We seek innovative solutions to reduce the cost of producing, storing, and transporting green hydrogen for applications in both mobility and industrial processes. Priority is given to sustainable and scalable storage technologies that can facilitate large-scale adoption.

Why is this challenge key for Moeve?
Moeve aims to accelerate the energy transition and position itself as a leader in the decarbonization of both transportation and industrial sectors. To achieve this, it is essential to develop scalable and cost-efficient solutions for the production, storage, and transportation of green hydrogen.

This challenge focuses on reducing dependence on fossil fuels and creating new business opportunities in mobility and sustainable industrial solutions. Additionally, it seeks to identify innovative technologies that reduce costs and improve the scalability of green hydrogen, encouraging its widespread adoption.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, including:

• Production: high-efficiency electrolysis technologies (PEM, SOEC, AEM), biogas or waste reforming processes with carbon capture, and solutions for integrating intermittent renewable sources.

• Storage: advanced materials for solid, liquid, or gaseous hydrogen storage, enhancing safety and increasing energy density.

• Transportation: technologies that optimize hydrogen compression, liquefaction, and distribution, reducing logistical costs.

• Digitization and optimization: application of artificial intelligence, machine learning, and blockchain to optimize the hydrogen value chain and improve traceability.

• Disruptive business models: new market structures, financing schemes, and integration strategies with sustainable mobility solutions.

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Development of technologies for capturing, storing, and reusing CO₂ in industrial applications, exploring its use as a raw material for producing chemicals and e-fuels.

Why is this challenge key for Moeve?
CO₂ capture and reuse is a key strategy to achieve carbon neutrality. The challenge lies in developing technologies that allow these emissions to be converted into value-added products, contributing to the circular economy and improving operational efficiency.

Moeve is looking for solutions that seamlessly integrate CO₂ capture into industrial processes, ensuring safe storage and transformation into new compounds. This will reduce dependence on fossil raw materials and comply with increasingly stringent environmental regulations while promoting sustainable business models.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:: 

• Captura avanzada de CO₂: tecnologías de captura directa de fuentes industriales y del aire.

• Almacenamiento eficiente: métodos para transportar y almacenar CO₂ de manera segura.

• Conversión en productos útiles: procesos para transformar CO₂ en e-fuels, polímeros y productos químicos.

• Optimización energética: soluciones para reducir el coste energético de la captura y conversión de CO₂.

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Artificial intelligence-powered solutions to enhance risk prediction and emergency response in industrial environments. We seek technologies capable of proactively identifying failures, hazardous conditions, or potential threats, ensuring a swift, effective, and well-coordinated incident response.

Why is this challenge key for Moeve?
Moeve aims to strengthen the safety of people, processes, and assets in industrial environments by integrating artificial intelligence into risk management. To achieve this, it is crucial to develop solutions that anticipate failures, detect hazardous conditions, and optimize emergency response efficiently and in a coordinated manner.

This challenge seeks to minimize critical incidents, reduce costs associated with unplanned disruptions, and improve worker protection. Additionally, it promotes proactive risk management, ensuring operational continuity and regulatory compliance in strategic sectors.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:

• Risk prediction and detection: AI algorithms to analyze real-time data and anticipate failures, leaks, fires, or explosions.

• Automated responses: AI systems to optimize incident management and real-time resource allocation.

• Safety monitoring with computer vision: Computer vision applications powered by AI to detect risks and prevent accidents.

• Scenario modelling: machine learning-based models to enhance crisis response protocols.

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Innovations in sustainable biological raw materials, such as fats and bio-crude oils, along with advanced conversion technologies for the efficient production of high-performance biofuels.

Why is this challenge key for Moeve?
Moeve aims to accelerate the adoption of bio-based raw materials as a viable alternative to fossil fuels. However, current challenges include the scalability of these raw materials and their efficient conversion into biofuels and other industrial products. It is essential to develop technologies that enhance yield and optimize production costs.

The transition to renewable raw materials not only reduces the carbon footprint but also improves business sustainability and facilitates compliance with stricter environmental regulations. This challenge represents a significant opportunity to transform the chemical and energy industries through innovation in bio-based feedstocks.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:

• Biomass conversion: bioprocessing technologies to transform waste into high-efficiency bio-based feedstocks.

• Bio-crude optimization: methods to improve the stability and energy performance of biofuels.

• Use of agricultural and industrial waste: solutions to valorize by-products and minimize raw material waste.

• Innovative refining processes: technologies that reduce pollution and energy consumption in biofuel production.

• Circular economy models: strategies to integrate bio-based feedstocks into sustainable value chains.

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Technological synthesis solutions for the efficient and sustainable production of Sustainable Aviation Fuel (e-SAF) and other e-fuels. Priority will be given to innovations that enhance technical feasibility, lower production costs, and minimize environmental impact, while aligning with international regulations and industry sustainability targets.

Why is this challenge key for Moeve?
The aviation and heavy transport sectors need sustainable solutions to reduce dependence on fossil fuels. The development of advanced e-fuels, such as e-SAF (Sustainable Aviation Fuel) and other e-fuels, is key to lowering carbon emissions and complying with increasingly stringent environmental regulations.

Moeve aims to identify cutting-edge solutions to optimize the synthesis of these fuels, reducing production costs and improving technical efficiency. This will accelerate the adoption of more sustainable alternatives in the industry and ensure competitiveness in a market moving towards decarbonization.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:

• Production optimization: new chemical and biotechnological synthesis processes for manufacturing e-SAF and e-fuels.

• Cost reduction: innovative methods to improve efficiency in e-fuel production.

• Environmental impact: technologies that reduce energy consumption and emissions during e-fuel production.

• Regulatory compliance: innovations aligned with international sustainability regulations in the transportation industry.

 

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Innovative solutions to enhance water efficiency in industrial processes, focusing on:

• Reduction of freshwater consumption through desalination and brine recovery technologies.
• Effluent treatment for reuse and reduction of environmental impact.
• Application of artificial intelligence to optimize water consumption.

Why is this challenge key for Moeve?
Water is a critical resource in industrial processes, and its efficient use is key to ensuring operational sustainability. With increasing freshwater scarcity and stricter environmental regulations, developing solutions that optimize water consumption, treatment, and reuse is essential.

Moeve aims to implement cutting-edge technologies to minimize water waste, enhance treatment efficiency, and reduce the environmental footprint of industrial processes.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:

• Desalination and brine recovery: innovative methods to reduce freshwater consumption.

• Effluent treatment: technologies for wastewater reuse and environmental impact reduction.

• Consumption optimization: application of artificial intelligence to improve water use efficiency.

• Real-time monitoring: systems with sensors and digital tools for industrial water management.

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Assistive devices for employees with hearing impairments that convert alarm and warning signals into real-time visual or haptic notifications. Aiming to foster safer and more inclusive workplaces in factories and warehouses.

Why is this challenge key for Moeve?
Digital inclusion in the workplace is fundamental to ensuring accessibility and safety for all employees. People with hearing impairments face barriers in work environments where alert and communication signals are essential.

Moeve seeks solutions that improve accessibility and workplace inclusion through assistive devices that transform alarms and warnings into visual or haptic notifications, promoting safer and more accessible workspaces.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:

• Adapted alert systems: devices that convert sound signals into visual notifications or vibrations.

• Accessible work environments: technologies that enhance communication for employees with hearing impairments.

• Safety automation: integration of intelligent solutions in office and industrial environments.

• Monitoring & management platforms: digital tools to optimize the experience of employees with special needs.

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Development of artificial intelligence tools to simulate emission reduction scenarios and propose cost-effective and technically viable strategies to accelerate industrial decarbonization.

Why is this challenge key for Moeve?
Industrial decarbonization is a complex challenge that requires integrated and technically feasible strategies. Artificial intelligence enables the modeling of scenarios with structured components and multiple what-if analyses, allowing for seamless integration into client processes, optimization of decision-making, and acceleration of emission reductions in a cost-efficient manner.

Moeve is looking for AI-driven solutions capable of evaluating multiple variables through simulation and real-time analysis, identifying energy optimization opportunities, and recommending the most effective solution both economically and environmentally. These solutions will support informed decision-making and enhance the efficiency of the decarbonization process.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, including:

• Scenario Modeling and Process Optimization: AI-powered simulations to develop strategies and optimize processes for emissions reduction.

• Predictive Analytics: Real-time data analysis to assess the impact of different decarbonization strategies.

• ESG Policy Integration: Tools that align decarbonization strategies with regulatory frameworks and corporate sustainability goals.

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Technological applications to analyze customer behaviour at service stations, anticipate their needs, and personalize their experience. This includes customer segmentation, usage pattern prediction, and real-time personalized recommendations. The objective is to enhance customer loyalty and satisfaction by offering personalized services and tailored promotions.

Why is this challenge key for Moeve?
Traditional service stations are evolving towards more personalized and digital models. The integration of new technologies allows optimizing user experience, improving operational efficiency, and diversifying offered services.

Moeve is exploring innovations that allow for the personalization of service stations, tailoring products and services to individual customer needs through digital solutions and smart automation.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:

• Personalized experience: integration of data analytics and artificial intelligence to personalize services at stations.

• Automation and self-service: systems that optimize operational efficiency and reduce wait times.

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Integrated technological solutions to optimize sustainable mobility, including new technologies for electric mobility, smart charging solutions, autonomous transportation, and mobility management platforms to optimize resource usage.

Why is this challenge key for Moeve?
Sustainable mobility is a fundamental pillar of Moeve’s decarbonization strategy. Transitioning to a more efficient and eco-friendly transportation model necessitates advanced technologies to reduce emissions, enhance energy efficiency, and optimize mobility infrastructure.

This challenge aims to accelerate the adoption of technological mobility solutions that facilitate the integration of electric vehicles, automation in transportation, and the digitalization of fleet management. This will position Moeve as a leader in sustainable mobility.

What are we looking for?
Moeve seeks innovative solutions to address this challenge, exploring options such as:

• Charging infrastructure: ultra-fast charging stations, wireless and bidirectional (V2G) charging solutions to optimize energy efficiency.

• Mobility management platforms: digital solutions to optimize logistics, reduce downtime, and improve fleet management efficiency.

• Sustainable business models: innovative strategies that drive the adoption of sustainable mobility in key sectors.

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