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Energy Technologies

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 Bio and Chemical Energy Group          
  • Bio-Hydrogel Platforms for Extreme Environments
  • Water-use reduction systems within agriculture
  • Air-to-Water Systems: Next-Gen Atmospheric Water Harvesting Technologies
  • Circular Biomass-to-Agri-input platform technologies
  • Waste-to-Value Systems for a Circular Bioeconomy
  • Carbon Capture, Usage  and Storage (CCUS)  
  • Sustainable Chemicals and Materials
  • Low-Carbon Fuels: Advanced Pathways for Sustainable Energy Production
  • Hydrogen: Production, Storage, and Utilization Systems
 
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 Renewable Energy Group        
  • AI‑Enabled Energy-Materials Discovery and Manufacturing for solar energy
  • Advanced Photovoltaic Technologies for High Efficiency and Reliability
  • Thermal Management for Energy Systems
  • Ultra-Low energy cooling systems
  • Dual‑Use Land (agrivoltaics) and Energy Systems
  • Integrated and Embedded Solar Energy Solutions (building, vehicle, greenhouse etc.)
  • Autonomous, Solar‑Powered Smart Devices and Infrastructure (e.g. IoT)
  • PV Failure Analysis & Anomaly Detection & Predictive Maintenance 
     
 
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 Energy Modelling Group        
  • Advanced digital infrastructure modelling - systems and utilities (power, e-transport, water)
    • Grid planning: infrastructure optimization and resilience  (contingency analyses and cascading failures)
    • Scenario modelling on energy mix demand, cost, decarbonization
    • Decarbonization journeys using AI
    • Territorial services and utilities siting
    • AI and Digital twins and condition based maintenance modelling 
       
  • Technology and system/device/component modelling
    • Digitization of water desalination plants 
    • Digitization and controlled Agriculture
    • Advanced thermodynamics systems – Cooling/heating engines/systems
    • Solar PV yields, reliability and efficiency using machine learning across regions
    • Water harvesting systems 
       

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Water-Energy-Biology Nexus

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 Sustainable, Optimized Agri/Aquaculture   
  • Agricultural irrigation water reduction technologies
  • Waste-to-Biomaterials Platforms for Circular Agriculture
  • Platforms for Scalable Alternative Protein production and processing
  • Sustainable precision fertilizers and soil enhancers
  • Low energy, controlled environment agriculture
  • Low energy cooling and greenhouse systems
  • Agri-Photovoltaics
  • Off-grid decentralized and modular desalination systems for saline aquifer ground water remediation for agriculture
  • Ceramic brackish water RO membranes for high throughput, low-cost ground water treatment for agriculture
  • Digital precision agriculture systems – sensors, modelling, advanced controls, AI, pest detection
     

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Water Technologies

  • Next-generation membranes for energy-efficient desalination
  • Ceramic RO membranes for high recovery desalination
  • Ceramic nanofiltration for seawater pre-treatment and partial desalination of RO brine for resource recovery
  • Reinforced hollow fiber membranes for high throughput industrial brine mining and resource recovery
  • Reinforced hollow fiber membranes for pressure retarded osmosis to recover salinity-gradient energy from produced water and seawater brine
  • Advanced membrane distillation membranes for off-grid photothermal desalination for brackish and seawater desalination
  • Digitization of desalination and water distribution networks for NRW reduction and system optimization
  • Integrated Brine Mining Platforms for water and mineral resource recovery from industrial brines
  • Novel media-based crystallization technology for harvesting high purity industrial minerals from Industrial brines
  • Electro-chemical membrane technologies for on-site acid and base production from brines, for reuse
  • Hollow fiber membranes for high throughput membrane distillation crystallization of salts from industrial brines
  • Electro-membrane separation technologies for brine concentration and resource recovery