before measuring. Add Revive to your reservoir after your base nutrients but before final pH adjustment. Mix well and verify that EC is within the appropriate range for your current growth stage. Monitor plant response over 48–72 hours and repeat if deficiency symptoms persist.
• Foliar spray application: Mix the recommended dose of Revive in clean, pH-adjusted water (target pH 5.5–6.5 for foliar use). Apply with a fine-mist sprayer, coating both upper and lower leaf surfaces. Apply during the dark cycle or in early morning to minimize evaporation and reduce leaf burn risk. Avoid spraying within two weeks of harvest.
• Frequency: Apply at the first visible sign of deficiency. Repeat every 2–3 days until symptoms stabilize or resolve. Once recovery is evident, return to your standard feeding program and investigate the root cause — whether that is a pH issue, a problem with the base nutrient formula, or a systemic root zone problem.
• Do not exceed the recommended rate: Because Revive contains nitrogen, calcium, and other minerals, over-application can create imbalances or push EC beyond the plant’s tolerance. Use the minimum effective dose and increase only if deficiency symptoms do not respond.

How to Use Advanced Nutrients Revive

1. Identify deficiency symptoms early. Act at the first sign of chlorosis, tip burn, distorted new growth, or other nutrient deficiency indicators. The sooner Revive is applied, the more limited the damage to the crop.
2. Choose your application method. Decide whether to apply Revive as a nutrient solution additive, a foliar spray, or both. Foliar application provides faster results for deficiencies where root uptake may be impaired. Nutrient solution application is suitable for ongoing correction through the root zone.
3. Shake thoroughly before measuring. Concentrated nutrient solutions can settle during storage. Invert and shake the bottle for 15–20 seconds before drawing a dose to ensure a uniform nutrient concentration.
4. Measure and dilute accurately. Use a calibrated syringe or graduated cylinder. Add the measured dose to clean, pre-conditioned water before introducing it to the reservoir or foliar spray tank.
5. Adjust pH after mixing. Revive’s nutrients are most available in the 5.5–6.5 pH range for hydroponics and 6.0–7.0 for soil. After adding Revive to your solution, check and correct pH before application.
6. Monitor EC if using in a recirculating system. Add the diluted Revive solution to the reservoir and check that EC remains within the target range for the current growth stage. Revive’s nitrogen and mineral content will contribute to overall EC.
7. Apply foliar spray in low-light or dark periods. If foliar-spraying, apply when grow lights are off or at low intensity to prevent leaf burn. Ensure thorough coverage on upper and lower leaf surfaces.
8. Monitor the plant’s response over 48–72 hours. Visual improvement in symptoms is typically observable within a few days. If symptoms persist or worsen, re-examine pH, root zone health, and base nutrient formula before increasing the Revive dose.
9. Return to standard program once recovery is confirmed. Once deficiency symptoms have resolved, discontinue Revive and resume your standard nutrient program. Investigate and correct the underlying cause of the deficiency to prevent recurrence.

Sources & Further Reading