NueNutri

Key Benefits

• Proven yield uplift across crop types: Field trials showed 53% higher tomato yield and 38% increased green pepper yield vs. untreated controls, delivering documented ROI at every application.
• Reduces flower drop and fruit drop: Bioactive peptides and osmoprotectants from vinasse activate reproductive metabolic pathways, protecting blossom retention and fruit set under heat, drought, or chemical stress.
• Supports nitrogen reduction without yield penalty: In replicated German potato trials, NueNutri and a 25% reduced nitrogen input matched and exceeded the full-nitrogen untreated control by +2.0% fresh yield- a meaningful step toward lower input costs and sustainability compliance.
• Optimized bio-available nutrient profile: Supplies organic nitrogen (predominantly from vegetal origin), soluble potash (K₂O), sulfur, water-soluble manganese, and molybdenum, all in immediately plant-available forms that bypass the conversion losses typical of salt-based fertilizers.
• Stress resilience through osmoprotection: Bioactive compounds from the vinasse matrix help maintain cell water balance and protect against abiotic stress (heat, drought, salinity, herbicide injury), ensuring reproductive momentum is not compromised mid-season.
• Validated against leading competitor biostimulants: In head-to-head trials, NueNutri outperformed or matched industry benchmarks including Terra Sorb Complex, Quantis, and Basfoliar Kelp Programme across six independent crop trials.
• Flexible application: foliar, drip, or irrigation: Adapts to any operation's program without requiring new equipment or complex tank-mixing protocols.

The Science Behind NueNutri: Why It Outperforms Standard Fertilizers

Standard fertilizers deliver nutrients. NueNutri delivers a signal. The core distinction lies in NueNutri's vinasse-derived bioactive matrix. Vinasse is the concentrated organic residue of industrial sugar and yeast fermentation- a substrate extraordinarily rich in plant-active compounds that conventional fertilizers simply do not contain:

• Bioactive peptides that act as molecular messengers, signaling the plant to initiate and sustain reproductive growth at the pre-flowering stage
• Free amino acids (from vegetal origin) that serve as direct building blocks for enzymes, secondary metabolites, and structural proteins during rapid reproductive development
• Osmoprotectants that regulate cell turgor under stress, preserving photosynthetic capacity and reproductive function when heat, drought, or chemical stress would otherwise cause flower or fruit abortion
• Soluble organic matter that enhances nutrient cycling and microbiome activity in the rhizosphere

Complementing this organic matrix, NueNutri supplies water-soluble manganese (Mn) - a key cofactor for enzyme systems involved in photosynthesis, nitrogen assimilation, and secondary metabolite biosynthesis - and molybdenum (Mo), essential for nitrate reductase activity and efficient nitrogen metabolism at the cellular level. Together, this multi-layered action profile means NueNutri doesn't merely feed the plant, it unlocks the plant's own genetic machinery to produce more flowers, retain more fruit, and fill to greater weight. This is the distinction between nutrition and bio-stimulation.

Backed by Research

All performance claims for NueNutri are derived from replicated, independently conducted field trials (2023–2025) with statistical significance assessed at P = 0.05.

Tomatoes: Spain (2023)
Neval | Castellon, Spain | Open field | 4 replicates
NueNutri-treated tomatoes at 2.5 L/Ha applied at pre-flowering, flowering, and fruit set achieved an average yield of 39,908 kg/Ha, compared to 26,099 kg/Ha in the untreated control, a statistically significant 52.9% yield increase. NueNutri-treated plots also produced 308 marketable fruits per plot vs. 196 in the control (a 57.1% increase), demonstrating improvements in both total production volume and commercial quality.

Peppers: Spain (2023)
Neval | Castellon, Spain | Open field | 4 replicates
Green pepper yield with NueNutri reached 23,839 kg/Ha against a control of 15,975 kg/Ha, a 38.1% increase that outperformed Terra Sorb Complex (27.4%) in the same trial. Red pepper marketable fruit per plot reached 15.0 with NueNutri vs. 3.75 in the control, a 4X increase in marketable fruit, directly translating to premium-grade revenue per acre.

Potatoes: Germany (2023)
Hetterich Fieldwork GbR | Lubesse, Germany | Open field | 4 replicates
Applied at 2.5 L/Ha across three growth stages (BBCH 31, 54, and 65) alongside a 25% reduction in nitrogen fertilizer, NueNutri produced a fresh yield of 61.8 T/Ha — exceeding the full-nitrogen untreated control at 60.8 T/Ha (+2.0%). Every competing product in the trial (Quantis, Yaarn, NueCombi), all applied at a 25% N reduction, failed to match the full-N control. NueNutri was the only treatment to exceed it.

Potatoes: France (2023)
Redebel | Saint-Amand, France | Open field | 4 replicates
At a 25% nitrogen reduction, NueNutri-treated plots produced a Grade 1 tuber weight of 11.05 T/Ha, compared to 9.26 T/Ha in the untreated reduced-nitrogen control and 9.81 T/Ha in the full-nitrogen control, demonstrating a quality uplift beyond simple yield recovery.

Sugar Beets: Germany (2023)
Hetterich Fieldwork GbR | Seimitz, Germany | Open field | 4 replicates
With 25% nitrogen reduction, NueNutri maintained a beet yield of 63.2 T/Ha and a sugar content of 18.58%, closely matching the full-nitrogen control (71.2 T/Ha; 18.47%) and outperforming the reduced-N untreated control across yield, vigor score, and NDVI measurements. NDVI at application midpoint matched the full-N control at 0.641, confirming full canopy health was maintained despite the nitrogen reduction.

Soybeans & Cantaloupe: USA (2024)
Multiple locations: North Carolina, Missouri, Florida

Citrus (Mandarin): Spain (2023)
Enagro SLL | Valencia, Spain | Open field | 6 replicates
NueNutri-treated mandarins measured 49.98 mm in diameter at harvest vs. 48.69 mm in the untreated control. The proportion of fruit classified in the smallest grade (Class 6) dropped from 18.0% to 10.0% with NueNutri treatment, with a corresponding shift into larger commercial grades, directly improving pack-out percentage and per-bin revenue.

Cannabis Cultivation Spotlight

NueNutri's application timing and mechanism of action align precisely with the most economically sensitive phase of cannabis production: the transition from vegetative growth into full reproductive development (pre-flower through peak bloom).

Why the Mechanism Fits

Flower site retention and bud development: NueNutri's peptide-driven signal to initiate reproductive growth, combined with its demonstrated reduction of flower drop across multiple crop types, supports cannabis growers in protecting each bract and flower site through the stretch and early bloom phases, particularly under heat or water stress, which commonly trigger premature flower abortion.

Secondary metabolite support through amino acid supply: Terpenes and terpenoids (the aromatic compounds governing flavor, aroma, and entourage-effect profiles) are synthesized through the methylerythritol phosphate (MEP) and mevalonate pathways, both of which are amino acid-dependent. NueNutri supplies free amino acids of vegetal origin directly to the foliar surface in bio-available form, providing the metabolic substrate for sustained secondary metabolite production through bloom.

Micronutrient precision at peak demand: Manganese (Mn) is a critical cofactor in the biosynthesis of isoprenoids - the precursor class that includes cannabinoids (CBG, THC, CBD) and mono- and sesquiterpenes. Molybdenum (Mo) supports nitrate reductase activity, ensuring efficient nitrogen-to-amino-acid conversion during the energy-intensive bloom phase. NueNutri delivers both in water-soluble, immediately plant-available forms, avoiding the chelation losses common in soil-applied mineral fertilizers.

Stress resilience preserves resin integrity: Heat and vapor pressure deficit (VPD) stress during flower development are well-documented causes of reduced terpene retention and cannabinoid density in cannabis. NueNutri's osmoprotectant compounds support cellular water balance and protect glandular trichomes where resin is synthesized and stored from the dehydration stress that degrades essential oil quality and concentration.

Recommended application window for cannabis: Initiate at the first signs of pre-flower development (typically week 1–2 of the 12/12 photoperiod or natural pre-flower trigger) and continue at 10–14 day intervals through Week 4–5 of bloom. Cease 2–3 weeks prior to harvest.

Note: Cannabis-specific replicated trials are ongoing. Growers should conduct their own in-house trials to quantify results for their specific cultivar and environmental conditions.

How to Use NueNutri

Application Methods: Foliar spray | Drip irrigation | Water-In
Primary Timing Principle: Apply at pre-flowering and continue through fruit set for maximum yield impact. Reproductive-stage intervention is where NueNutri delivers its strongest ROI.

• Foliar Application: Mix 2ml NueNutri per gallon of water; spray at rate of 1 gallon per 100 square feet (1 quart per 25 square feet).
• Drip / Fertigation: Mix 0.5ml NueNutri per gallon of water.
• Hydroponics: Mix 0.5ml NueNutri per gallon of water.

Tank Mixing: Test miscibility before mixing with other products. Compatible with most standard spray and fertilization programs; contact your agronomist or Agri Sciences Biologicals technical support for specific compatibility queries.

Shake well before use. Store sealed, in the original container, away from direct sunlight at 41°F–104°F (5°C–40°C).

Crop Versatility: From Broad-Acre Scale to Specialty Horticulture

NueNutri is engineered to perform across the full spectrum of modern commercial agriculture, from large-scale commodity production to precision-managed specialty crops.

Broad-acre commodity crops, including corn, soybeans, wheat, rice, canola, and sugar beet, benefit from NueNutri's ability to protect yield during the environmental stress events (heat, drought, VPD spikes) that most commonly occur during the flowering and grain-fill windows. Trial data from Missouri soybeans demonstrates up to +11.0 bu/acre yield gains and +$126.50/acre revenue improvement, making NueNutri cost-effective even at commodity pricing.

High-value horticulture, cannabis, tomatoes, peppers, cucumbers, melons, strawberries, and blueberries respond most dramatically to NueNutri's reproductive-stage intervention. The 53% increased tomato yield result and the 4× uplift in marketable red pepper production represent the kind of per-acre value generation that premium vegetable operations can capture within a single season.

Permanent and perennial crops, citrus, wine grapes, almonds, stone fruit, coffee, and tropical varieties benefit from NueNutri's application at the pre-flowering and fruit-set windows, with Mandarin trials showing measurable improvements in fruit size and commercial grade distribution, directly improving packing house returns.

Greenhouse and controlled-environment agriculture (CEA), including glasshouse fruiting crops, ornamentals, and cannabis under controlled lighting benefit from NueNutri's bio-available nutrient and peptide profile, with the stress-resilience component providing an added buffer against the temperature and humidity variability common in high-production CEA environments.

Regenerative and reduced-input programs, NueNutri's proven ability to maintain or exceed yield targets with 25% nitrogen reduction (demonstrated in German and French potato and German sugar beet trials) positions it as a core tool for growers navigating nitrogen reduction mandates, sustainability certification requirements, or input cost optimization strategies.

Product Specifications

NueNutri is a registered product of Agri Sciences Biologicals B.V. Trial data sourced from independently conducted, replicated field trials (2023–2025). All yield figures statistically assessed at P = 0.05. Always read the full product label and Safety Data Sheet before use. Keep out of reach of children. Avoid release to the environment.