TREND Setter Program 2025

The Energy Consortium is a recognized Institute of Eminence Center at IIT Madras. It is an umbrella initiative that spans the whole spectrum of research in energy generation, storage, conversion, and distribution. We are an industry-academia-government collaborative effort established with the aim of accelerating the development of technologies that shall enable the energy transition towards a low-carbon future. More details regarding our initiatives and activities are available at https://energyconsortium.org/

The Energy Consortium is a recognized Institute of Eminence Center at IIT Madras. It is an umbrella initiative that spans the whole spectrum of research in energy generation, storage, conversion, and distribution. We are an industry-academia-government collaborative effort established with the aim of accelerating the development of technologies that shall enable the energy transition towards a low-carbon future. More details regarding our initiatives and activities are available at https://energyconsortium.org/

As per the charter of the consortium, a fair portion of the industry membership funding is intended for exploratory and collaborative research that enables the Energy Consortium to become one of the key technology hubs. The TREND SETTER[1] program aims to identify a few areas aligned with the long-range research initiatives of the industry and build capability within the consortium.

The Energy Consortium invites a team of faculty members to submit a crisp proposal aimed towards Exploratory R&D and Fundamental research that enables breakthrough innovation*[2]. It is anticipated the work done through this grant will enable the faculty teams to develop follow-on larger proposals for external funding. Industry and institutional partners can be identified and enabled by the consortium.

[1] Technology Research ENgineering and Development (TREND) setter program

[2] If multiple projects are received under the same topic that are close in intended outcomes, the PIs could consider merging the project with a larger outcome and budget

As per the charter of the consortium, a fair portion of the industry membership funding is intended for exploratory and collaborative research that enables the Energy Consortium to become one of the key technology hubs. The TREND setter[1] program aims to identify a few areas aligned with the long-range research initiatives of the industry and build capability within the consortium.

The Energy Consortium invited a team of faculty members to submit a crisp proposal aimed towards Exploratory R&D and Fundamental research that enables breakthrough innovation*[2]. It is anticipated the work done through this grant will enable the faculty teams to develop follow-on larger proposals for external funding. Industry and institutional partners can be identified and enabled by the consortium.

On Industry Day 28 June 2024, the Industry Advisory Board awarded three proposals in a high-risk high reward track and five in an early career track. These were in areas such as Improving energy utilization, Materials for energy transition, Synthetic biology or bio-mining for energy solutions and Niche applications supporting sustainable living. This is an unprecedented effort of coordinated activities in energy grand challenge areas in India.

[1] Technology Research ENgineering and Development (TREND) setter program
[2] If multiple projects are received under the same topic that are close in intended outcomes, the PIs could consider merging the project with a larger outcome and budget

Award Grants 2024

Themes:

Pilot Demonstrators Track (Track 1):
  1. Carbon Capture Utilisation and Storage
    • Carbon Capture
      • TREND setter 2023 project on Development of amine based blended solvents for energy efficient CO2 capture with low corrosivity
      • Bio hybrid photo catalysts for carbon capture
      • Explore usage of industrial / demolition waste as CO2 sorbents / novel Supplementary Cementitious Material for Cement production.
      • CO2 utilisation through mineralisation – Ability to assess CO2 absorption capacity of a variety of carbonatable materials (Construction waste, other industrial chemical wastes, red mud, etc) at practical scale (hundreds of Kg/batch)
      • Flue gas handling systems – Develop systems to convert industrial flue gases into usable input streams for carbon capture/conversion – Remove heat, moisture, SOx, NOx and may be even nitrogen from flue gas, to generate a flue gas stream with higher CO2 content and handlable temperatures – The heat energy removed from flue gas could be used for desorption of CO2 eventually.Ā  An integrated system which can be used to increase the efficiency of decarbonisation processes (absorption and desorption and conversion).
    • Storage
      • Environmental Impact and mitigation of Carbon storage – Ground water contamination , environment degradation etc
      • Infrastructure challenges in transporting CO2 from source to storage at scale. Ex pipeline degradation due to corrosion , scaling etc
    • Utilization
      • Another potential outlet for captured CO2 is into carbon materials, which can displace (not just substitute) highly energy intensive materials such as concrete – something of interest to both energy and materials companies.
      • Captured CO2 (Utilisation) can be turned into something useful – Hydrogen will be invariably needed to convert CO2 into e-fuels, however water electrolyzers have already been containerized and are available. Possible candidates include methanol, CO, syngas etc., however producing an easily transportable liquid intermediate is of greater interest.
      • TREND setter 2023 project on Electrochemical conversion of CO2 into Methanol/Ethanol and its application in Fuel Cells
  1. Alternate Fuels
    • Ā Ammonia
      • Green ammonia production, transport and storage
      • Direct ammonia synthesis (feasibility from air and water)
    • Ā Hydrogen
      • Understanding on GWP of H2
      • Carbon utilisation, Green H2 (possibly non-electrolysis route pilots), 2G bio fuels
      • Direct sea water electrolysis
    • Ā Other
      • practical approach on solar to fuels or chemicals
  • Ā 
Early Career Track (Track 2):
  1. AI and Data-Driven Approaches for Energy and Emissions Management
    (Includes AI/ML applications for emission prediction, monitoring, reporting, and energy transition solutions)
  1. Energy Efficiency and Process Intensification
    (Innovative approaches to enhance efficiency across systems and processes)
  1. Methane Management Solutions
    (Scalable, practical strategies for methane reduction and utilization)
  1. Bio-Inspired and Nature-Based Energy Pathways
    (Exploration of sustainable, biology-driven energy production methods)
  1. Critical Mineral Recovery for Energy Transition
    (Focus on recovery from secondary sources like Indian coal fly ash, including feasibility and techno-economics)
  1. Sustainable Energy Solutions for Data Centers
    (Innovations in power and thermal management for high-performance computing infrastructure)
  1. Next-Generation Nuclear Technologies
    (Research related to Small Modular Reactors and their potential role in India’s energy mix)

Ā 

TheĀ above were not limited and could be an area that utilised the existing facilities and infrastructure available at the institute.

Process and timelines followed:
Themes of interest finalization with founding members 15th April 2025
Solicitation of full proposals 22nd April 2025
Full Proposal Submission 18th May 2025
Reviews by Industry completed 14th June 2025
Final down-selection 19th June 2025
Announcement of Funded Programs 27th June 2025
Project Funding Begins 15th July 2025
Guidelines for applicants:
  1. Pilot Demonstrators Track (Track 1):

    Objective:

    Support scaled technology demonstrators in high-priority domains with potential for industry adoption and follow-on funding. 1 or 2 projects will be selected under this Track from the proposals received

    Project Duration:

    Up to 1.5 years
    12 months: Build phase
    6 months: Demonstration phase

    Focus Areas:

    • Carbon Capture, Utilisation & Storage (CCUS)
    • Alternate Fuels

    Expected Output:

    • One functional demonstrator unit with performance parameters clearly defined by the PI(s)
    • Proposal must demonstrate scalability and a clear pathway to commercial or public deployment

    Proposal Must Address:

    • Alignment with at least one of the above domains
    • Budget, TRL (Technology Readiness Level)* at start and end, CRL (Commercial Readiness Level), ARL (Adoption Readiness Level)
      • Starting technology readiness level (TRL) should be at least at 4/5 and end of project TRL should have advanced to 6 and preferably 7
      • Equipment spends to be minimal and allowed only for Track 1

    *further details available in Assessment criteria

    • Stakeholder interest: Identify member companies from the Energy Consortium who are likely to support/benefit from this project. Three or more founding members to endorse the proposed outcomes and the intended benefits, with optional co-funding. PIs are encouraged to work with Industry Advisory Board members in developing strong proposals
    • A plan to pursue follow-on funding via ministries, CSR, or private investment
    • Team composition: Principal Investigators need to form a cross-disciplinary team (involving multiple departments and faculty groups) and propose deliverables that bring meaningful contributions from all to the outcome of the project. One PI must consolidate inputs and submit a single proposal.

  2. Early Career Track (Track 2):

    Objective:

    Encourage PIs to develop deeper collaboration with founding members of the consortium. Ā Award can be considered as ā€˜seed grant’ to work on new bold, high-risk research ideas within the proposed areas of interest. Up to 2 projects will be awarded, each funded at 10 Lakhs, under this track.

    Project Duration: 1 year

    Eligibility:

    Open to all early career faculty members at IITM (AP and ASP, up to 10 Years at the institute/university)

    Proposal Must Include:

    • A novel research question or hypothesis
    • Technical approach, expected outcomes, milestones
    • Budget, TRL (start and expected), team (if any)
      • Emphasis is on providing funding for human resources and consumables, while leveraging existing facilities and projects within the institute/university
      • Equipment spends to be minimal and allowed only for Track 1. Operational expenses and any add-on for enhancements can be considered on a case-to-case basis
      • Expected TRL after project completion is 3

    Assessment panel:

    1) IITM Panel: Faculty-in-charge for Energy Consortium and experts identified

    2) Industry Advisory Board members (total of ten)

    Please note: The individual comments collected from Industry Advisory Board members who represent the founding members of the Energy Consortium will be considered for final evaluation. Decisions from the IITM Panel are final.

    Assessment criteria

    • All proposals will be assessed by the industry founding members individually via their appointed Industry Advisory Board members on four criteria as below
      • Alignment: Alignment of the proposed research work with your company’s long-range research and technology goals.
      • Impact: the proposed project proposal’s potential to generate significant impact in moving the needle while accomplishing global ā€˜net-zero’ goals
      • Approach: Is the proposed methodology/scientific approach appropriate and does it have the potential to become a game-changer
      • Budget: Are the requested budgets and the timelines proposed realistic
      • Technology Readiness Level
      • Commercial Readiness Level (Track 1)
      • Adoption Readiness Level (Track 1)
      • Strength and complementarity of the team (Track 1)
    • All proposals will be assessed by the Energy Consortium’s appointee(s) from IIT Madras on the same four criteria.
    • All assessments will be collectively finalized in consultation with the Industry Advisory Board to select the strongest proposals from amongst all those received.

    Guidance on what would be successful proposals

    Successful proposals would be those that possess high potential in terms of generating long term solutions to energy transition problems, and as adjudged in the near term based on possibility of developing intellectual property as well as attracting additional funding. The funding can ideally from within the industry founding members of the Energy Consortium or by extension from an industry partner or any relevant stakeholder that is willing to fund work further for maturing the TRLs (and CRLs). Energy Consortium is a willing partner in this endeavour and runs other flagship programs, other than TREND Setter to enable this.

    Eligible applicants would be those who

    • are faculty of IITM
    • possess proven track record and expertise in the field of their application to the program
    • are able to meet all the necessary guidelines as outlined above for the program
    • are able to provide all information in their proposal that satisfies all the assessment criteria of the program
    • are able to respond within the stipulated timeframes of the program

    All decisions by the Energy Consortium Industry Advisory Board will be deemed final.

    Announcement of award:

    • Grant awardees will be informed around mid-June by intimation to lead PI of the final decision from the assessment panel including review committee comments.
    • Formal public announcement of the TREND setter grants will be at the Energy Consortium’s Industry Day planned on 27 Jun and to be held at IIT Madras

    Contact Information

Reference:
Level TRL Technology Readiness CRL Commercial Readiness ARL Adoption Readiness
1 Basic principles observed Market opportunity identified Problem identified, but no adoption driver yet
2 Technology concept formulated Commercial concept formulated Stakeholder interest is theoretical
3 Proof of concept validated in lab Business case under development Early awareness among adopters
4 Lab validation of components Market testing of concept
5 Validation in relevant environment Commercial model explored with partners Feedback from early users / demo partners
6 Prototype demonstrated in relevant conditions Market interest confirmed; pilot customers identified Stakeholder engagement begins from potential adopters
7 Prototype demonstrated in operational environment Path to market and scale-up strategy defined Clear case for adoption with defined benefits
8 Final system tested and qualified Product ready for launch and market delivery Institutional/process readiness for integration
9 Technology deployed commercially Commercial viability proven; scaling underway Widely accepted and integrated in the user ecosystem

Equipment spends to be minimal and allowed only for Track 1. Operational expenses and any add-on for enhancements can be considered on a case-to-case basis

Assessment panel:
  • IITM Panel: Faculty-in-charge for Energy Consortium and experts identified
  • Industry Advisory Board members (total of ten)

Please note: The individual comments from representatives from founding members will be considered for final evaluation. Decisions from the IITM Panel are final.

Assessment criteria:
  • All proposals will be assessed by the industry founding members individually via their appointed Industry Advisory Board members on four criteria as below
    • Alignment: Alignment of the proposed research work with your company’s long-range research and technology goals.
    • Impact: the proposed project proposal’s potential to generate significant impact in moving the needle while accomplishing global ā€˜net-zero’ goals
    • Approach: Is the proposed methodology/scientific approach appropriate and does it have the potential to become a gamechanger
    • Budget: Are the requested budgets and the timelines proposed realistic
  • All proposals will be assessed by the Energy Consortium’s appointee(s) from IIT Madras on the same four criteria.
  • All assessments will be collectively finalized in consultation with the Industry Advisory Board to select the strongest proposals from amongst all those received.
Eligible applicants would be those who
  • are permanent residents of India
  • belong to NIRF ranked institutions/universities
  • possess proven track record and expertise in the field of their application to the program
  • are able to meet all the necessary guidelines as demanded by the program.
  • are able to provide all information in their proposal that satisfies all the assessment criteria of the program.
  • are able to respond within the stipulated timeframes of the program.
All decisions by the Energy Consortium Industry Advisory Board will beĀ deemedĀ final.
Guidance on what would be successful proposals

Successful proposals would be those that possess high potential in terms of generating long term solutions to energy transition problems, and as adjudged in the near term based on possibility of developing intellectual property as well as attracting additional funding. The funding can ideally from within the industry founding members of the Energy Consortium or by extension from an industry partner or any relevant stakeholder that is willing to fund work further for maturing the TRLs (and CRLs). Energy Consortium is a willing partner in this endeavour and runs other flagship programs, other than TREND SetterĀ toĀ enableĀ this.

Announcement of award:
  • Grant awardee’s will be informed around mid-June by intimation to lead PI of the final decision from the assessment panel including review committee comments.
  • Formal public announcement of the TRENDsetter grants will be at the Energy Consortium’s Industry Day planned on 27-28 Jun and to be held at the Ground floor, IC&SR Building, IIT Madras campus.
Contact Information

In case of any questions pleaseĀ writeĀ to Deepa Maria AlexanderĀ