#sustainable-technology

#sustainable-technology

EcoDataCenter raised $478 million to enhance sustainable data center technologies due to increasing demand for AI traffic.

Seedable Studio launched with a focus on developing sustainable digital products, supported by £100,000 in seed funding.

High-profile investors are increasingly focused on carbon dioxide removal technologies as a profitable solution to combat climate change.

Seaya closes Southern Europe's first climate-tech fund Seaya Andromeda at €300M, aiming to invest in 25 climate-focused companies by 2027.

California's electric vehicle sales surged in the first quarter of 2024, showing strong growth and disproving critics' predictions of a downward trend.

Everrati upgrades Porsche 911 (964) with electric powertrain while preserving its classic design, enhancing performance and introducing a unique Viper Green exterior.

DartSolar offers a solar array that adds range to any EV, generating up to 20 miles per day through solar energy.

3ti's Papilio3 charging station can be quickly installed, enhancing accessibility for EV drivers with its solar capabilities.

President Marcos Jr. seeks to encourage Tesla to establish a gigafactory in the Philippines, highlighting the nation's potential for sustainable technology.

Re/Cell provides Tesla Roadster battery replacements that enhance performance and reduce weight, offering an estimated range of over 210 miles.

Saudi Arabia plans to host FIFA World Cup 2034 with 15 advanced stadiums spread across five host cities, showcasing innovative, sustainable, and technologically advanced designs.

TechCrunch Disrupt 2024 highlights innovative strategies for startups tackling climate change in competition with established tech giants.

Experts will discuss how to leverage weaknesses in legacy industries to build competitive advantages.

A southern French département will launch the world's first 'air-to-water' plant in 2026 to address water scarcity.

LIQUIDLOOP aims to revolutionize energy through innovative hardware for sustainable chemical technologies, focusing on CO2 transformation and capture.

Google partners with Kairos Power to use small nuclear reactors for AI data centre energy, addressing clean energy needs.

Tech giants like Microsoft and Google are turning to nuclear energy to sustainably meet the growing power demands of AI.

Google's partnership with Kairos Power marks a significant step in harnessing small nuclear reactors for AI-powered data centers.

Nuclear energy is becoming a focal point for major tech companies seeking sustainable electricity sources.

Google is partnering with Kairos Power to use small nuclear reactors for clean energy in its data centers by 2030.

Big Tech is exploring small modular reactors (SMRs) for sustainable AI energy solutions, despite uncertainties regarding their effectiveness and power generation capacity.

TerraPower partners with Sabey Data Centers to advance nuclear energy for AI data centers, addressing energy demands and climate concerns.

Västerås uses innovative heat battery technology to provide efficient district heating through a co-generation power plant.

Zemission's technology enables electric trucks to operate efficiently in cold weather, extending their range and reducing the need for larger batteries.

Tech companies are shifting to more efficient cooling methods, like liquid cooling, to manage surging power demands in data centers.

Nexalus's cooling system increases efficiency and has the potential to repurpose waste heat.

Recent innovations in home heating technology enhance comfort, energy efficiency, and environmental sustainability.

Princess Anne's visit to UCL showcased innovations in AI, robotics, and sustainable technologies, highlighting the university's contributions to various fields.

Underwater data centers like Subsea Cloud are emerging as sustainable solutions for high computational demands, despite concerns about environmental impact.

Tesla's Megapacks have launched the Netherlands' first four-hour, grid-scale battery system, enhancing grid stability and consumer costs.

Mine Storage is enhancing grid stability and resilience with a €22M EU Innovation Fund grant for renewable energy integration.

Companies are shifting from lithium batteries to molten-salt batteries for industrial energy storage solutions.

Solar generators capture and store solar energy, providing a sustainable energy solution for users.

Wind power is a viable alternative to solar power in environments with limited sunlight, such as the UK.

Portable wind turbines like the Shine Turbine offer a viable energy source when solar power is insufficient, especially in cloudy climates.

Wind power offers a viable alternative to solar energy, especially in regions where sunlight is limited.

The Shine 2.0 generator provides portable power from wind, offering a reliable, sustainable energy source for outdoor adventures, irrespective of sunlight.

The VTOMAN FLASHSPEED PRO 3600 is a powerful and portable energy solution designed for outdoor enthusiasts, ensuring connectivity and convenience on adventures.

Starpath Robotics has raised $12 million to develop lunar ice mining for rocket propellant, enabling spacecraft refueling for future missions.

The first wooden satellite has been deployed to explore sustainable space materials.

Radical optimism is essential for progress through innovation in addressing global challenges.

Aeromine's bladeless wind energy technology efficiently captures wind to generate power, providing a complementary solution to solar energy.

Biome Renewables has developed an owl-inspired design to reduce wind turbine noise, addressing a major barrier to wind farm placement and operation.

Materials science plays a key role in addressing environmental challenges and advancing healthcare technologies.

A self-building sponge efficiently collects gold from e-waste, offering a greener alternative to harsh processing methods.

The sponge's design integrates graphene and chitosan for effective gold ion absorption.

Innovative bricks could replace fossil fuels in industries reliant on heat, providing a potentially sustainable solution for high-temperature processes.

CarbonX has secured an additional €4M funding to enhance sustainable battery anode development, aiming to reduce dependency on graphite sourced from China.

Next-generation geothermal energy is emerging as a viable low-carbon energy source, backed by significant investments from major tech companies.

Ayrton Energy innovates non-toxic, room temperature liquid organic hydrogen carriers to enhance hydrogen transport and storage significantly.

Brineworks secures $2.2M funding to advance sustainable seawater electrolysis technology, aiming to revolutionize CO2 capture and e-fuels production.

Brineworks is innovatively capturing carbon from seawater, offering a more efficient and sustainable alternative to direct air capture methods.

Again raises $43mn funding round led by Google Ventures and HV Capital, aims to turn waste CO₂ into commercial-grade compounds, with potential to cut greenhouse gas emissions by up to 80%.

Neustark raised $69mn, capturing waste CO2 to create carbon-storing concrete for roads and buildings, expanding globally.

FluoRok secured £7.7M in funding to expand production of fluorochemicals critical for lithium-ion batteries.

Q Energy is advancing floating solar technology in Europe with the largest farm set to supply energy for 37,000 people.

Meta is investing in geothermal energy to develop emissions-free power for its data centers, highlighting a commitment to clean energy initiatives.