SL Oven
A cooking concept that uses electricity and treated water to generate hydrogen during operation and convert it into controlled cooking heat.
KBMB is exploring three secondary technology concepts alongside its current Green Ammonia and Mobile Drying priorities. The concepts on this page remain at prototype or pre-prototype stage and require further integration, testing and independent validation.
KBMB maintains several technology directions at different stages.
A cooking concept that uses electricity and treated water to generate hydrogen during operation and convert it into controlled cooking heat.
A rural-infrastructure concept combining solar-supported electricity, satellite connectivity and atmospheric-water production.
A thermal R&D platform exploring process heat and hot water, with steam generation as a potential application of on-demand hydrogen–oxygen combustion.
The SL Oven concept explores a cooking system in which electricity and treated water are used to produce hydrogen during operation. The proposed configuration supplies the generated gas directly to a controlled burner rather than relying on bulk hydrogen storage.
The concept is at prototype stage. Its performance, safety, energy consumption and certification pathway require independent validation.
SL Tower explores a combined platform for solar-supported electricity, satellite connectivity and atmospheric-water production in remote communities.
SL Tower is a separate rural-infrastructure concept. It is not presented as an application of the PEM-electrolysis and hydrogen-combustion pathway used in other KBMB programmes.
The concept remains subject to validation of site-specific energy, water, structural, connectivity, maintenance and operating-cost requirements.
The proposed platform combines satellite backhaul with local wireless distribution.
An atmospheric-water system is proposed to extract water from the air, treat it and store it, subject to local climate and water-quality testing.
A solar and battery system is proposed to support connectivity, water production and essential site services.
KBMB is exploring a thermal platform for producing process heat and hot water, with steam generation as a potential application of on-demand hydrogen–oxygen combustion.
KBMB has conducted internal experimental work on individual thermal components. The integrated steam-generation system remains at concept-engineering stage.
KBMB’s immediate public focus remains the Green Ammonia feasibility pathway and the integration and testing of the Mobile Drying Complex. SL Oven, SL Tower and the Steam Generation Platform remain secondary R&D concepts until further evidence is available.
Review the proposed feasibility pathway for local ammonia production in Sabah.
Review the component-prototyping, integration and planned product-trial pathway.
Contact KBMB about the current status, intended development pathway or potential technical collaboration for SL Oven, SL Tower or the Steam Generation Platform.