Almi Invest GreenTech

Katam Technologies is a developer of a cloud-based application that offers high-accuracy three-dimensional measurements of standing forests, aimed at optimizing operations for forestry companies globally. By leveraging advanced image processing, artificial intelligence, and sensor technology, Katam provides a modern solution to traditional forest measurement methods that have relied on subjective manual techniques for decades. The Katam app and portal serve as standalone products, enabling small businesses and private forest owners to quickly and precisely assess their forests using smartphones. Through digitalization and reliable data, Katam enhances operational efficiency for its clients, supporting better planning and management in the forestry sector.

Modvion is a Swedish/ American Engineering and Industrial Design company developing modular designs in renewable engineered wood product materials to simplify and improve construction logistics. Their current area of focus is in wind tower technology. Modvion´s patented module technology enables significantly decreased cost, efficient transportation and streamlined installation of towers exceeding 120 m. Ultimately, this results in increased cost efficiency in the harvesting of wind resources.

Saveggy develops a bio-based edible vegan coating for fruit and vegetables eliminating plastic while keeping its protecting properties.

Zparq designs and manufactures marine electric propulsion products, specializing in compact and scalable direct-drive systems for propeller-driven watercraft. Their technology aims to enhance marine electric propulsion by minimizing underwater drag and reducing production costs, while also featuring fewer failure points. This innovative approach enables clients in both the leisure boat and commercial vessel sectors to access efficient electric motor solutions, promoting sustainability and performance in marine applications.

Bintel AB is a Swedish company founded in 2018, specializing in the development and marketing of innovative sensors for waste management. Their primary product is a digital waste-management platform that includes sensors mounted on household waste bins, which notify waste collectors when containers are full. This technology enhances the efficiency of waste collection by directly communicating with route planning tools used by waste trucks, helping municipalities, recycling companies, and real estate businesses optimize their collection routes and reduce operational costs. Based in Helsingborg, Bintel aims to improve waste management practices through its advanced sensor technology.

Modvion is a Swedish/ American Engineering and Industrial Design company developing modular designs in renewable engineered wood product materials to simplify and improve construction logistics. Their current area of focus is in wind tower technology. Modvion´s patented module technology enables significantly decreased cost, efficient transportation and streamlined installation of towers exceeding 120 m. Ultimately, this results in increased cost efficiency in the harvesting of wind resources.

EnginZyme AB is a biotechnology company based in Stockholm, Sweden, founded in 2014. The company specializes in biocatalysis and a cell-free synthetic biology platform to create sustainable alternatives to conventional materials such as plastics, nylons, and rubbers. EnginZyme's innovative approach focuses on biomanufacturing techniques that promote green chemistry across various industries, including pharmaceuticals, food, chemicals, flavors, and fragrances. By utilizing patented cell-free technology, EnginZyme aims to replace traditional fossil-based manufacturing, thus facilitating the shift toward environmentally friendly production methods. The company has gained recognition for its contributions to sustainability, being named a Global Cleantech 100 company and recognized as a Technology Pioneer by the World Economic Forum. EnginZyme is supported by a diverse group of investors, reflecting its potential impact on addressing climate change and promoting sustainable practices in manufacturing.

Ecohelix specializes in the production of innovative amphiphilic polymers derived from lignocellulosic side streams of the pulp industry. Utilizing a patented enzymatic process, the company transforms residual materials such as lignin and hemicellulose into high-performance, biodegradable polymers. Their flagship product, WOODMER®, serves as a sustainable alternative to conventional plastics and fossil-based materials, finding applications in packaging, adhesives, and paper chemicals. By harnessing underutilized raw materials, Ecohelix not only enhances the value of the pulp industry but also contributes to a more sustainable future by significantly reducing CO2 emissions and promoting environmentally friendly practices across various sectors, including packaging, construction, and cosmetics.

Cellfion provides sustainable materials for next level clean energy storage and conversion devices.​

Bower is a mobile application that offers a deposit solution for consumer packaging, aiming to minimize environmental waste by incentivizing recycling. By assigning a monetary value to various types of packaging, such as plastic bags and takeaway boxes, Bower encourages consumers to recycle through a pledge or deposit system. Utilizing innovative position-based scanning technology, users can easily scan packaging at designated recycling stations to receive a deposit directly to their mobile devices. This approach eliminates the need for costly reverse vending machines, as consumers can recycle at existing stations. Additionally, Bower fosters a direct relationship between consumer brands and their customers by allowing brands to take responsibility for their packaging, thereby enhancing recycling rates through financial incentives.

NitroCapt is a climate-tech company that creates green nitrogen fertilizers. NitroCapt invents a novel chemical process, SUNIFIX, for the production of climate-neutral nitrogen fertilizers in order to contribute to both agricultural sustainability and productivity. The company aims to transition into a decarbonized nitrogen fertilizer industry by using a business model that makes its customer more profitable than continuing to use fossil-based fertilizers.

GreenIron specializes in innovative, energy-efficient technologies aimed at the sustainable recycling of waste and residues from the metal, mining, and manufacturing sectors. The company's fossil-free mining technology is designed to eliminate carbon dioxide emissions, significantly reducing the climate footprint associated with the production of iron, steel, and non-ferrous metals. By enhancing productivity while lowering production costs, GreenIron enables businesses to adopt more sustainable practices and contribute to environmental preservation.

Graphmatech AB, founded in 2017 and based in Västerås, Sweden, specializes in the invention, development, and sale of innovative graphene-based nanocomposite materials. The company offers a range of products, including aros graphene thermal grease, aros graphene polymer 3D filament, aros graphene conductive ink, and aros graphene coated polymer powder. Graphmatech's materials leverage the exceptional electrical and thermal properties of graphene, providing high conductivity, lightweight characteristics, and enhanced durability. These attributes enable industries to create advanced products, contributing to the green transition by promoting the efficient use of materials. The company’s focus includes applications in the hydrogen economy and improved 3D printing technologies, offering solutions that utilize less material while achieving superior performance compared to traditional alternatives.

Katam Technologies is a developer of a cloud-based application that offers high-accuracy three-dimensional measurements of standing forests, aimed at optimizing operations for forestry companies globally. By leveraging advanced image processing, artificial intelligence, and sensor technology, Katam provides a modern solution to traditional forest measurement methods that have relied on subjective manual techniques for decades. The Katam app and portal serve as standalone products, enabling small businesses and private forest owners to quickly and precisely assess their forests using smartphones. Through digitalization and reliable data, Katam enhances operational efficiency for its clients, supporting better planning and management in the forestry sector.

Ecohelix specializes in the production of innovative amphiphilic polymers derived from lignocellulosic side streams of the pulp industry. Utilizing a patented enzymatic process, the company transforms residual materials such as lignin and hemicellulose into high-performance, biodegradable polymers. Their flagship product, WOODMER®, serves as a sustainable alternative to conventional plastics and fossil-based materials, finding applications in packaging, adhesives, and paper chemicals. By harnessing underutilized raw materials, Ecohelix not only enhances the value of the pulp industry but also contributes to a more sustainable future by significantly reducing CO2 emissions and promoting environmentally friendly practices across various sectors, including packaging, construction, and cosmetics.

Bintel AB is a Swedish company founded in 2018, specializing in the development and marketing of innovative sensors for waste management. Their primary product is a digital waste-management platform that includes sensors mounted on household waste bins, which notify waste collectors when containers are full. This technology enhances the efficiency of waste collection by directly communicating with route planning tools used by waste trucks, helping municipalities, recycling companies, and real estate businesses optimize their collection routes and reduce operational costs. Based in Helsingborg, Bintel aims to improve waste management practices through its advanced sensor technology.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.