HAX
HAX is a venture capital program that accelerates hardware startups through an intensive support system, operating primarily in Shenzhen and San Francisco. Founders begin their journey in Shenzhen, focusing on rapid prototyping and the development of various aspects of their business, including marketing strategies and business plans. Once they refine their products, teams transition to San Francisco, where the emphasis shifts to business development, fundraising, and establishing connections with corporates, investors, and media. HAX also offers specialized programs like HAX Growth, a seven-week bootcamp for launching B2C and B2B hardware startups, and HAX Boost, which helps selected teams enhance their sales and marketing strategies over six weeks. Founded in 2012, HAX is part of SOSV and targets technology companies that aim to create meaningful advancements in sustainability, industrial automation, and human health. The program continues to support startups beyond the initial phases, providing resources and guidance as they grow.
XFuel produces sustainable and net-zero road, marine and aviation drop-in fuels for distributors and consumers. The company was founded in 2010 and is based in Palma de Mallorca, Baleares. XFuel has developed technology for sustainable and cost-effective conversion of biomass waste into a clean and drop-in advanced fuel for the transport sector. Fuel is produced efficiently, at low-cost and with currently up to 90% fewer GHGs than traditional fossil fuel production, with a clear route to achieving carbon negative fuels.
XFuel produces sustainable and net-zero road, marine and aviation drop-in fuels for distributors and consumers. The company was founded in 2010 and is based in Palma de Mallorca, Baleares. XFuel has developed technology for sustainable and cost-effective conversion of biomass waste into a clean and drop-in advanced fuel for the transport sector. Fuel is produced efficiently, at low-cost and with currently up to 90% fewer GHGs than traditional fossil fuel production, with a clear route to achieving carbon negative fuels.
DiviGas Pte. Ltd., founded in 2019 and based in Singapore, specializes in the development of advanced industrial membranes for various sectors, including refineries, chemical processing, and industrial applications. The company's flagship product, the DIVI-H Membrane, is a hydrogen separation nano-molecular membrane designed to efficiently purify hydrogen from diverse feedstock compositions. This technology finds utility in a wide range of processes, such as hot caprolactam recovery, coal gasification, and ammonia off-gas systems. DiviGas serves multiple industries, including petrochemicals, ammonia and methanol production, metallurgical processes, and power-to-gas systems, offering innovative solutions to enhance operational efficiency and sustainability in these fields.
DiviGas Pte. Ltd., founded in 2019 and based in Singapore, specializes in the development of advanced industrial membranes for various sectors, including refineries, chemical processing, and industrial applications. The company's flagship product, the DIVI-H Membrane, is a hydrogen separation nano-molecular membrane designed to efficiently purify hydrogen from diverse feedstock compositions. This technology finds utility in a wide range of processes, such as hot caprolactam recovery, coal gasification, and ammonia off-gas systems. DiviGas serves multiple industries, including petrochemicals, ammonia and methanol production, metallurgical processes, and power-to-gas systems, offering innovative solutions to enhance operational efficiency and sustainability in these fields.
DiviGas Pte. Ltd., founded in 2019 and based in Singapore, specializes in the development of advanced industrial membranes for various sectors, including refineries, chemical processing, and industrial applications. The company's flagship product, the DIVI-H Membrane, is a hydrogen separation nano-molecular membrane designed to efficiently purify hydrogen from diverse feedstock compositions. This technology finds utility in a wide range of processes, such as hot caprolactam recovery, coal gasification, and ammonia off-gas systems. DiviGas serves multiple industries, including petrochemicals, ammonia and methanol production, metallurgical processes, and power-to-gas systems, offering innovative solutions to enhance operational efficiency and sustainability in these fields.
DiviGas Pte. Ltd., founded in 2019 and based in Singapore, specializes in the development of advanced industrial membranes for various sectors, including refineries, chemical processing, and industrial applications. The company's flagship product, the DIVI-H Membrane, is a hydrogen separation nano-molecular membrane designed to efficiently purify hydrogen from diverse feedstock compositions. This technology finds utility in a wide range of processes, such as hot caprolactam recovery, coal gasification, and ammonia off-gas systems. DiviGas serves multiple industries, including petrochemicals, ammonia and methanol production, metallurgical processes, and power-to-gas systems, offering innovative solutions to enhance operational efficiency and sustainability in these fields.
Pulse Industrial is a California-based company specializing in the development of advanced monitoring technologies for industrial applications. The company focuses on creating sensors that provide a comprehensive overview of valves and steam traps in industrial plants, enabling predictive maintenance and failure alerts. Its flagship product is an artificial intelligence-powered steam trap monitoring device that utilizes vibration and acoustic analysis to detect steam leaks. By employing low power wide area communication, the device efficiently alerts maintenance personnel to potential issues, thereby enhancing safety and reducing fuel consumption in industrial settings. Through these innovations, Pulse Industrial aims to improve operational efficiency and reliability in steam generation processes.
Up to 15% of the world’s total energy is spent on industrial-scale chemical separations. This is economically and environmentally inefficient. SEPPURE is disrupting the energy-intensive chemical separation processes, such as distillation and evaporation, through the introduction of novel chemical-resistant nanofiltration membranes. SEPPURE’s sustainable process does not use heat, thus lowering global energy use, emissions, and pollution substantially.
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