KOPERASI BINA MAKMUR BERHAD

A Sabah cooperative developing technology pilots for agriculture and food security

KBMB develops hydrogen and thermal technology concepts and bench-tests their components, focusing on local fertiliser production and more reliable post-harvest processing.

Registration
202571401405
Registered
29 May 2025
Current phase
Green Ammonia · Pre-feasibility
Sabah agriculture
WHY SABAH

Two structural pressures on Sabah agriculture

Sabah’s agriculture depends on reliable nitrogen fertiliser supply and dependable post-harvest processing. Both are vulnerable to costs and disruptions beyond farmers’ control.

Fertiliser cost exposure

Nitrogen fertiliser prices track global energy, currency and freight costs, exposing Sabah growers to volatility in external supply.

Green Ammonia →

Post-harvest value at risk

Rain, inconsistent heat and high fuel costs can reduce drying quality and the value of agricultural products. More reliable processing protects both quality and value.

Mobile Drying →

Local validation before larger commitments

Testing in Sabah — with local crops, climate, grid conditions and logistics — produces evidence that studies conducted elsewhere cannot provide.

ONE EXAMPLE: COCOA RM24,274 / tonne Malaysian dried cocoa beans in 2024, up 141% from RM10,073 in 2023. Source: Ministry of Plantation and Commodities, February 2025. As crop value rises, poor drying becomes more costly. The Mobile Drying programme aims to improve control and consistency in post-harvest processing.
Dried cocoa beans in close-up
FLAGSHIP PROPOSAL

A feasibility pathway for green ammonia production in Sabah

KBMB has prepared an early-stage proposal to evaluate a green ammonia pilot plant in Sabah. The concept uses renewable electricity to produce hydrogen from water, combines it with nitrogen from air, and synthesises ammonia for a future fertiliser pathway.

At pre-feasibility stage, the work ahead is to establish capacity, energy demand, site, investment, product configuration and schedule through feasibility and detailed engineering.

Explore the proposed pilot
PROPOSAL AT A GLANCE
Purpose
Evaluate local green ammonia production
Proposed location
Sabah, Malaysia
Feedstocks
Water + nitrogen from air
Energy pathway
Renewable electricity → hydrogen
PROCESS OVERVIEW

How the proposed production pathway works

The proposed pathway has five core stages. Feasibility and detailed engineering will establish the final plant configuration and downstream product route.

Renewable electricity: Supplies the proposed production system.
1. Renewable electricity Supplies the proposed production system.
Green hydrogen: a PEM electrolyser produces hydrogen from treated water.
2. Green hydrogen A PEM electrolyser uses treated water and electricity to produce hydrogen.
Nitrogen from air: an air-separation system supplies nitrogen.
3. Nitrogen from air An air-separation system supplies nitrogen for the synthesis process.
Ammonia synthesis: Hydrogen and nitrogen are combined in an industrial synthesis loop.
4. Ammonia synthesis Hydrogen and nitrogen are combined in an industrial synthesis loop.
Fertiliser pathway: ammonia handling and downstream fertiliser configuration.
5. Fertiliser pathway Feasibility will determine the appropriate ammonia handling and downstream fertiliser configuration.
PROPOSED NEXT STEP

Define what a viable pilot requires

Proposed first step

An initial working session with the Ministry of Agriculture, Fisheries and Food Industry Sabah and relevant technical stakeholders.

What the first session would establish

  • 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
APPLIED R&D

Mobile Drying Complex

The Mobile Drying programme combines electrolysis, a hydrogen–oxygen burner, heat exchange and controlled airflow in a containerised concept for drying a range of agricultural products. Cocoa is the initial proposed pilot application.

Individual components have undergone internal testing. The next milestone is an integrated, instrumented unit, followed by documented product trials, beginning with cocoa, and independent validation.

Current stage R&D · Component prototyping
Next milestone Integrated instrumented unit
Validation required Documented pilot drying trial
View the Mobile Drying programme
Conceptual cutaway: Proposed mobile drying complex showing energy and drying modules.
Illustrative system configuration
ABOUT KBMB

A registered local organisation focused on pilot development

Koperasi Bina Makmur Berhad is a registered cooperative operating under the supervision of Suruhanjaya Koperasi Malaysia.

KBMB participates in Sabah’s technology and innovation community. In July 2026, it presented equipment at the SCENIC Impact Gathering.