JASMINEX

The Cluster Module Architecture

Jasminex is engineered as a modular, province-based infrastructure platform designed for the production and export of Traceable Organic Jasmine Rice.

The platform architecture is built on standardized operational units (“Sub-Modules”) that aggregate into structured Cluster Modules. Each cluster module operates under a ring-fenced Special Purpose Vehicle (SPV), enabling disciplined expansion, isolated risk management, and institutional-grade governance.

Jasminex is not designed as a volume-driven trading operation. It is structured as a replicable infrastructure system where growth is achieved through controlled addition of standardized production units.

Core Definitions

Sub-Module

A Sub-Module is the fundamental operational unit of the Jasminex platform.

Each Sub-Module integrates:

• 2,000 rai of contract-farmed Organic Jasmine cultivation

• Dedicated paddy intake and storage allocation

• Quarantine buffer capacity

• Dedicated milled rice storage bin

• Campaign-based milling allocation

• Lot-level traceability protocol

Each Sub-Module is designed to generate approximately:

500–600 tons of milled Organic Jasmine Rice per year

Sub-Modules are standardized across engineering, agronomy governance, quality control, and reporting structure.

This standardization enables disciplined scaling without redesign.

Cluster Module

A Cluster Module consists of 8–10 Sub-Modules operating under one integrated infrastructure system.

Cluster Module #1 (Pilot – Phase 1) begins with 8 Sub-Modules and is expandable to 10 within the same footprint.

A Cluster Module includes:

• Centralized cleaning and pre-processing system

• 30–40 tons/day rice milling line

• Segregated paddy and milled rice storage

• Integrated electrical and PLC control systems

• Quality testing and packaging facilities

Each Cluster Module operates as a self-contained production and financial unit.

Cluster Module is structured to:

• Operate independently

• Maintain segregated lot traceability

• Support project-level financing

• Isolate operational risk

Province Roll-Out

Provincial expansion follows a structured model.

After pilot validation, Jasminex expands province-by-province based on:

• Farmer readiness

• Organic certification stability

• Offtake demand

• Financial performance thresholds

Provincial roll-out is categorized as:

• Small province: up to 2 Cluster Modules

• Medium province: up to 3 Cluster Modules

• Large province: up to 4 Cluster Modules

Each province replicates the same Cluster-Module blueprint without structural redesign.

Standard Template — Reusable Blueprint

The Jasminex platform is built on a standardized engineering and governance template.

This template defines:

• Land zoning configuration

• Intake and storage capacity ratios

• Milling throughput specification

• Working capital assumptions

• Agronomy governance protocols

• Quality assurance standards

• Reporting and ESG framework

Because each Cluster Module is engineered from the same template:

• Engineering risk decreases over time

• Construction timelines shorten in future phases

• Procurement efficiencies increase

• Operational performance becomes predictable

• Financial modeling accuracy improves

This blueprint-driven approach transforms expansion from a greenfield design process into a repeatable deployment model.

Ring-Fenced Risk — SPV per Cluster-Module

Each Cluster Module operates under its own Special Purpose Vehicle (SPV).

This structure enables:

• Project-level debt financing

• Ring-fenced balance sheets

• Isolated operational exposure

• Defined dividend flows

• Transparent financial reporting

The corporate hierarchy is structured as:

Jasminex Holding B.V. (Netherlands – EU HoldCo)
→ Jasminex Thai Holding Co., Ltd.
→ Cluster-Module SPVs

This structure supports:

• Institutional governance

• DFI participation

• Risk isolation

• IPO readiness

Under this model, performance risk of one cluster does not structurally impair other cluster modules or the group-level holding entity.

Expansion Logic — Add One Sub-Module at a Time

Jasminex expansion is incremental and demand-driven.

Instead of doubling capacity, growth occurs through:

Addition of one Sub-Module at a time

Triggers for expansion include:

• Utilization exceeding 70–75%

• Forward offtake agreements secured

• Stable debt service coverage

• Verified agronomy compliance

• Working capital stability

This incremental expansion model provides:

• Controlled capital deployment

• Reduced overcapacity risk

• Operational learning transfer

• Predictable cash flow scaling

Expansion discipline is central to maintaining institutional credibility.

Cluster-Module Blueprint

Layout Logic, Zoning & Operational Flows

Each Cluster Module is designed according to a defined layout logic.

Zoning Structure

The site is divided into functional zones:

1. Paddy Intake & Weighbridge Zone

2. Cleaning & Pre-Processing Zone

3. Paddy Storage Zone (segregated per Sub-Module)

4. Quarantine Buffer Zone

5. Milling Zone

6. Milled Rice Storage Zone

7. Packaging & Dispatch Zone

8. Administration & Quality Control Zone

This zoning ensures linear material flow and prevents cross-contamination.

Operational Flow

The operational flow follows a structured sequence:

1. Paddy intake (lot-coded)

2. Quality inspection and moisture verification

3. Allocation to designated paddy storage bin

4. Campaign-based milling per Sub-Module

5. Allocation to dedicated milled storage

6. Packaging and export dispatch

Blending across Sub-Modules is avoided during the pilot phase to maintain identity preservation.

The flow design supports:

• Organic compliance

• Traceability audits

• Lot segregation

• Operational efficiency

Storage Allocation Logic

Each Sub-Module includes:

• One primary paddy storage allocation

• Quarantine buffer allocation

• One milled rice storage allocation

This one-to-one allocation model simplifies traceability and accounting.

Replication Plan (10-Year Outlook)

Jasminex expansion is structured over a 10-year horizon.

Phase 1 (Years 1–2)

• Develop and stabilize Cluster Module #1

• Validate export channels

• Establish operational benchmarks

Phase 2 (Years 3–5)

• Expand to 2–3 additional provinces

• Add 1 cluster module per year

• Increase sub-modules per cluster-module gradually

Phase 3 (Years 6–10)

• Provincial coverage based on rice-producing capacity

• Small provinces: 2 cluster modules

• Medium provinces: 3 cluster modules

• Large provinces: 4 cluster modules

Each new Cluster-Module replicates the same standardized blueprint.

Expansion is conditional on:

• Market absorption

• Capital availability

• Operational performance metrics

This structured replication strategy transforms Jasminex from a pilot infrastructure project into a scalable national platform.

Strategic Positioning of the Platform

The Jasminex Cluster-Module & Sub-Module Architecture delivers:

• Scalable agrifood infrastructure

• Structured organic governance

• Ring-fenced project risk

• Institutional capital alignment

• Disciplined expansion logic

The platform is engineered to grow incrementally, predictably, and transparently.

It is designed not for speculative scale, but for controlled institutional expansion.

Project Scope

Cluster Module #1 – Phase 1 includes the development of a fully integrated organic rice processing and storage facility operating under a fixed-price turnkey EPC contract.

The scope includes:

Storage Infrastructure

Paddy Storage

• Segregated paddy silos allocated per sub-module

• Moisture-controlled storage

• Lot-coded intake management

• Defined quarantine buffer capacity

Milled Rice Storage

• Dedicated milled rice silos per sub-module

• Segregated storage for identity preservation

• Controlled dispatch sequencing

The storage system is designed to maintain strict separation between farmer groups and preserve lot-level traceability.

Milling Facility

The project includes a dedicated milling line with:

• 30–40 tons per day milling capacity

• Pre-cleaning and grading systems

• Campaign-based milling configuration

• Broken rice control and quality calibration

• Yield monitoring instrumentation

The milling system is designed to support campaign processing, minimizing cross-blending and preserving identity segregation during the pilot phase.

Packaging & Dispatch

The facility includes:

• Export-grade packing lines (25kg, 5kg, 1kg)

• Private-label packaging capability

• Palletization and container loading zone

• Integrated quality inspection station

Packaging lines are structured to serve both bulk export and retail-ready formats.

Market Plan

Cluster Module #1 follows a disciplined, diversified market allocation strategy.

Export Markets

Primary focus:

• European Union organic importers

• United States specialty organic distributors

• Diversified private-label clients

The platform prioritizes:

• Long-term relationships

• Diversified offtake exposure

• Institutional buyer credibility

• Market-based pricing acceptance

No single buyer dependency is planned during Phase 1.

Domestic Allocation (5–10%)

A controlled 5–10% allocation is reserved for:

• White-label partnerships

• Influencer-branded pilot programs

• Limited Jasminex brand testing

Domestic allocation serves as:

• Brand validation channel

• Working capital balancing mechanism

• Risk diversification component

The platform remains export-focused but not export-exclusive.

Project Timeline

Cluster Module #1 follows a structured EPC timeline:

1. Engineering finalization

2. Site preparation and civil works

3. Equipment manufacturing and shipment

4. Installation and integration

5. Commissioning and testing

6. Operational stabilization

7. First export shipment

Total expected timeline:

14–15 months from EPC contract signing to commissioning

The first commercial export shipment is expected within 3–4 months following commissioning, allowing operational calibration.

Capacity & Specifications

Sub-Module Structure

Cluster Module #1 Phase 1 includes:

• 8 standardized sub-modules

• 2,000 rai per sub-module

• Approximately 500–600 tons of milled output per sub-module

Total Phase 1 output:

4,000–5,000 tons per year

Upgrade Path to 10 Sub-Modules

The cluster module footprint and infrastructure are designed to support expansion to 10 sub-modules without redesign.

Upgrade logic includes:

• Additional storage allocation

• Incremental milling scheduling capacity

• No redesign of core systems

• Minimal civil extension

Expansion to 10 sub-modules increases annual output proportionally without changing platform architecture.

Technical Design Principles

• Segregated intake per farmer group

• Campaign-based milling

• Dedicated storage per sub-module

• Standardized capacity ratios

• Energy-efficient mechanical systems

• PLC-controlled process integration

This configuration supports audit-ready traceability and identity preservation.

CAPEX / OPEX / Working Capital

CAPEX Overview

Estimated infrastructure investment:

€6.7 – €7.2 million

Includes:

• Paddy storage silos

• Milled rice storage silos

• Milling line (30–40 t/day)

• Cleaning and grading systems

• Packing lines

• Electrical and PLC systems

• Civil works and utilities

Execution model:

Fixed-Price Turnkey (LSTK) EPC contract

OPEX Structure

Operating expenses include:

• Labor

• Energy consumption

• Maintenance

• Organic compliance audits

• Quality testing

• Administrative overhead

• Insurance and utilities

OPEX is structured to remain stable under conservative utilization assumptions.

Working Capital Policy

Jasminex operates under a disciplined 3-month inventory policy.

Working capital requirement:

€2.0 – €2.3 million

Includes:

• Paddy procurement

• Processing inventory

• Finished goods holding

• Export receivables cycle

The 3-month policy balances:

• Supply stability

• Cash flow discipline

• Market flexibility

• Reduced inventory risk

Working capital is structured to avoid speculative stockpiling.

Construction Plan & Milestones

Cluster Module #1 is executed under a Fixed-Price Turnkey (LSTK) contract structured under FIDIC principles.

Milestone Framework

1. EPC Contract Signing

2. Detailed Engineering Approval

3. Civil Works Completion

4. Equipment Delivery

5. Mechanical Installation Completion

6. Electrical & PLC Integration

7. Cold Commissioning

8. Hot Commissioning

9. Performance Testing

10. Provisional Acceptance

11. Final Acceptance

Performance guarantees include:

• Throughput capacity

• Milling yield benchmarks

• Quality parameters

• Mechanical performance reliability

An independent technical advisor oversees milestone validation.

Strategic Objective of the Pilot

Cluster Module #1 Phase 1 is designed to validate:

• Engineering execution discipline

• Organic governance reliability

• Market absorption capacity

• Financial performance stability

• Replicable cluster-module architecture

The pilot is structured not to maximize early profit, but to establish institutional credibility and bankable operational performance.

Upon successful stabilization, the model transitions into disciplined provincial expansion.

Ten Groups → Contract Farming Governance

Each Sub-Module corresponds to one farmer group cultivating approximately 2,000 rai under structured agreement.

Each group:

• Signs annual contract farming agreement

• Commits to organic compliance

• Receives certified seed under Seed Advance Model

• Follows defined agronomy SOP

• Delivers harvest under lot-coded intake
  
  

Jasminex provides:

• Agronomy supervision

• Seed planning

• Field record templates

• Harvest moisture standards

• Purchase price framework aligned with market
  
  

This governance model aligns farmer incentives with supply stability and export-grade quality standards.

Seed Policy — Seed Advance Model

Jasminex implements a Seed Advance Model, not a free seed distribution system.

Key principles:

• Certified Organic Jasmine seed is supplied under advance agreement

• Seed cost is documented and reconciled at harvest

• Farmers commit to structured output delivery

• Seed traceability is documented per sub-module
  
  

This prevents:

• Seed leakage

• Informal redistribution

• Loss of varietal consistency

• Traceability breakdown

The objective is varietal purity and yield predictability.

Seed distribution is conditional, contractual, and recorded.

Organic SOP Framework

Jasminex applies standardized Organic Standard Operating Procedures (SOPs) across all participating farmer groups.

The Organic SOP includes:

• Field preparation guidelines

• Approved input lists

• Fertility management protocols

• Water management recommendations

• Harvest timing criteria

• Moisture control standards

• Post-harvest handling procedures
  
  

All farmers maintain:

• Field record logs

• Input purchase documentation

• Planting date records

• Harvest date records

• Yield declarations

These records are digitized where feasible and stored centrally for audit readiness.

Farmer Onboarding & SOP (Step-by-Step)

Farmer onboarding follows a structured process.

Step 1: Pre-Qualification

• Land verification

• Organic eligibility assessment

• Farmer group documentation

• Soil suitability review

Step 2: Contract Signing

• Output commitment agreement

• Seed advance agreement

• Compliance declaration

• Quality acceptance criteria

Step 3: Seed Allocation

• Certified Organic Jasmine seed distribution

• Seed batch coding

• Documentation per sub-module

Step 4: Agronomy Training

• Organic compliance training

• Field record instruction

• Harvest moisture targets

• Post-harvest handling protocol

Step 5: Field Monitoring

• Scheduled farm visits

• Compliance checks

• Advisory support

Step 6: Harvest & Intake

• Moisture verification

• Lot coding at intake

• Quality inspection

• Allocation to designated paddy bin

This step-by-step governance ensures standardization across all 10 farmer groups.

Quality & Traceability Protocol

Jasminex operates under a strict lot-level traceability framework.

Each Sub-Module is assigned a unique production code.

Traceability process:

1. Seed batch identification

2. Field record registration

3. Harvest lot declaration

4. Intake lot coding

5. Paddy storage allocation per sub-module

6. Campaign milling scheduling

7. Milled rice storage allocation

8. Export batch mapping
   
   

No cross-blending occurs during the pilot phase.

Sampling protocols include:

• Moisture testing at intake

• Foreign matter testing

• Broken rice ratio analysis

• Random quality sampling during milling

• Final export batch sampling
  
  

All records are archived in an audit-ready system.

Audit trail includes:

• Farmer ID

• Field plot data

• Seed batch reference

• Storage bin reference

• Milling campaign reference

• Export container reference
  
  

This traceability structure supports organic certification, DFI compliance expectations, and potential future carbon verification.

Domestic Channel Plan

White Label & Brand Pilot Strategy

Although export remains the primary focus, Jasminex allocates 5–10% of production to domestic channels.

Domestic strategy includes:

• White-label partnerships with recognized public figures or influencers

• Controlled pilot of Jasminex own brand

• Limited retail channel testing

Domestic allocation serves several strategic purposes:

• Market diversification

• Brand validation

• Cash flow smoothing

• Reputation building within Thailand

Domestic expansion remains disciplined and secondary to export stability.

Agronomy Risk Management

Jasminex mitigates agronomy risk through:

• Multi-group structure (10 independent groups)

• Structured seed policy

• Standardized SOP

• Documented compliance

• Defined moisture thresholds

• Segregated storage

Yield variability risk is reduced through:

• Agronomy training

• Soil suitability screening

• Defined harvest windows

• Controlled expansion of sub-modules

The agronomy framework is designed for predictability rather than maximum yield experimentation.

Strategic Objective of the Agronomy Model

The Jasminex agronomy system aims to:

• Ensure supply stability

• Maintain organic integrity

• Protect varietal consistency

• Support traceable export credibility

• Enable disciplined expansion
  
  

The platform’s long-term scalability depends on governance strength at the farm level.

Agronomy discipline is therefore central to the bankability of the Jasminex model.

1. Strategic Rationale

In many regions, farmers shift to feed corn during the dry season due to:

• Lower water demand

• Immediate cash flow

• Established market channels

However, corn cultivation often introduces:

• Chemical inputs

• Soil degradation

• Herbicide dependency

• Organic compliance risk

The Legume Integration Program offers a structured alternative that:

• Maintains 100% organic soil status

• Preserves farmer income levels

• Enhances soil nitrogen

• Improves subsequent rice yield stability

• Reduces long-term input dependency

This rotation model aligns agronomy with institutional sustainability expectations.

2. Crop Selection Framework

Primary legume candidate:
Organic Mung Bean (Green Gram)

Secondary options (region dependent):

• Organic Sesame (Black/White)

• Organic Peanut

• Green Manure Crops (e.g., Sunn Hemp for soil restoration cycles)

Selection criteria include:

• Low water requirement

• Short crop cycle (60–90 days)

• Organic compliance compatibility

• Established domestic and export demand

• Soil nitrogen fixation potential

The objective is not diversification for its own sake, but agronomic reinforcement.

3. Income Stability Objective

The program is structured to ensure that farmers’ dry-season income remains comparable to feed corn cultivation.

Typical organic mung bean performance:

• 150–250 kg per rai

• Premium organic pricing

• Lower input cost than corn

• Reduced irrigation requirement

Under structured purchase agreements and minimum price frameworks, farmer net income can match or exceed conventional corn margins without chemical exposure.

4. Integration with Sub-Module Architecture

After organic rice cultivation, each 2,000-rai Sub-Module may allocate:

• 20–40% of land to legume rotation in initial phase

• Expand gradually based on performance

Legume harvest is lot-coded and integrated into the same traceability framework used for rice.

This ensures:

• Consistent documentation

• Field record continuity

• Audit-ready rotation tracking

Legume production does not disrupt the rice-centered architecture but reinforces it.

5. Soil Regeneration Benefits

Legume crops contribute:

• Biological nitrogen fixation

• Increased soil organic matter

• Reduced synthetic input dependency

• Improved soil structure

• Enhanced microbial activity

Over a 3–5 year cycle, this can result in:

• Stabilized or improved rice yield

• Reduced organic fertilizer demand

• Lower soil fatigue risk

The program supports long-term soil carbon stability.

6. Water Sustainability

Unlike dry-season rice cultivation, legumes:

• Require significantly less irrigation

• Reduce groundwater extraction pressure

• Lower energy consumption for pumping

This reduces water-related ESG risk and improves long-term aquifer sustainability.

For DFI-aligned capital, water governance is a critical evaluation factor.

7. Governance Structure

Legume cultivation follows the same governance framework as rice:

• Contract farming agreement

• Seed advance under documented allocation

• Defined quality standards

• Moisture and grading verification

• Structured purchase agreement

No open-market speculation model is used.

This ensures supply stability and farmer confidence.

8. Market Pathways

Legume production can be allocated to:

• Domestic organic wholesalers

• Regional food processors

• Export organic channels

• Potential value-added processing in future phases

The program enhances revenue diversification without increasing structural complexity.

9. ESG & Institutional Alignment

The Legume Integration Program strengthens:

• Soil health indicators

• Biodiversity resilience

• Water stewardship metrics

• Carbon reduction narrative

• Farmer income stability

This positions Jasminex as a regenerative agriculture infrastructure platform rather than a monocropping exporter.

10. Long-Term Vision

The program is designed as a permanent structural component of each cluster-module, not a temporary intervention.

Over a 10-year horizon, the objective is to:

• Eliminate chemical re-entry risk

• Maintain organic certification continuity

• Improve yield stability

• Enhance export credibility

• Strengthen institutional investability

The Legume Integration Program ensures that growth does not compromise soil integrity.

Strategic Positioning

Jasminex is not a multi-commodity agribusiness.

It is a traceable organic jasmine rice export platform.

Legumes serve three core strategic functions:

1. Soil nitrogen fixation

2. Organic matter enhancement

3. Income continuity during non-rice season

This ensures jasmine productivity remains stable over 10+ year horizon.

Crop Architecture

Wet Season (Primary Crop)

100% of enrolled land:
Certified Organic Jasmine Rice

Dry Season (Regenerative Rotation)

Phased integration of approved legumes:

Year Legume Coverage of Enrolled Land

Year 1 30%

Year 2 40%

Year 3 50%

Year 4+ 50–60%

No conventional feed corn permitted on enrolled land.

Approved Legume Crops

Approved rotation crops include:

• Organic mung bean

• Organic sesame

• Organic peanut

• Certified green manure crops

All must comply with:

• Organic seed requirements

• Non-GMO standards

• Full field record documentation

• Jasminex agronomy approval

Soil Regeneration Mechanism

Legumes contribute to:

• Biological nitrogen fixation

• Reduced dependence on external organic nitrogen inputs

• Increased soil microbial activity

• Improved soil structure

• Enhanced water retention

• Reduced long-term fertility decline

Over time, this results in:

• Yield stabilization

• Reduced cost volatility

• Improved climate resilience

Governance & Compliance

All enrolled land must follow:  Approved Organic Rotation Plan

Enforcement tools include:

• Contract farming rotation clause

• Annual soil audit

• Field record review

• Crop compliance verification

• Suspension mechanism for non-compliance

The system is structured as landscape governance, not crop restriction.

Economic Stability for Farmers

Legume integration is structured with:

• Minimum purchase agreements

• Seed advance model

• Input advisory support

• Guaranteed procurement channel

This reduces farmer incentive to exit the organic system during dry season.

Risk Mitigation Value

The Regenerative Legume Policy mitigates:

• Soil degradation risk

• Yield decline risk

• Commodity price volatility

• Farmer non-compliance risk

• Chemical re-entry risk

It also enhances institutional confidence in long-term productivity.

Alignment with Climate & ESG Objectives

The policy contributes to:

• Reduced synthetic nitrogen usage

• Lower lifecycle emissions

• Soil carbon accumulation potential

• Climate adaptation capacity

• Future digital MRV integration readiness

The platform is structured to enable measurable soil impact tracking over time.

Replicability Across Clusters

The Regenerative Legume Policy is:

• Standardized

• Modular

• Contractually embedded

• Scalable province-wide

Each cluster follows identical rotation governance logic.

This ensures Jasminex remains:

• Bankable

• Replicable

• Institutional-grade

Long-Term Vision

Jasminex aims to build:  A Managed Organic Jasmine Landscape

Where:

• Rice remains the core economic engine

• Legumes protect soil capital

• Governance ensures compliance

• Traceability supports export credibility

This disciplined focus differentiates Jasminex from diversified commodity farms.