Advanced Soil Remediation Microbial Bio-Organic Fertilizer: Synergistic Microbial Technology for Regenerative Agriculture

Product: Deep Soil Remediation Microbial Bio-Organic Fertilizer
Conforms to: NY884-2012
Formulation: Granular/Powder
Net Weight: 40 kg
Core Technology: Dual-Phase Thermophilic-Mesophilic Fermentation | Functional Microbial Consortium (Bacillus amyloliquefaciens DSM-12 + Paenibacillus mucilaginosus CGMCC-1357)

Scientific Overview

This cutting-edge Microbial Bio-Organic Fertilizer integrates bioactive compounds with 45% ultra-purified organic matter and high-density functional microorganisms (≥250 million CFU/g). Engineered through precision fermentation and microencapsulation, it delivers triple-action benefits: soil structure regeneration, nutrient cycling enhancement, and pathogen suppression. Validated across degraded farmland, it elevates soil organic carbon by 1.8 t/ha while reducing chemical inputs by 40%710.

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NO.1: Technological Superiority & Mechanism of Action

1. Organic Matter Hyper-Purification (≥45%)
   Advanced purification combines three-stage vibrational screening and pneumatic separation to eliminate hair/sand impurities (removal efficiency >99%). Cellulase-assisted decomposition further enriches bioavailable organic fractions, directly enhancing soil water retention (+12% per 1% OM) and aggregate formation19.

2. Microbial Viability Amplification
   Patented alginate-based microencapsulation shields microbial cells from environmental stress, boosting survival rates by 300%. This technology maintains metabolic activity across -20°C to 50°C, enabling 5× higher rhizosphere colonization and sustained release of growth-promoting metabolites (e.g., GA₃, organic acids)57.

3. Dynamic Nutrient Synergy
   Real-time near-infrared spectroscopy (NIRS) monitors C:N ratios (25-30:1), while loss-in-weight feeders precisely dose micronutrients. This achieves >90% synchronization with crop nutrient demand curves, slashing fertilizer waste by 40%110.

4. Pathogen-Free Humification
   A rigorous 15-day thermophilic phase (65°C) eliminates pathogens/weed seeds, followed by 30-day mesophilic humification (45°C) to generate ≥8% humic acids. Concurrently, heavy metals are immobilized via chelation (>85% inactivation)15.

5. Soil Remediation Matrix
   The CaO (≥10%)-organic acid-exopolysaccharide complex actively restores degraded soils: dissolves saline crusts (pH reduction 0.8/month), dismantles compaction (35% porosity increase), and rebuilds microbial networks410.

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NO.2: Universal Crop Compatibility

*Validated across 86+ species in global trials:*

• Cereals: Rice, Wheat, Maize, Sorghum, Millet, Barley, Oats, Buckwheat, Quinoa

• Cash Crops: Cotton, Soybean, Peanut, Rapeseed, Sunflower, Sesame, Sugar Beet, Sugarcane, Tea, Coffee

• Vegetables: Tomato, Cucumber, Pepper, Eggplant, Cabbage, Cauliflower, Spinach, Celery, Carrot, Potato, Onion, Garlic, Ginger, Taro, Yam

• Fruits: Watermelon, Melon, Strawberry, Hami Melon, Pumpkin, Winter Melon

• Trees: Apple, Pear, Peach, Grape, Citrus, Lychee, Longan, Mango, Banana, Kiwi, Pineapple, Cherry, Jujube, Apricot, Plum, Pomegranate, Persimmon, Fig, Blueberry, Raspberry

• Specialties: Ginseng, Notoginseng, Astragalus, Shiitake, Button Mushroom, Rose, Lily, Carnation

• Ecological Plants: Alfalfa, Ryegrass, Seepweed, Tamarisk

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NO.3: Precision Application Protocol

• Basal Application:

  • Field Crops: 1-3 t/ha (broadcast before rotary tillage, incorporate 20 cm deep)

  • Fruit Trees: Saplings 3-5 kg/tree, Mature 10-20 kg/tree (apply in radial trenches)

  • Greenhouse Vegetables: 4-7 t/ha (buried with drip irrigation lines)

• Topdressing:

  • Powder: 1:10 aqueous extract for root drench

  • Granular: Band-apply and cover with soil

  • Critical: Separate chemical fertilizer applications by ≥7 days to prevent osmotic shock to microbes

• Synergistic Blends:

  • Saline-Alkali Soils: Combine with sulfur powder (200 kg/ha) for accelerated desalination

  • Continuous Cropping Zones: Co-apply with Trichoderma inoculants (10⁸ CFU/g) for disease suppression

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NO.4: Advanced Production Workflow

1. Feedstock Pretreatment:
   Poultry manure undergoes dehydration (moisture ≤55%) and impurity removal via spiral extrusion + plate-frame filtration1.

2. Dual-Phase Fermentation:

   • Stage 1: 15-day thermophilic phase (65°C) for pathogen elimination

   • Stage 2: 30-day mesophilic phase (45°C) for humic acid synthesis

3. Microbial Integration:
   Inoculation with 0.5% bacterial consortium during fluidized-bed cooling, followed by alginate microencapsulation (5μm coating)5.

4. Granulation & Stabilization:
   Low-temperature drum granulation (2-5 mm) preserves microbial viability, with 45-day aging for biochemical stability19.

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NO.5: Technical FAQ: Microbial Bio-Organic Fertilizer

Q1: How does this differ from conventional compost?

A: Unlike variable-quality compost, our Microbial Bio-Organic Fertilizer guarantees standardized bioactive components:

• ≥0.25 billion CFU/g functional microorganisms (vs. <0.01 billion in compost)

• Humic acid ≥8% (compost: ≤3%)

• Full heavy metal inactivation via thermal-chemical immobilization59.

Q2: Can it replace chemical fertilizers completely?

A: Strategic integration maximizes efficiency:

• Year 1: Replace 30-50% NPK with bio-fertilizer

• Year 2+: Achieve 70% replacement while increasing yield (verified 19-28% gains in degraded soils)810.
  Never mix concentrated urea (>15%) directly – apply sequentially.

Q3: What microbial mechanisms drive soil repair?

A: Our consortium operates through:

1. Nutrient Liberation: Organic acid secretion (e.g., gluconic acid) solubilizes fixed phosphorus (available P +5.2 mg/kg)

2. Biocontrol: Bacillomycin D inhibits Fusarium hyphae (disease incidence ↓78%)

3. Structure Rebuilding: Exopolysaccharides form microaggregates, boosting porosity 35%710.

Q4: How fast does salinity remediation occur?

A: Field data from Hetao Irrigation District (Inner Mongolia) shows:

• 3 months: pH reduction 0.3-0.5 units, ECe ↓25%

• 12 months: Salt content ↓66.7%, sugar beet yield ↑65.9%
  Accelerate results by combining sulfur amendments4.

Q5: Why choose this over nano-catalyzed fertilizers?

A: While rapid technologies exist (e.g., 1-hour algae decomposition5), our fermentation ensures:

• Longevity: Carbon half-life >100 years vs. nano-fertilizers’ 1-2 year stability

• Ecology: Increases earthworm density 7-fold (83/m² vs. 12/m² control)

• Safety: Zero nanoparticle ecotoxicity risks78.

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Agronomic Validation:

*“In Jinta County’s ecological farms, bio-organic fertilizers increased tomato brix by 22% while reducing irrigation needs 30% – a win for both flavor and sustainability.”* – Gansu Provincial Agricultural Report4.

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