TechVision50 is guide to the 50 greatest opportunities in Advanced Technologies and Materials at the mid-point of 2024. This analysis provides a spotlight on the significant untapped potential within next-generation technologies and materials. In the rapidly changing market landscape of 2024, where technological and materials advancements are massively impacting all sectors, it is essential to identify, invest in, and leverage these opportunities to maintain market progress and ensure sustainable growth. TechVision 50 is a comprehensive market report that delves into the cutting-edge innovations poised to revolutionize industries and society. It provides in-depth analysis of each technology's current state, market potential, key players, and projected impact across various sectors.
The report offers valuable insights for investors, policymakers, and industry leaders, highlighting potential disruptions, opportunities, and challenges. With expert commentary, easily-digested analysis and data-driven forecasts, TechVision 50 serves as an essential guide for navigating the rapidly evolving landscape of transformative technologies and materials.
Why is it important?
- Climate change mitigation: DACCS can help reduce atmospheric CO2 levels, which is crucial in the fight against climate change.
- Achieving net-zero emissions: Many countries and organizations have set goals to achieve netzero emissions by mid-century. DACCS can play a significant role in offsetting emissions from hardto-abate sectors, such as aviation and agriculture. Complementing other carbon reduction strategies: DACCS can work alongside other efforts, such as renewable energy adoption and energy efficiency improvements, to reduce overall greenhouse gas emissions.
- Providing a long-term solution: Unlike some other carbon capture methods, DACCS can remove CO2 that has already been emitted, making it a valuable tool for addressing the cumulative effects of past emissions.
What industries will it impact?
- Energy sector: DACCS can be integrated with power plants, allowing them to capture and store CO2 emissions, thereby reducing their carbon footprint.
- Oil and gas industry: Some oil and gas companies are investing in DACCS to offset their emissions and potentially use captured CO2 for enhanced oil recovery (EOR).
- Manufacturing and industrial processes: Industries with high CO2 emissions, such as cement and steel production, can benefit from DACCS to reduce their environmental impact.
- Transportation: DACCS can help offset emissions from the transportation sector, particularly in areas where electrification is challenging, such as aviation and long-distance shipping.
- Agriculture and forestry: DACCS can complement land-based carbon sequestration efforts, such as afforestation and reforestation, to maximize CO2 removal from the atmosphere.
- Carbon markets and trading: As carbon pricing and emissions trading systems develop, DACCS projects can generate carbon credits, creating new opportunities for investment and revenue generation.
- Waste management: Captured CO2 can be utilized in various applications, such as the production of synthetic fuels, plastics, and other materials, potentially creating new opportunities in the waste management sector.
Table of Contents
- Direct Air Carbon Capture and Storage (DACCS)- Technology, Markets and Market Players
- Personalized Medicine - Technologies, Markets and Market Players
- Bio-based Energetics - Materials, Markets and Market Players
- Humanoid Robots - Technologies, Markets and Market Players
- Sodium-ion Batteries - Materials, Markets and Market Players
- Quantum Sensors - Technologies, Markets and Market Players
- MicroLED Displays - Technologies, Markets and Market Players
- Brain-computer interfaces - Technologies, Markets and Market Players
- Gridscale Wireless Energy Transmission and Charging - Technologies, Markets and Market Players
- Quantum Computing - Technologies, Markets and Market Players
- Industrial Metaverse - Technologies, Markets and Market Players
- Post-quantum Cryptography - Technologies, Markets and Market Players
- Quantum Dot short-wave infrared (SWIR) Sensing in AI and Machine vision - Technologies, Markets and Market Players
- Biologically Inspired AI - Technologies, Markets and Market Players
- 4D printing - Materials, Markets and Market Players
- Metamaterials - Materials, Markets and Market Players
- AI Chips - Technologies, Markets and Market Players
- Hyperspectral Imaging - Technologies, Markets and Market Players
- Millimetre wave and Terahertz Technologies - Technologies, Markets and Market Players
- Green Hydrogen - Technologies, Markets and Market Players
- Biomanufacturing - Materials, Markets and Market Players
- Biocatalysts - Materials, Markets and Market Players
- Soft Robotics - Technologies, Markets and Market Players
- Shape Memory Materials - Materials, Markets and Market Players
- Materials Informatics - Technologies, Markets and Market Players
- Transparent Electronics - Technologies, Markets and Market Players
- Regenerative Agriculture - Technologies, Markets and Market Players
- Bioprinting - Technologies, Markets and Market Players
- RNA Therapeutics - Technologies, Markets and Market Players
- Neuromorphic Computing - Technologies, Markets and Market Players
- Conductive Carbon Nanomaterials - Materials, Markets and Market Players
- Liquid Metal Alloys - Materials, Markets and Market Players
- Advanced Ceramics - Materials, Markets and Market Players
- Mycelium Composites - Materials, Markets and Market Players
- Self-Healing Materials - Materials, Markets and Market Players
- Transparent Solar Panels - Technologies, Markets and Market Players
- Chemical Recycling - Technologies, Markets and Market Players
- Photonic Integrated Circuits (PICs) - Technologies, Markets and Market Players
- Carbon Removal Concrete - Technologies, Markets and Market Players
- Edible Coatings - Materials, Markets and Market Players
- Metal-Organic Frameworks (MOFs) - Materials, Markets and Market Players
- Bio-based and Degradable Batteries - Technologies, Markets and Market Players
- Synthetic Biology - Technologies, Markets and Market Players
- Generative Biology - Technologies, Markets and Market Players
- Quantum Batteries - Technologies, Markets and Market Players
- Agrivoltaics - Technologies, Markets and Market Players
- Wearable Energy Harvesting - Technologies, Markets and Market Players
- Perovskite Materials - Materials, Markets and Market Players
- Antibody-drug conjugates (ADCs) - Technologies, Markets and Market Players
- Heat Batteries - Technologies, Markets and Market Players
List of Tables and Figures
Figure 1: DAC fans.
Table 1. Market players in DACCS.
Table 2. Market players in Personalized Medicine.
Figure 2. RAISE-A1 Robot.
Table 3. Market players in Humanoid Robots.
Figure 3. HiNa Battery pack for EV.
Figure 4. Kite Rise’s A-sample sodium-ion battery module.
Table 4. Market players in Sodium-ion Batteries.
Figure 5. NIST's compact optical clock.
Figure 6: Q.ANT quantum particle sensor.
Table 5. Market players in Quantum Sensors.
Figure 7. Blue GaN MicroLED arrays.
Table 6. Market players in MicroLED Displays.
Figure 8. Graphene-based, high-resolution cortical brain interface.
Table 7. Market players in Brain-Computer Interfaces.
Figure 9. Wireless charging for electric vehicles.
Table 8. Market players in Gridscale Wireless Energy Transmission and Charging.
Figure 10. Oxford Quantum Circuits Quantum Computer.
Table 9. Market players in Gridscale Wireless Energy Transmission and Charging.
Table 10. Market players in The Industrial Metaverse.
Table 11. Market players in Post-Quantum Cryptography.
Figure 11. Quantum Dot SWIT Camera.
Table 12. Market players in Quantum Dot SWIR Sensing.
Table 13. Market players in Biologically Inspired AI.
Table 14. Market players in 4D Printing.
Table 15. Market players in Metamaterials.
Figure 12. Nvidia H200 AI Chip.
Table 16. Market players in AI Chips.
Figure 13. Hyperspectral satellite imaging.
Table 17. Market players in hyperspectral imaging.
Table 18. Market players in Millimetre Wave and Terahertz Technologies.
Figure 14. PESA hydrogen-powered shunting locomotive.
Table 19. Market players in Green Hydrogen.
Table 20. Market players in Biomanufacturing.
Table 21. Market players in Biocatalysts.
Figure 15. Soft Robotics pliable grippers.
Table 22. Market players in Soft Robotics.
Figure 16. Shape Memory Alloy.
Table 23. Market players in Shape Memory Materials Technology.
Table 24. Market players in Materials Informatics.
Figure 17. Samsung Transparent MicroLED display.
Table 25. Market players in Transparent Electronics.
Table 26. Market players in Regenerative agriculture.
Table 27. Market players in Bioprinting.
Table 28. Market players in RNA-based therapeutics.
Figure 18. Intel Loihi 2 Chip.
Table 29. Market players in Neuromorphic Computing.
Figure 19. High-dispersion carbon nanotube masterbatches.
Table 30. Market players in Conductive Carbon Nanomaterials.
Table 31. Market players in Liquid Metals.
Table 32. Market players in Advanced Ceramics.
Figure 20. Mycelium-Based Composites on Knitted Textiles for Large-Scale Biodegradable Architectural Structures.
Table 33. Market players in Mycelium composites.
Figure 21. Self-healing watch.
Table 34. Market players in Self-Healing Materials.
Figure 22. ClearPower solar window panel.
Table 35. Market players in Transparent Solar Panels.
Table 36. Market players in Advanced Chemical Recycling.
Table 37. Market players in Photonic Integrated Circuits.
Figure 23. Carbicrete products.
Table 38. Market players in Carbon Removal Concrete.
Table 39. Market players in Edible Films and Coatings.
Figure 24. NuMat’s ION-X cylinders.
Table 40. Market players in Metal-Organic Frameworks (MOFs).
Figure 25: Lignin-based Biobatteries.
Table 41. Market players in Bio-based and Degradable Batteries.
Table 42. Market players in Synthetic Biology.
Table 43. Market players in Generative Biology.
Table 44. Market players in Quantum Batteries.
Table 45. Market players in Agrivoltaics.
Table 46. Market players in Wearable Energy Harvesting.
Table 47. Market players in Perovskite Materials.
Table 48. Market players in Antibody-drug Conjugates.
Table 49. Market players in Heat Batteries.
Figure 26. Perovskite quantum dots under UV light.
Figure 27. Sunamp Heat Batteries
Samples
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