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Liquid Organic Fertilizer
Organic Fertilizer for Modern Agriculture. A practical organic fertilizer solution designed for integration into crop nutrition, soil management, and commercial agricultural production programs.
Designed for practical integration into existing fertilization programs.
SourcID promotes scientifically grounded integrated crop nutrition. Modern agricultural productivity requires balanced soil chemistry, accessible minerals, and active biological processes working in concert.
Complementary, Not Exclusive: Organic fertilizer enhances soil organic matter and nutrient bioavailability; it is designed to work alongside conventional fertilization schedules rather than making unrealistic claims of complete chemical elimination.
Soil Biological Stewardship: Soil microbes play an indispensable role in converting bound soil minerals into plant-accessible forms. Liquid organic inputs provide the carbon substrates that sustain beneficial rhizosphere activity.
Targeted Efficiency: Liquid foliar and drench applications allow precision timing aligned with critical crop phenological growth stages, optimizing total input investment.
Adaptable Agronomy: Application schedules are customized according to soil testing, target yield parameters, moisture availability, and local agricultural practices.
Agronomic Notice: Fertilization programs should be adapted according to soil conditions, crop requirements, productivity objectives, and local agronomic recommendations. SourcID does not guarantee uniform harvest outcomes without verified on-site soil and crop evaluation.
Physical & Chemical Specifications
Standard product benchmark values. Detailed batch Certificate of Analysis (CoA) provided per commercial shipment.
| Technical Parameter | Specification / Value | Agronomic & Standard Note |
|---|---|---|
| Product Classification | Liquid Organic Fertilizer (Pupuk Organik Cair) | Agricultural input for crop nutrition |
| Physical State | Liquid suspension concentrate | Easily miscible in agricultural spray water |
| Color & Appearance | Dark brown / amber liquid | Characteristic natural fermented botanical aroma |
| pH Range | Laboratory specification available upon request | Maintains stability in normal water pH (5.5 - 7.5) |
| Organic Carbon (C-Organic) | Laboratory specification available upon request | Assayed by independent certified agricultural testing laboratory |
| Total Nitrogen (N) | Laboratory specification available upon request | Organic nitrogen complexes and soluble amino fractions |
| Phosphorus (P2O5) | Laboratory specification available upon request | Plant-accessible biological phosphorus fractions |
| Potassium (K2O) | Laboratory specification available upon request | Soluble bio-potassium for cellular osmotic regulation |
| Trace Micronutrients | Fe, Mn, Zn, Cu, B (Available upon laboratory specification) | Naturally occurring chelated trace elements |
| Heavy Metal Analysis (Pb, Cd, As, Hg) | Within certified regulatory safety limits | Conforms to Indonesian agricultural safety thresholds |
| Microbial Content | Available upon technical request | Beneficial fermentation flora when specified by batch |
| Specific Gravity / Density | Approx. 1.05 – 1.15 g/cm³ | Laboratory verified value |
| Standard Packaging | 1L, 5L, 20L, 200L Drums, 1,000L IBC | UV-resistant agricultural grade HDPE containers |
| Shelf Life & Storage | 24 months in unopened original container | Store in cool, dry facility away from direct sunlight |
Crop Application Schedules & Dosage Guidelines
Recommended timing, dilution ratios, and field application methods across four strategic Indonesian agricultural sectors.
Rice (Padi Sawah)
Designed to support root elongation, active productive tillering, and panicle uniformity in lowland and upland rice farming systems.
Growth Stage Application Schedule
| Growth Stage | Timing | Method | Dosage / Dilution | Agronomic Objective |
|---|---|---|---|---|
| Seed / Nursery Treatment | Prior to sowing / nursery trays | Seed soaking or nursery tray misting | Contact agronomy desk for confirmed dilution | Enhance germination rate and uniform seedling emergence |
| Vegetative Phase (Active Tillering) | 14 – 21 Days After Transplanting (DAT) | Foliar spray across canopy | Contact agronomy desk for confirmed dilution | Promote root volume and maximize productive tillers per clump |
| Primordia / Panicle Initiation | 35 – 45 Days After Transplanting (DAT) | Foliar spray across canopy | Contact agronomy desk for confirmed dilution | Support flag leaf vitality and uniform grain filling |
Field Best Practices for Rice (Padi Sawah):
- •Apply foliar sprays early in the morning (06:30 - 09:30) or late afternoon (16:00 - 17:30) to avoid intense midday heat.
- •Maintain appropriate paddy water depth (2 - 3 cm) during vegetative application.
- •Do not mix with concentrated alkaline pesticides or copper-based fungicides in the same tank.
Field Demonstration & Observation Plots
Lowland Irrigated Rice (Ciherang Variety) • Subang Regency
Area: 2.0 Hectares (1.0 Ha Program vs 1.0 Ha Control) • Region: West Java, IndonesiaAlluvial lowland paddy soil, moderate drainage
Demonstration plot observed denser fibrous root mass, average 3 to 4 additional productive tillers per clump, and uniform green leaf retention through the late milk stage.
Methodology: Demonstration plot comparing standard farmer practice (Control) against integrated program combining standard basal NPK with 3 targeted foliar applications of liquid organic fertilizer.
Demonstration plots represent local field observation outcomes under specific farmer management conditions and do not constitute universal agronomic guarantees.
Oil Palm (Mature 8-Year Palms, Dami Cross) • Kampar Regency
Area: 10 Hectare Commercial Block • Region: Riau, Sumatra, IndonesiaWeathered mineral Ultisol soil
Treated blocks exhibited improved frond greenness scores, reduced premature frond desiccation during dry spells, and consistent bunch development.
Methodology: Field comparison conducted on commercial estate block integrating liquid organic drenching around frond stacks alongside the estate standard inorganic fertilization schedule.
Commercial plantation responses depend on baseline soil fertility, palm age, rainfall distribution, and harvesting discipline.
Standard Packaging Configurations
Tailored packaging units from smallholder kiosk distribution to heavy-duty estate spraying rigs and 20ft/40ft export container loads.
1-Liter Bottle
Demonstration plots, smallholder trials, and trial samples
5-Liter Jerrycan
Horticulture farms, nursery operations, and cooperatives
20-Liter Carboy / Drum
Commercial farming estates and plantation sector supply
200-Liter Tight-Head Drum
Large commercial plantations, cooperatives, and bulk distributors
1,000-Liter IBC Tote
Industrial agricultural estates and containerized export
Domestic Inter-Island & International FCL Shipment
Available on FOB Indonesian main ports (Tanjung Priok, Tanjung Perak, Belawan) or CIF terms worldwide. Palletized and shrink-wrapped for safe maritime transport.
Product Technical Documentation
Official regulatory documents and analytical dossiers available for verification.
Technical Data Sheet (TDS)
Physical properties, chemical parameters, active botanical profile, and storage recommendations.
Safety Data Sheet (SDS)
Comprehensive occupational handling, non-hazardous classification, and spill management guidelines.
Certificate of Analysis (Sample CoA)
Certified laboratory assay of macronutrients, organic carbon percentage, and heavy metal screening.
Commercial Crop Application Guide
Stage-by-stage application protocols for rice, oil palm, horticulture, and commercial tree crops.
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