Fish Master Premier Business Plan — Implementation Roadmap
The timeline from funding close to full production, covering construction, hatchery commissioning, permitting and first harvest.
Implementation Roadmap
Jump to section
- Overview & contents
- i. Important Notice and Basis of Preparation
- 1. Executive Summary
- 2. Market and Positioning
- 3. Why the Hatchery Is the Business
- 4. Regulatory Position
- 5. The Production System
- 6. SWOT and Competitive Position
- 7. Route to Market
- 8. Management and Governance
- 9. Financial Plan
- 10. Break-Even and Debt Service
- 11. Investment Analysis
- 12. Sensitivity and Scenario Analysis
- 13. Risk Analysis
- 14. Implementation Roadmap
- 15. Key Performance Indicators
- 16. Key Assumptions
- 17. Conclusion and Recommendation
- A. Appendix A: Consolidated Financial Summary
- B. Appendix B: Capital and Production Schedules
- C. Appendix C: Funding, Debt and Grant Schedules
- D. Appendix D: Risk Register
- E. Appendix E: Glossary
- 14.1 Development programme
- 14.2 Critical dependencies
- 14.3 Conditions precedent to drawdown
- 14.4 What each phase costs and what stops if it fails
14.1 Development programme
|
Phase |
Months |
Activities |
Gate — do not proceed without |
|---|---|---|---|
|
1. Permit and design |
1 to 8 |
Company registration; species permit application under NEMBA; environmental authorisation and water use application; site acquisition; detailed system design; conclude offtake discussions for both fingerlings and fish |
Species permit issued. No construction before this gate |
|
2. Build the hatchery |
6 to 14 |
Construct hatchery, nursery and biosecurity infrastructure; install water treatment, solar and backup power; source and quarantine traceable broodstock; recruit the aquaculture manager |
Hatchery commissioned and first fingerling batch produced to specification |
|
3. Grow-out phase one |
12 to 20 |
Commission first grow-out tanks and tunnels; stock from own hatchery; establish processing, live-holding and cold chain; begin weekly supply to the premium channel |
First commercial harvest; feed conversion and mortality recorded against plan |
|
4. Prove and claim |
Year 2 |
Scale fingerling sales to third parties; submit the cost-sharing grant claim against qualifying spend; tune the system and improve feed conversion |
Fingerling sales established; grant claim submitted |
|
5. Scale |
Year 3 |
Complete grow-out build; expand hatchery capacity; commence principal repayment subject to coverage |
EBITDA positive; hatchery contribution demonstrated |
|
6. Consolidate |
Years 4 to 5 |
Reach 150 tonnes and 2.6 million fingerlings; evaluate expansion of the hatchery ahead of further grow-out capacity |
Sustained profitability; debt service cover above 1.5 |
14.2 Critical dependencies
|
Dependency |
What it gates |
Why it cannot be accelerated |
|---|---|---|
|
NEMBA species permit |
All construction |
Nile tilapia is an alien species and its use is permitted only under conditions imposed under the Biodiversity Act. Permitting has been inconsistent between provinces and is not within the developer’s control |
|
Water use licence or registration |
Abstraction and discharge |
A recirculating system has low discharge volumes, which assists the application, but abstraction cannot lawfully begin without it |
|
Traceable broodstock |
The entire hatchery proposition |
The commercial basis of the fingerling business is genetic traceability. Broodstock without records reproduces the sector-wide weakness this plan exists to exploit |
|
Aquaculture manager recruited |
Hatchery commissioning |
Aquaculture skills are genuinely scarce in South Africa and this is the most important hire in the business |
|
First fingerling batch to specification |
Grow-out commissioning |
The hatchery is the profitable business. Adding low-margin capacity against a hatchery that does not work is the failure pattern |
|
Contracted premium channel volume |
Grow-out stocking at scale |
At a R6.50 margin per kilogram there is no room for unsold fish. Expressions of interest are not offtake |
|
Qualifying spend incurred and documented |
The ADEP claim |
The grant is reimbursable and claimed in arrears. Documentation discipline during construction determines whether the claim succeeds |
14.3 Conditions precedent to drawdown
14.4 What each phase costs and what stops if it fails
|
Phase |
Cash committed |
Cumulative |
What is recoverable if the project stops here |
|---|---|---|---|
|
1. Permit and design |
R1 400 000 |
R1 400 000 |
Little. Permitting, professional fees and design are largely sunk, and this is the cheapest place to stop |
|
2. Build the hatchery |
R7 400 000 |
R8 800 000 |
Broodstock and hatchery equipment retain value; installed water treatment and civils recover poorly |
|
3. Grow-out phase one |
R8 100 000 |
R16 900 000 |
Tanks, tunnels and processing equipment have a second-hand market, though thin in a sector with few buyers |
|
4. Prove and claim |
R4 200 000 |
R21 100 000 |
The grant claim of R4 000 000 is realisable once qualifying spend is documented |
|
5. Scale |
R4 500 000 |
R25 600 000 |
A going concern with permits, a hatchery customer base and five years of production records |
The recoverable value rises with commitment in the later phases, because what is being built is a permitted, operating, record-keeping enterprise rather than a pile of equipment. It falls sharply in the early phases for the opposite reason: a permit application and a design package have no resale value at all. The programme is therefore structured so that the cheapest phase is also the one carrying the largest single binary risk.