NOAB Ventures

Vertus Energy is a climate tech startup focused on transforming waste into green energy. The company has developed BRIO™ technology, which enhances the production of biofuel from waste materials. This innovative system is designed to produce 60% more energy from the same volume of waste compared to existing technologies, while also handling three times more waste. Utilizing anaerobic digesters and carbon sequestration and conversion methods, Vertus Energy aims to provide a solution for de-fossilizing heavily polluting industries, making the transition to sustainable energy more practical and cost-effective. Through its advancements, Vertus Energy contributes to the urgent global effort to combat climate change.

UNIGRID develops sustainable and affordable sodium-based batteries using abundant materials. They aim to put a battery into every home, the grid, and other distributed energy storage applications. They use dense Na-alloy and a non-flammable electrolyte, which led to high energy density and improved safety.

Relectrify specializes in advanced battery control solutions that enhance the longevity and cost-effectiveness of battery storage systems. The company’s technology includes cell-level battery management and inverter systems, which are applicable to various energy storage applications, including residential, industrial, and grid-based solutions. By utilizing both second-life and new batteries, Relectrify aims to make energy storage more affordable and sustainable. Their offerings encompass hardware electronics that manage power flows within battery packs, embedded software algorithms that optimize the operation of this hardware, and data analytics for performance monitoring. Through these innovations, Relectrify supports industries in achieving optimal battery performance and lifespan.

HydGene Renewables is a company focused on promoting the adoption of low-carbon technology through the provision of green hydrogen solutions. It specializes in renewable hydrogen energy, offering innovative technology for generating renewable energy and producing hydrogen in remote locations. By converting biomass waste into green hydrogen on-site and on-demand using an engineered biocatalyst, HydGene enables clients to access biomass-derived renewable hydrogen energy at a competitive cost. This approach supports sustainable energy practices while addressing the growing demand for environmentally friendly energy sources.

Sicona Battery Technologies specializes in advanced battery technology focused on the anodes of lithium-ion batteries, which are essential for electric mobility and renewable energy storage. The company is commercializing a unique silicon-composite anode technology that has been developed over a decade at the Australian Institute for Innovative Materials. This innovative approach offers significant advantages, including up to 233% higher capacity than traditional graphite anodes and a 50% to 75% increase in cell energy density compared to existing lithium-ion batteries. By utilizing silicon metal, Sicona's technology enhances energy density and reduces overall energy storage costs, facilitating faster charging rates for all-electric vehicles and making significant strides in the battery materials market.

Digital Agriculture Services (DAS) specializes in leveraging machine learning and artificial intelligence to create innovative solutions for assessing and monitoring rural assets. Established in 2017 in collaboration with the Commonwealth Scientific and Industrial Research Organisation, DAS offers a cloud-based rural intelligence platform that delivers comprehensive and reliable data analytics. This platform provides extensive coverage of Australian rural properties, utilizing scientifically validated data and insights to offer geographic coverage, automatic guidance based on evidence, production forecasting, and benchmarking. Additionally, DAS shares exclusive agricultural insights developed by leading scientists, empowering clients to effectively predict and manage their agricultural investments and commerce.

Relectrify specializes in advanced battery control solutions that enhance the longevity and cost-effectiveness of battery storage systems. The company’s technology includes cell-level battery management and inverter systems, which are applicable to various energy storage applications, including residential, industrial, and grid-based solutions. By utilizing both second-life and new batteries, Relectrify aims to make energy storage more affordable and sustainable. Their offerings encompass hardware electronics that manage power flows within battery packs, embedded software algorithms that optimize the operation of this hardware, and data analytics for performance monitoring. Through these innovations, Relectrify supports industries in achieving optimal battery performance and lifespan.

ULUU is a manufacturer of innovative materials derived from seaweed, aimed at providing a sustainable alternative to traditional plastics. The company produces a carbon-negative and home compostable polymer that addresses global pollution issues while serving various applications, including packaging, consumer electronics, furniture, textiles, and automotive interiors. ULUU's products are lightweight, waterproof, and biocompatible, making them suitable for diverse uses such as films, foams, coatings, and 3D printing filaments. By leveraging seaweed as a resource, ULUU enables customers to decrease their dependence on conventional plastics and actively participate in fostering a more sustainable future.

Kite Magnetics is a manufacturer specializing in electric aviation motors and technology aimed at promoting emissions-free flight. The company focuses on the development of advanced electric propulsion systems, utilizing innovative nanocrystalline magnetic materials combined with cutting-edge manufacturing techniques. By producing high-performance electric motors and generators, Kite Magnetics enhances the efficiency and reliability of electric aircraft, enabling them to achieve greater ranges and higher payload capacities. Their offerings also encompass a range of applications in aerospace, including drones and climate technology, contributing to the advancement of sustainable aviation solutions.

Vertus Energy is a climate tech startup focused on transforming waste into green energy. The company has developed BRIO™ technology, which enhances the production of biofuel from waste materials. This innovative system is designed to produce 60% more energy from the same volume of waste compared to existing technologies, while also handling three times more waste. Utilizing anaerobic digesters and carbon sequestration and conversion methods, Vertus Energy aims to provide a solution for de-fossilizing heavily polluting industries, making the transition to sustainable energy more practical and cost-effective. Through its advancements, Vertus Energy contributes to the urgent global effort to combat climate change.

Novalith Technologies is a climate technology company focused on developing innovative methods for lithium extraction and refining. Its proprietary LiCALTM lithium extraction technology utilizes carbon dioxide to streamline the production of lithium chemicals, significantly minimizing the need for equipment, chemical reagents, water, and energy compared to traditional methods. This approach not only lowers capital and production costs but also results in a considerably reduced emissions footprint. By directly using and sequestering CO2 in the production process, Novalith aims to provide a sustainable solution that enhances both the economic and environmental aspects of lithium production, contributing to improvements in the global battery supply chain.

Bloom Impact Investing is a financial software application that facilitates impact investing for retail investors. The platform provides users with access to a curated portfolio of publicly listed companies and assets that are scientifically proven to reduce carbon emissions. By simplifying the investment process, Bloom Impact Investing enables individuals to make informed choices that align with their financial goals and environmental values. The application aims to create a positive climate impact while also allowing investors to generate financial returns.

Relectrify specializes in advanced battery control solutions that enhance the longevity and cost-effectiveness of battery storage systems. The company’s technology includes cell-level battery management and inverter systems, which are applicable to various energy storage applications, including residential, industrial, and grid-based solutions. By utilizing both second-life and new batteries, Relectrify aims to make energy storage more affordable and sustainable. Their offerings encompass hardware electronics that manage power flows within battery packs, embedded software algorithms that optimize the operation of this hardware, and data analytics for performance monitoring. Through these innovations, Relectrify supports industries in achieving optimal battery performance and lifespan.

Allume Energy is a renewable technology company focused on enabling rooftop solar energy access for multifamily housing and apartments. The company has developed the SolShare, the first hardware solution that allows a single rooftop solar installation to be utilized by multiple residents within the same building. This innovative technology is designed to respond to demand, maximizing benefits for residents while minimizing excess solar energy exports to the grid. Allume Energy's system facilitates the sharing of solar power among residents in multi-metered buildings, capitalizing on varying usage patterns to provide equitable access to clean energy, economic savings, and a reduction in carbon footprints. The company has successfully installed its SolShare technology in Australia, the United States, and the United Kingdom.

Edapt Education operates an educational information platform designed to enhance teaching and learning through data utilization. The company collaborates closely with schools throughout the implementation process, ensuring that both educators and students can effectively leverage data. Its platform features a comprehensive data dashboard that consolidates student information, allowing teachers to identify connections, patterns, and risk markers. This functionality enables educators to monitor student progress and address potential issues, ultimately supporting the goal of improving overall student knowledge and performance.