Showing 1 to 11 of 11 results
Sustainable Innovations Using Castor Oil: From Toothbrushes to Tights
London-based SURI and UK-based SNAG are using castor oil to create sustainable and high-performing products, such as electric toothbrushes and tights, highlighting a shift towards renewable resources and circular economy models.
Sustainable Innovations Using Castor Oil: From Toothbrushes to Tights
London-based SURI and UK-based SNAG are using castor oil to create sustainable and high-performing products, such as electric toothbrushes and tights, highlighting a shift towards renewable resources and circular economy models.
Progress
44% Bias Score
Self-Cooling Cement Offers Significant Energy Savings and Reduced CO2 Emissions
US and Chinese researchers created a self-cooling cement that stays 26°C cooler than traditional concrete under direct sunlight, potentially reducing building cooling energy needs by up to 60% and lowering CO2 emissions by nearly three tons per ton of cement used over a building's lifetime.
Self-Cooling Cement Offers Significant Energy Savings and Reduced CO2 Emissions
US and Chinese researchers created a self-cooling cement that stays 26°C cooler than traditional concrete under direct sunlight, potentially reducing building cooling energy needs by up to 60% and lowering CO2 emissions by nearly three tons per ton of cement used over a building's lifetime.
Progress
36% Bias Score
Italian Inventor Creates Eco-Friendly Composite Material From Recycled Carbon Fiber
Italian inventor Enrico Raimondo created Raimante, a sustainable composite material from recycled carbon fiber scraps, used to produce lightweight, eco-friendly products for various industries, including wine bottles and automotive parts, significantly reducing waste and environmental impact.
Italian Inventor Creates Eco-Friendly Composite Material From Recycled Carbon Fiber
Italian inventor Enrico Raimondo created Raimante, a sustainable composite material from recycled carbon fiber scraps, used to produce lightweight, eco-friendly products for various industries, including wine bottles and automotive parts, significantly reducing waste and environmental impact.
Progress
48% Bias Score
SuperWood: Revolutionizing Construction with Molecularly Modified Wood
InventWood will launch SuperWood, a molecularly modified wood ten times stronger than steel, in summer 2025, aiming to replace up to 80% of global steel use in construction and reduce CO2 emissions by 2 billion tons annually.
SuperWood: Revolutionizing Construction with Molecularly Modified Wood
InventWood will launch SuperWood, a molecularly modified wood ten times stronger than steel, in summer 2025, aiming to replace up to 80% of global steel use in construction and reduce CO2 emissions by 2 billion tons annually.
Progress
48% Bias Score
Asian Entrepreneurs Drive Manufacturing Innovation
Young entrepreneurs across Asia are launching innovative companies, including Ti5 Robot Technology creating humanoid robots, Digantara developing space safety monitoring, and KiwiFibre producing sustainable materials, fueled by significant funding and government support; these advancements mark a si...
Asian Entrepreneurs Drive Manufacturing Innovation
Young entrepreneurs across Asia are launching innovative companies, including Ti5 Robot Technology creating humanoid robots, Digantara developing space safety monitoring, and KiwiFibre producing sustainable materials, fueled by significant funding and government support; these advancements mark a si...
Progress
36% Bias Score
World's First Wooden Satellite Launched
A Japanese-developed wooden satellite, LignoSat, has launched to test the viability of wood in space, offering a sustainable solution to space debris.
World's First Wooden Satellite Launched
A Japanese-developed wooden satellite, LignoSat, has launched to test the viability of wood in space, offering a sustainable solution to space debris.
Progress
0% Bias Score
Policymakers Overlook Crucial "$370 Billion" Polyolefin Market in Clean Energy Transition
The "$370 billion" polyolefin market, crucial for clean energy infrastructure and various applications, is overlooked by policymakers, hindering the clean energy transition and circular economy goals.
Policymakers Overlook Crucial "$370 Billion" Polyolefin Market in Clean Energy Transition
The "$370 billion" polyolefin market, crucial for clean energy infrastructure and various applications, is overlooked by policymakers, hindering the clean energy transition and circular economy goals.
Progress
52% Bias Score
Self-Driving Revolution: GM Design Chief Predicts Fundamental Shift in Auto Industry
General Motors' new design chief Brian Nesbitt announced a fundamental shift in the auto industry due to self-driving technology, impacting not only driving but also lifestyles, comparable to the transition from horse-drawn carriages to cars in the early 20th century; Chevrolet revealed a Corvette C...
Self-Driving Revolution: GM Design Chief Predicts Fundamental Shift in Auto Industry
General Motors' new design chief Brian Nesbitt announced a fundamental shift in the auto industry due to self-driving technology, impacting not only driving but also lifestyles, comparable to the transition from horse-drawn carriages to cars in the early 20th century; Chevrolet revealed a Corvette C...
Progress
48% Bias Score
New Biodegradable Plastic Dissolves in Seawater Within Hours
Japanese researchers have created a new plastic dissolving in seawater within hours, offering a potential solution to the growing ocean pollution crisis projected to triple by 2040, adding 23-37 million tons of waste annually.
New Biodegradable Plastic Dissolves in Seawater Within Hours
Japanese researchers have created a new plastic dissolving in seawater within hours, offering a potential solution to the growing ocean pollution crisis projected to triple by 2040, adding 23-37 million tons of waste annually.
Progress
32% Bias Score
Delhi's 1600-Year-Old Iron Pillar: A Testament to Ancient Metallurgical Prowess
A 5th-century, 7.2-meter, six-ton iron pillar in Delhi's Qutb Minar complex defies corrosion due to its high phosphorus content, lack of sulfur and magnesium, and ancient forge-welding techniques, showcasing advanced ancient metallurgical practices.
Delhi's 1600-Year-Old Iron Pillar: A Testament to Ancient Metallurgical Prowess
A 5th-century, 7.2-meter, six-ton iron pillar in Delhi's Qutb Minar complex defies corrosion due to its high phosphorus content, lack of sulfur and magnesium, and ancient forge-welding techniques, showcasing advanced ancient metallurgical practices.
Progress
32% Bias Score
Chitosan Biocomposites: A Sustainable Solution for Building and Electronics
Scientists have created chitosan-flax biocomposites as a sustainable alternative to traditional building materials, reducing CO2 emissions and waste; chitosan's application in passive cooling and metal composites shows promise for energy-efficient buildings and sustainable electronics.
Chitosan Biocomposites: A Sustainable Solution for Building and Electronics
Scientists have created chitosan-flax biocomposites as a sustainable alternative to traditional building materials, reducing CO2 emissions and waste; chitosan's application in passive cooling and metal composites shows promise for energy-efficient buildings and sustainable electronics.
Progress
48% Bias Score
Showing 1 to 11 of 11 results