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Supply exposure
Shipping disruption, global energy prices and currency movements can affect the availability and delivered cost of nitrogen fertiliser in Sabah.
PROJECT PROPOSAL · PRE-FEASIBILITY
Proposed Green Ammonia Fertiliser Pilot for Sabah
KBMB proposes a feasibility assessment of local green ammonia production for agricultural fertiliser in Sabah. This page presents an early-stage project concept, not a final plant design, investment offer or commitment to construction.
WHY EVALUATE THE PROJECT
Why evaluate local ammonia production
KBMB’s assessment is that nitrogen fertiliser used in Sabah is largely supplied from outside the state; this is to be verified during feasibility. External dependence does not establish that local production will be viable, but it provides a clear case for careful evaluation.
Food-security relevance
Reliable access to agricultural inputs supports stable crop production, farm productivity and food security.
Local industrial capability
A feasibility study can assess whether local production is viable and what engineering, operational and fertiliser-production capabilities Sabah would need.
ILLUSTRATIVE PROCESS
From renewable electricity to green ammonia
This five-stage sequence explains the proposed production pathway. The final plant configuration, equipment suppliers, energy balance and downstream product route must be established through feasibility and detailed engineering.
1
Renewable electricity
Provides power for hydrogen production and the proposed plant systems.
2
Green hydrogen
A PEM electrolyser uses treated water and electricity to produce hydrogen.
3
Nitrogen from air
An air-separation system supplies nitrogen for the synthesis process.
4
Ammonia synthesis
Hydrogen and nitrogen are combined in an industrial synthesis loop.
5
Fertiliser pathway
Feasibility will determine the appropriate ammonia handling and downstream fertiliser configuration.
WHAT MUST BE ESTABLISHED
What feasibility must establish
Before any investment or construction decision, feasibility and detailed engineering must confirm or revise the project’s major assumptions.
Demand and offtake
Validate local demand, customer requirements, product form and credible offtake options.
Capacity and product route
Set an appropriate pilot scale and select the ammonia product form and downstream fertiliser route.
Energy and water balance
Calculate the complete electricity, water, cooling and storage requirements.
Site and logistics
Assess land, grid or renewable-power access, water supply, transport and proximity to users.
Safety and permitting
Define process safety, environmental, storage, handling and regulatory requirements.
Cost and delivery plan
Develop a project-level capital estimate, operating-cost model, implementation schedule and risk register.
Open feasibility questions
- Final plant capacity
- Confirmed power and water demand
- Technology and equipment suppliers
- Final product mix
- Project site and permitting route
- Validated capital and operating costs
- Confirmed implementation schedule
- Commercial viability
CURRENT CONCEPT BASIS
Indicative assumptions for evaluation
These figures are working assumptions drawn from KBMB’s current project documentation. They are inputs to feasibility, not validated design commitments, certified specifications or a commercial offer.
Current concept basisPROJECTED · NOT YET VALIDATED
Concept production target5,000 tonnes of ammonia per year
Concept operating basis330 operating days per year
Concept investment assumptionRM70 million
- Concept delivery period
- 18–24 months, including construction and commissioning
- Proposed region
- Sabah, Malaysia
- Product route
- Ammonia, with downstream fertiliser configuration subject to feasibility
Feasibility and detailed engineering must test and update these assumptions. No energy-capacity figure is published because the complete project energy balance has not yet been validated.
POTENTIAL VALUE FOR SABAH
What the project could contribute if validated
These are potential outcomes for evaluation, not guaranteed benefits.
Supply resilience
An additional local source of nitrogen fertiliser may improve supply resilience and reduce exposure to external disruption.
Local capability
Project development may build local experience in electrolysis, process engineering, plant operation and fertiliser production.
Skilled employment
A viable project may create technical, operational and downstream roles in Sabah.
Lower-carbon pathway
Renewable-powered hydrogen could offer a lower-carbon production pathway than fossil-based hydrogen, subject to full lifecycle assessment.
Potential policy relevance
- Food security and resilient agricultural inputs
- Sabah Maju Jaya development priorities
- National Agrofood Policy 2021–2030
- Malaysia’s Net Zero 2050 pathway
PROPOSED ENGAGEMENT
A structured feasibility-scoping discussion
KBMB proposes an initial working session with the Ministry of Agriculture, Fisheries and Food Industry Sabah and relevant technical stakeholders.
The immediate objective is to define the evidence needed to assess the project, not to approve the current assumptions or commit to construction.
- Scope the feasibility study
- Review demand, site, utilities and potential buyers
- Define safety, permitting and independent-validation requirements
- Agree the evidence required for a future pilot decision
DISCUSS THE PROPOSAL
Discuss Green Ammonia feasibility with KBMB
Contact KBMB about feasibility scoping, institutional participation, technical collaboration or the evidence needed for a future pilot decision.