Approvals Checklist & Governance
A single-pane view of every document, scheme convergence and statutory clearance required for the Director, Horticulture to sanction the TNO PPP — with current status, accountable owner and recordable per-row review actions.
Director review actions are recorded with reviewer name, comment and timestamp, and persist in this browser across refreshes. Use the per-row Review control to record a decision.
Statutory & Project Documents
Core documents required to incorporate the SPV and operationalise Phase 1 of the programme.
| Document / Approval | Purpose | Responsible Party | Status | Director Review |
|---|---|---|---|---|
| Detailed Project Report (DPR) — ₹40 Cr | Master technical + financial document with line-item annexure | TNO (Lead) · Horticulture Dept. | Ready | Awaiting review |
| PPP Concession Note & SPV Term Sheet | Defines SPV equity, board, and concession period | TNO Legal · State Finance | Ready | Awaiting review |
| Director, Horticulture — Endorsement Letter | Formal in-principle approval to incorporate SPV | Director, Horticulture (HP) | Pending Director | Awaiting review |
| Land Allotment — Nursery & Lab Sites | ≈25 acres across 3 agro-climatic zones (lease/transfer) | Revenue Dept. · Horticulture Dept. | In Progress | Awaiting review |
| Plant Quarantine & Import Permit (PQO) | Sanction to import certified mother stock from NZ/IT/USA | DPPQ&S · TNO Technical | In Progress | Awaiting review |
| NABL / Plant Authority Lab Accreditation Plan | Pathway to certified diagnostics & virus-free certification | TNO Lab Lead | In Progress | Awaiting review |
| Environmental & Biosafety Clearance | Polyhouse + tissue culture facility compliance | HP State Pollution Control Board | Pending Director | Awaiting review |
| SPV Incorporation (MCA) & Bank Account | Section 8 / Pvt Ltd registration post-endorsement | TNO Company Secretary | Post-Sanction | Awaiting review |
Scheme Convergence
Central and state schemes that the SPV will converge with to optimise capital efficiency and reach.
| Scheme | Ministry / Agency | Convergence Use | Owner | Status | Director Review |
|---|---|---|---|---|---|
| MIDH — Mission for Integrated Dev. of Horticulture | MoA&FW, GoI | Nursery infra, polyhouses, planting material subsidy | Horticulture Dept. (HP) | In Progress | Awaiting review |
| HPSHIVA / World Bank Horticulture Project | Govt. of HP · World Bank | High-density orchards, value chain, FPO linkages | HPSHIVA PMU | In Progress | Awaiting review |
| RKVY — Rashtriya Krishi Vikas Yojana | MoA&FW, GoI | State-flexi funds for R&D, lab, extension | State Agri. Dept. | Ready | Awaiting review |
| PM-KISAN / FPO Formation (10,000 FPOs) | MoA&FW, GoI | Farmer aggregation under TNO outreach pillar | NABARD · SFAC | Ready | Awaiting review |
| NHB — Subsidy on Cold Chain & Pack-houses | National Horticulture Board | Post-harvest infra for certified plant logistics | NHB Regional Office | Pending Director | Awaiting review |
| Digital Agriculture Mission (AgriStack) | MoA&FW, GoI | TNO-GENIUS integration with farmer registry | TNO Digital Lead | In Progress | Awaiting review |
PPP Governance Structure
An SPV-led model placing TNO at the operational core, with four anchor stakeholders each contributing a distinct, accountable mandate.
WHS, Risk Governance & Environmental Sustainability Framework
The Himalayan Precision Pomology Initiative — NHB DPR · Sustainability & Governance Section.
The Himalayan Precision Pomology Initiative is designed not only as a nursery and orchard modernization program, but as a long-term sustainable horticulture transformation model aligned with:
The project adopts an integrated WHS, Risk Governance, and Environmental Management framework aligned with:
- WHS Act & Regulations principles
- ISO 45001 (Occupational Health & Safety)
- ISO 14001 (Environmental Management)
- Climate-smart horticulture systems
- Sustainable land and water management principles
Workplace Health & Safety (WHS) Framework
To establish a safe, healthy, and risk-managed workplace environment across all project activities including:
- Nursery operations
- Orchard management
- Laboratory operations
- Drone operations
- Chemical handling
- Machinery operation
- Construction and infrastructure development
| Activity | Potential Risks |
|---|---|
| Nursery Operations | Manual handling, slips, repetitive strain |
| Grafting & Propagation | Blade injuries, ergonomic risks |
| Chemical Handling | Exposure, inhalation, contamination |
| Drone Operations | Collision, battery hazards |
| Laboratory Work | Chemical exposure, biological hazards |
| Orchard Work | Heat stress, falls, machinery interaction |
| Frost Protection Systems | Electrical hazards |
| Transport & Logistics | Vehicle incidents |
| Construction Activities | Excavation, working at heights |
- Project Director
- WHS & Risk Manager
- Environmental Compliance Officer
- Nursery Safety Supervisors
- Contractor Safety Coordinators
- Provide safe systems of work
- Ensure worker consultation
- Provide training and supervision
- Maintain incident reporting systems
- Conduct regular safety audits
- Follow safe work procedures
- Use PPE correctly
- Report hazards and incidents
- Participate in training
The project will implement a formal Safety Management System including:
- Hazard identification
- Risk assessment
- Safe Work Method Statements (SWMS)
- Contractor management
- Incident investigation
- Emergency response planning
- Safety inspections
- Toolbox talks
- Training records
- PPE management
- Hydration stations
- Shade structures
- Heat monitoring protocols
- Work-rest schedules
- Dedicated chemical storage
- SDS management system
- Spill response kits
- PPE requirements
- Safe mixing areas
- Operator competency verification
- Pre-start inspections
- Lockout/tagout systems
- Traffic management plans
- DGCA compliance
- Licensed drone operators
- Exclusion zones
- Battery charging protocols
The project will establish:
- Emergency response procedures
- First aid systems
- Fire safety systems
- Chemical spill response
- Extreme weather response
- Frost emergency protocols
- Medical evacuation procedures
Environmental Sustainability Framework
To ensure the project operates with minimal environmental impact while improving long-term ecological sustainability.
| Area | Potential Impact |
|---|---|
| Water Use | Excess groundwater extraction |
| Chemicals | Soil and water contamination |
| Plastic Waste | Nursery and irrigation waste |
| Soil Erosion | Hill land degradation |
| Construction | Habitat disturbance |
| Energy Use | Carbon emissions |
| Imported Material | Biosecurity risks |
- Drip irrigation systems
- Rainwater harvesting
- Soil moisture monitoring
- Water-use efficiency benchmarking
- Organic matter improvement
- Mulching systems
- Cover cropping
- Reduced soil disturbance
- Biological soil enhancement
- Plastic recycling systems
- Safe chemical disposal
- Composting organic waste
- Nursery waste segregation
- Shelter belts
- Pollinator-friendly plantation zones
- Native vegetation retention
- Reduced pesticide dependency
- Solar-powered weather stations
- Solar irrigation pumps
- Energy-efficient cooling systems
The project supports:
- Frost resilience
- Climate-smart orchard systems
- Weather intelligence
- AI-based risk prediction
- Climate adaptive rootstocks
- Precision irrigation
Strict biosecurity protocols will include:
- Imported plant quarantine
- Nursery sanitation systems
- Soil DNA diagnostics
- Pathogen surveillance
- Restricted nursery access
- Equipment sanitation
Social Sustainability, Monitoring & ESG
The project promotes:
- Farmer training
- Youth skill development
- Women participation
- Rural employment generation
- Technology access for small farmers
- Community knowledge sharing
The project will establish:
- WHS audits
- Environmental audits
- Biosecurity inspections
- Water-use monitoring
- Carbon reduction reporting
- Annual sustainability review
The project strongly aligns with:
- Sustainable agriculture principles
- ESG investment frameworks
- Responsible horticulture systems
- International sustainability expectations
This strengthens:
- Investor confidence
- Government support
- International collaboration
- Long-term project credibility
“A model climate-smart horticulture ecosystem for South Asia.”
The Himalayan Precision Pomology Initiative aims to achieve this through:
- Sustainable nursery systems
- Precision orchard intelligence
- Safe workplaces
- Environmental stewardship
- Responsible technology adoption
- Farmer-centred modernization
The integration of:
- WHS governance
- Environmental management
- Biosecurity systems
- Climate resilience
- Precision technology
- Sustainable resource management
ensures that the project is not only economically viable, but also environmentally responsible, socially sustainable, and institutionally resilient for long-term success.
Three items await sign-off. Once endorsed, the SPV is operational within 90 days.
All technical, financial and convergence groundwork is complete. The remaining items in the checklist are sequenced to follow the Director, Horticulture's in-principle approval.