GreenH2 Fertiliser — Operations Plan
The complex, the production process, the 120 MW solar array, procurement and the operational performance underpinning GreenH2.
Section 8 · Business Plan
Operations Plan
The complex, the production process, the 120 MW solar array, procurement and the operational performance underpinning GreenH2.
The Project is delivered in three phases — development, construction
and commissioning — progressing to a steady-state operation built around
reliability, safety and disciplined maintenance. The integrated complex
comprises a gasification/synthesis-gas facility, an ammonia synthesis
plant, urea and ammonium-nitrate plants, carbon-capture facilities, a
120 MW solar array, and bulk storage and rail-logistics
infrastructure.
8.1 Phased delivery
Table 7. Three-phase delivery plan and capital
deployment.
| Phase | Activities | Capital | Outcome |
|---|---|---|---|
| Phase 1 Years 1–3 | Land, environmental approvals, FEED, offtake & feedstock agreements, financial close | R5.0bn (seed) | Bankable, permitted, shovel-ready Project |
| Phase 2 Years 3–5 | EPC of gasification, ammonia, urea, AN, carbon capture and solar | ~R27bn | Mechanical completion of the complex |
| Phase 3 Years 4–6 | Commissioning and production ramp: 40% → 70% → 100% | Working capital | Full nameplate output and reliability |
8.2 Production ramp
Commercial operation begins in Year 4 at approximately 40% of
nameplate as units are commissioned and tuned, rising to 70% in Year 5
and reaching 100% in Year 6. This conservative ramp reflects the reality
of first-of-kind integrated plant and underpins the honest recognition
of commissioning-year losses in the financials.
8.3 Feedstock, power and water
- Feedstock: local coal/gas feedstock secured
under long-term arrangements, leveraging Mpumalanga’s reserves and lower
input cost versus import-parity competitors. - Power: a dedicated 120 MW solar array supplies a
material share of demand, with grid back-up; this lowers both cost and
carbon intensity. - Water & CO₂ storage: water supply and
geological/utilisation pathways for captured CO₂ are core feasibility
workstreams requiring early environmental authorisation.
8.4 Logistics
Bulk storage, road and a dedicated rail siding connect the complex to
agricultural co-operatives, mining customers and the export corridors
serving Richards Bay and Durban. Reliable logistics is a key
differentiator against imported product, which suffers port congestion
and inland-transport bottlenecks.
8.5 Health, safety, maintenance & reliability
Ammonia and explosives-precursor production is safety-critical, and
operational reliability is the single largest driver of cash-flow
stability once the plant is built. The Project adopts an integrated
operating philosophy benchmarked to international process-safety and
asset-management standards.
- Process safety: a formal
process-safety-management system, hazard and operability (HAZOP)
studies, layers-of-protection analysis, and emergency-response planning
aligned to major-hazard-installation regulation. - Asset management: a risk-based, predictive
maintenance regime with condition monitoring, a planned major-turnaround
cycle, and a maintenance reserve funded from operating cash. - Reliability target: a steady-state on-stream
factor of approximately 92–95%, consistent with well-run ammonia/urea
complexes, underpins the utilisation assumptions in the financial
model. - People & skills: a structured
operator-training and competency programme, drawing on the region’s
existing chemical-sector workforce and building just-transition skills
pipelines.
Confidential — this business plan is provided to prospective investors and lenders for evaluation purposes only and may not be reproduced or distributed without the written consent of GreenH2 Fertiliser Holdings (Pty) Ltd.