IP Repository
Singapore has a wide range of technologies and IPs within the fields of industry and power decarbonisation, and power system enablers (e.g. grid and battery energy storage systems). We invite you to explore and assess the IPs below, and consider licensing them for further research, scale up, and commercialisation.
36 items
1 October 2026
Free Standing MOF Derived Hybrid Porous Carbon Nanofiber Mats
Affiliation
A*STAR
Focus topic
Energy Storage
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1 October 2026
Method of Producing Metal Carbonate From an Ultramafic Rock Material
Affiliation
A*STAR
Focus topic
CO2-to-Aggregates
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1 October 2026
Method and System for Converting Carbon Dioxide into Solid Carbonates
Affiliation
A*STAR
Focus topic
CO2-to-Aggregates
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1 October 2026
Highly Selective and Efficient C60-Buffered P-Block Metal-Based Electrocatalysts for CO₂ Reduction to HCOOH
Affiliation
NUS
Focus topic
CO2-to-Chemicals and Fuels
Fullerene-Powered Catalysts Turn CO₂ Into Valuable Formic Acid
1 October 2026
ZrS₃ Nanobelts Photoanode With P-Type ZrOS as a Hole Collection Layer for Efficient and Stable Photoelectrochemical Water-Splitting
Affiliation
NUS
Focus topic
Low-carbon H2 & Derivatives
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1 October 2026
Core–Shell Structured Catalysts for Hydrocarbon Pyrolysis
Affiliation
NUS
Focus topic
Low-carbon H2 & Derivatives
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1 October 2026
Ultralow-Ir Single-Atom Catalysts Stabilized by Self-Coordinating Electronic Metal–Support Interaction for Long-Term Acidic Oxygen Evolution
Affiliation
NUS
Focus topic
Low-carbon H2 & Derivatives
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1 October 2026
Lewis Pairs of Single-Atom Catalysts for Boosted Alkaline Hydrogen Evolution Reactions
Affiliation
NUS
Focus topic
Low-carbon H2 & Derivatives
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1 October 2026
Electrochemical Ammonia Oxidation via Junctional Catalysis
Affiliation
NUS
Focus topic
Low-carbon H2 & Derivatives
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1 October 2026
Two-Dimensional Fullerene Networks Supported Platinum Nanoparticles Towards Efficient and Stable Electrochemical Ammonia Oxidation Reaction
Affiliation
NUS
Focus topic
Low-carbon H2 & Derivatives
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