| Institution | Monash School of Chemistry |
|---|
| Application | Generation |
|---|
| Improvement proposed | Development of self-healing and stable catalysts for acidic electrolysis of water |
|---|
| Deployment | For large-scale production |
|---|
|
| Institution | University of New South Wales |
|---|
| Application | Generation |
|---|
| Improvement proposed | Development of inexpensive, high performing bi-functional catalysts for alkaline electrolysis of water |
|---|
| Deployment | For large-scale production |
|---|
|
| Institution | University of Newcastle |
|---|
| Application | Water scarcity |
|---|
| Improvement proposed | Hydro Harvester’ for obtaining water from air using solar power |
|---|
| Deployment | Pilot plant commissioned |
|---|
|
| Institution | University of Newcastle |
|---|
| Application | Transportation |
|---|
| Improvement proposed | Conversion of H2 to green methane |
|---|
| Deployment | Pilot applications underway |
|---|
|
| Institution | Austrian Academy of Sciences, Far Eastern Federal University and others |
|---|
| Application | Storage |
|---|
| Improvement proposed | Development of electrochemical hydrogenation method in iron-nickel based metallic glass |
|---|
| Deployment | Scalable potential present |
|---|
|
| Institution | Northwestern University |
|---|
| Application | Storage |
|---|
| Improvement proposed | Design of metal-organic framework that optimize H2 storage |
|---|
| Deployment | Scalable potential present |
|---|
