Objective of Project Idea:
This project develops an application for energy optimization of utilities, using industrial automation and machine learning to improve efficiency. It automates efficiency services like energy, cooling, heat, water, and gases to promote sustainable resource management. Designed for companies of all sizes, the application employs edge computing and advanced algorithms, offering real-time predictive maintenance, automated control, and resource optimization. The goal is to lower operational costs and improve system reliability.
Name: Sergio Navaro

Objective of Project Idea:
We have developed patent pending Direct Air Capture technology having taken it to TRL4 at a lab level. This project is to further develop the technology through to TRL7. This will involve the design and build of scalable modules in 40ft containers. We also wish to add on the module design and build for efuels from a. DAC through to methanol / ammonia for the maritime sector and b. from DAC through to SAF.
Name: Philip Hargreaves

Objective of Project Idea:
We are looking for partners to create a pyrolysis reactor and produce biochar that meets requirements for certification of carbon credits. Currently we are at TRL4
Name: Aurimas

Objective of Project Idea:
Novel closed loop pump hydro mechanism utilising a fluid with 2.5 times the density of water, enabling installations on small hills rather than requiring mountainous terrain. We are actively seeking to collaborate on an R&D project aimed at scaling up a mineral supply chain for this high-density fluid. The research will focus on identifying and evaluating sources, assessing fluid quality, refining process methodologies, and examining variability and potential alternatives. Our goal is to develop a proof of concept for a fully operational physical process loop.
Name: Steven Frigerio

Objective of Project Idea:
Bioethanol , Bioenegy, Biomass can be role to play in the decarbonation of economy. Newly from the energy, transport and industrial waste. Transition to green economy processes,entails sustainability and, low carbon energy.
Name: Ololade Olubunmi kumolu

Objective of Project Idea:
RheEnergise is revolutionizing pumped energy storage with its innovative solution, HIGH-DENSITY HYDRO®. Unlike traditional systems that rely on water, our projects utilize a fluid with 2.5 times the density of water, enabling installations on small hills rather than requiring mountainous terrain. We are actively seeking to collaborate on an R&D project aimed at scaling up a mineral supply chain for this high-density fluid. The research will focus on identifying and evaluating sources, assessing fluid quality, refining process methodologies, and examining variability and potential alternatives. Our goal is to develop a proof of concept for a fully operational physical process loop.
Name: Steven Frigerio

Objective of Project Idea:
The project idea is first to design and develop the e-flywheel energy storage battery techs that apply AI, IoT, and Wireless Techs to obtain a Digital hybrid-kit Compact Battery techs with AI, wireless, and Smart Systems for all applications and market segments (from the Automotive Industry, residential, C&I and up to utilities) and set up a new industry of flywheel energy storage for manufacturing new types of batteries in the heart of Europe, The second objective is to become an IPP, where AREEETS would like to build upgradable energy infrastructure sites starting with Lithium Ion Phosphate batteries and Solar PVs[...]
Name: Michel Nlandu Mbumba

Objective of Project Idea:
The CSIR has developed SolarAIDD (Solar Artificial Intelligence Defect Detection), a standalone software platform that leverages electroluminescence (EL) imaging and AI to automatically detect, analyse and profile defects in photovoltaic (PV) modules. EL images are uploaded and processed, and reports are generated to provide insights into the quality, and manufacturing efficiency of the solar PV modules. It can detect 14 defects and 15 PV module features with high precision, and performs statistical analyses at a PV cell-, module-, and batch-level. It is a practical and user-friendly system including the following features: Intuitive UI accessible on any browser, visually pleasing representations[...]
Name: Estine Clasen

Objective of Project Idea:
The project aims to resolve the technology challenges of improving the efficiency of energy storage for renewable energy resources from small to grid scale through innovation. This will be achieved through the development of Battery Energy Storage System (BESS) technology based on a multi-level converter, distributed architecture system with next generation power electronics and adaptive battery control to improve performance, efficiency and lifetime over current state of the art battery. A distributed type system architecture performs battery management at the module level. A key drawback of current BESS technology where the management and control of the battery pack is performed[...]

Objective of Project Idea:
The objectives of this project is to explore advance potential from cassava. Energy that can be derived from cassava, which is primarily through the production of bioethanol. Cassava to energy process liquefaction and saccharofication.
Name: Ololade kumolu