Comparing Aquifers and Enhanced Oil Recovery for large-scale carbon sequestration

Leave a Comment / Oil & Gas, Synthetic Biology, technology / By WhatNext

Aquifers vs. Enhanced Oil Recovery Various industries such as cement and steel production, hydrogen production from fossil fuels, waste incineration, and power generation utilize on-site carbon capture and storage in Enhanced Oil Recovery (EOR). This process involves intercepting the carbon dioxide before it is released into the atmosphere. The process involves compressing carbon dioxide to …

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Dynamic route scheduling for vehicle-based GPS navigation

Leave a Comment / FEATURED INSIGHTS, Synthetic Biology, technology / By WhatNext

Advancements in Robust Routing Algorithms for Vehicle Navigation Dynamic route scheduling – Rapid transportation and swift logistics have been on the rise with improved road connectivity and network availability in the most remote locations imaginable. In order to bridge this gap between the latest advancements and the growing need of more accurate navigation systems, …

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Fuel management systems for licensed fleets using real time telematics

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Fuel Management System: Optimizing Efficiency and Ensuring Accountability The fuel management system is a technology-driven solution that aims to manage and monitor fuel consumption of a vehicle or an entire fleet of vehicles. It collects fuel-related data like fuel consumption, inventory, and purchase history from all vehicles in the fleet and uses telematics and analytics-based …

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AI-based robots for maintenance tasks in vehicle manufacturing plants

Leave a Comment / Electric Vehicles, RECOMMENDED, Synthetic Biology, technology / By WhatNext

AI-Based Robots Revolutionizing Vehicle Manufacturing and Maintenance Artificial intelligence has come a long way in the past few decades, and one of the most impressive areas of advancement has been in the field of robotics. Smarter than ever before, AI-based robots are revolutionizing vehicle manufacturing plants. As the adoption of AI in autonomous operations rises, …

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Biometric Tracking for Driver Monitoring

Leave a Comment / Autonomous Vechicles, Smart Technology, Synthetic Biology / By WhatNext

Driver Monitoring: Enhancing Safety with Comprehensive Monitoring and AI Driver Monitoring: According to the National Highway Traffic Safety Administration in the United States, human error is the cause for 94% of serious accidents. Furthermore, according to the association for safe international road travel, approximately 1.3 million people die in road crashes each year. Accidents represent …

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Cybersecurity in the MaaS Ecosystem

Leave a Comment / Automotive, RECOMMENDED, Synthetic Biology / By WhatNext

The Transformation of the Automotive Sector Cybersecurity in the MaaS Ecosystem: The automotive sector is going through an unprecedented radical transformation involving digitalisation, the Internet of Things (IoT), urbanisation, and autonomous technology. These technological trends are completely disrupting business models and reshaping this sector. There are currently three interconnected processes: 1.) New servicing options are …

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AI-based wind power forecasting and its impact on maintenance scheduling optimization

Leave a Comment / AI, PERSPECTIVE, Renewable Energy, Synthetic Biology / By WhatNext

Wind Power Forecasting As the world shifts towards renewable energy sources, wind power has emerged as a leading player in the race to reduce our reliance on fossil fuels. With the global wind power capacity reaching 664 gigawatts (GW) in 2020, the wind industry has seen unprecedented growth in the last few decades. Wind turbines …

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A Comparison of Solar Roadways to Conventional Asphalt Roads

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Solar Roadways to Conventional Asphalt Roads – Air pollution, which experts consider one of the most significant environmental health risks, causes approximately 4.2 million deaths worldwide each year due to serious illnesses. Mobility and transportation, particularly vehicles on the road, contribute significantly to these statistics by accounting for 8 million metric tonnes of CO2 emissions …

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Proton reduction for hydrogen production in artificial photosynthesis

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Hydrogen production in artificial photosynthesis In recent years, many studies have reported various heterogeneous and homogeneous molecular systems for hydrogen evolution based on transition metal complexes. Many of these systems that sometimes exhibit high turnover (TON) and efficiency for hydrogen production only operate in organic or aqueous-organic media (5-50% H2O). Moreover, molecular systems working in pure …

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Biological Conversion Processes - WhatNext

Suitable biological conversion processes of biomass in a circular economy

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Suitable biological conversion processes of biomass in a circular economy Biomass must be processed to be used as chemicals, energy, or materials. There are several conversion and separation technologies available. Microorganisms or enzyme-related activities carry out the biological conversion processes. The most important recognised biological conversion process mechanisms are covered in this article. Fermentation …

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