Creating Engineers to support the transition to Zero Emissions Motorsport though Education and Training

Objective of Project Idea:
To provide a means of training future motorsport mechanics and engineers so they 'think' with a green focus by providing them with understanding and experience of green technology systems so they are able to work on them, design and implement improvements, and also undertake research and development of new innovations: • Qualification based on skills needs of the motorsport sector • Innovative delivery and assessment approach focused on supporting Neurodiverse learners. • Augmented and Virtual Reality making learning more engaging • Race car aligned to the qualification • Race series with education and training establishments competing against other as part[...]
Name: Alan O'Neill

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Proposal key words:I2 Fuel cellsI4 Hydrogen storageJ1 Batteries

product converts heat and greenhouse gases into electrical energy in cars

Objective of Project Idea:
A product installed in cars that converts high temperatures and greenhouse gases into electrical energy instead of using high-priced fossil fuels and their emissions to protect the air from pollution and reduce the effects of global warming and climate change. The extracted carbon dioxide gas is used to cool the car during hot weather to maintain the car's temperature. It's excellent in hot regions . It works automatically and continuously and It doesn't need charging time like electric vehicles.
Name: Mohamed Abdallah

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Proposal key words:G5 Co-generation | CHPI1 Batteries

Waste2Wealth

Objective of Project Idea:
The Waste2Wealth project leverages phycoremediation technology to transform domestic wastewater treatment in South Africa by utilizing green microalgae. This innovative approach aims to address several key objectives: improving wastewater quality, producing high-quality biomass, and generating economic and environmental benefits. The project will select a wastewater treatment works (WWTW) already employing phycoremediation, harvest the resultant microalgae biomass, and thoroughly analyze its CO₂ sequestration capacity, nutrient content, and energy potential. The biomass will be evaluated for its efficacy as an organic fertilizer and its feasibility for bioenergy production, with a focus on biogas to power streetlights in rural areas. To enhance biomass[...]
Name: Maronel Steyn

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Proposal key words:F4 BiomassH3 Energy as a service

Sustainable Energy Generating Reactors

Objective of Project Idea:
Reactors have traditionally been linked to nuclear reactors, hence all the current developments have been to make more advanced nuclear reactors. Our multifunctional reactors are sustainable-energy-enabled, being capable of producing hydrogen and or bio-energy out of waste and other chemical processes. These reactors can be used in numerous regions, most notably in making renewable energy accessible to underserved and remote communities. The energy that one reactor can produce depends on the size of the machine and modules used to generate energy. The decentralisation of energy generation and distribution is becoming more apparent, and will create opportunities for smaller producers to[...]
Name: Rantshweu Matlhoko

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Proposal key words:F4 BiomassI2 Fuel cellsI4 Hydrogen storage

Collaborative R&D in Environmental Processes

Objective of Project Idea:
We look for pressing challenges in environmental engineering. Whether it's developing advanced water treatment technologies, optimizing waste management systems, or implementing sustainable solutions, your consortium can make a significant impact on environmental sustainability. TEDAGUA provides support in consortium formation, project development, and funding acquisition, drawing on our multidisciplinary team's expertise and industry connections. Together, we can drive innovation, address critical environmental issues, and create lasting positive change. Contact us to explore partnership opportunities for innovative projects in environmental processes to shape the future of environmental engineering through collaborative R&D initiatives.
Name: Jose Luis Molto Marin

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Proposal key words:F4 BiomassF7 Other

Solar Facade and Thermal Energy Storage For Zero Carbon Buildings

Objective of Project Idea:
Idea: SoFanTES reimagines zero-emission buildings (ZEB) by seamlessly integrating a solar facade, high-efficiency HVAC, and thermal energy storage (TES) into a single, scalable solution. The system with solar façade technology offers an energy-efficient building envelope as well as economical and easy thermal energy storage. The same system can also be used for summer cooling with evaporative cooling. The innovative aspect of the technology lies in its ability to correlate thermal energy, which can be stored according to specific climatic conditions and building types, with the façade surface area. This inherent “scalability” allows TES (Thermal Energy Storage) systems and ZEB buildings[...]
Name: ercan baser

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Proposal key words:F2 SolarG4 Zero carbon buildingI3 Thermal storage

HOT DRY ROCK TO GEOTHERMAL UNIT

Objective of Project Idea:
To develop an exploration campaign to determine the feasibility of exploiting the potential high-temperature geothermal resources of the Island of Lanzarote and take advantage of this potential to establish the technical and economic feasibility of implementing high-temperature geothermal projects on the island.
Name: Reinaldo Ramirez

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Proposal key words:F3 GeothermalG5 Co-generation | CHPH3 Energy as a service

MOBILE FLOATING TURBINE generates electricity on slow moving and large volume rivers

Objective of Project Idea:
Our mobile floating turbine generates electricity on slow moving and large volume rivers. These rivers offer predictable energy in 24/7 to be harvested locally by our small scale and mobile turbine. The best places to produce electricity with the mobile turbines are the pontoons and jetties tied to riverbanks. The pontoons are already established, closer to the current and offer a place to fix the turbines. Many of them are already connected to the grid in the shore and pay for its own electricity. The riverbank facilities are used for commercial and recreational mooring, for bars and restaurants and even[...]
Name: Gabor Toro

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Proposal key words:F5 Marine powerG2 Micro grid

SOSTERRA SPA. Construcción Sustentable y Saneamiento Ecológico de Aguas Residuales

Objective of Project Idea:
SOSTERRA SPA Construcción Sustentable Asesoría y Construcción con materiales renovables, utilizando bioconstrucción y eficiencia energética. Se generan y evalúan proyectos de construcción de loteos, parcelas, casas, recintos, quinchos y remodelaciones respetando el medio ambiente e implementando en lo posible permacultura. Saneamiento Ecológico de Aguas Residuales Proyecto y Construcción de tratamiento de aguas grises y aguas negras mediante Biofiltros.

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Proposal key words:F4 Biomass

Water conservation using circular economy floating covers

Objective of Project Idea:
It is a fact that the water cycle will be more unpredictable and the water itself will be scarce year by year because of the climate change. We manufacture a proven solution to protects and conserves the water by covering it with our modular floating covers that reduces the water evaporation up to 97%. We have been covering different types of ponds and reservoirs for different industries (mining, agriculture, wastewater treatment plants, oil & gas, etc) but are infinite water bodies exposed that means nothing but water losses. Our approach incorporates a circular economy view by using recycled plastic and[...]
Name: Cristobal Rodillo

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Proposal key words:F6 Oil | gas | coal enhanced practicesF7 Other
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