Top 50 Chemical Manufacturing in Sweden

Swedish Algae Factory cultivates diatoms to extract high-tech silica shells, known as Algica, which replace harmful chemicals in organic personal care products and enhance solar panel efficiency. This process captures significant amounts of CO2, nitrogen, and phosphorus, contributing to a sustainable and circular production model.

Lignin Industries transforms lignin, a by-product of the forest and agricultural industries, into Renol®, a thermoplastic biomaterial that can replace fossil-based plastics in various applications. This technology enables manufacturers to reduce fossil fuel dependency and lower CO2 emissions while utilizing existing production machinery for a seamless transition to sustainable materials.

DREV has developed patent-pending dry brush technology and a specialized canister system that captures and recycles black dust generated during battery manufacturing. This technology enhances safety and efficiency by eliminating the use of water and harsh chemicals while enabling the recovery of valuable materials from waste.

Atley Solutions has developed the Atley C100, the first automated production module for purifying astatine-211 and synthesizing astatine-based radiopharmaceuticals, enabling efficient and scalable manufacturing. This technology addresses the need for standardized production processes in targeted alpha therapy, facilitating the development of less toxic cancer treatments.

Anferra utilizes patent-pending technology to convert hazardous steel industry waste, such as grinding swarf, into high-quality inputs for water treatment chemical production while recovering valuable alloying metals and generating hydrogen gas. This process enables machining companies to achieve near-total recycling of waste materials, contributing to a circular economy and enhancing the supply of essential resources for clean water.

Cellfion develops cellulose-based, PFAS-free membranes for hydrogen, battery, and ion-separation technologies, utilizing wood-derived biopolymers to create sustainable energy storage solutions. Their membranes are adaptable and cost-competitive, addressing the need for environmentally friendly materials in clean energy applications.

Vividye employs digital printing technology to apply diverse colors and complex designs directly onto textiles, enhancing customization capabilities. This method reduces the environmental impact of traditional dyeing processes by minimizing material waste and enabling on-demand production.

Graphmatech develops novel hybrid materials, including polymers and conductive metals, designed for sustainable industrial applications such as hydrogen infrastructure and electrical conductivity. Their solutions significantly reduce leakage and enhance performance, providing drop-in replacements that improve efficiency and sustainability in manufacturing processes.

CemVision develops CO2-free cement using a proprietary process that eliminates carbon emissions during production. This technology addresses the significant environmental impact of traditional cement manufacturing, which is a major contributor to global CO2 emissions.

Northvolt manufactures lithium-ion batteries using clean, renewable energy, achieving a 90% reduction in carbon emissions compared to traditional coal-powered production methods. The company addresses the need for sustainable energy storage solutions by recycling used batteries and minimizing the demand for new raw materials.

N-Ink develops patented n-type conductive inks designed for printed electronics, enhancing the performance of energy storage systems, solar cells, and electric vehicle components. These eco-friendly inks provide high electron conductivity and thermal stability, addressing the limitations of existing p-type materials in the renewable energy and electronics sectors.

Syre utilizes textile-to-textile recycling technology to produce circular polyester that matches the quality of virgin polyester while reducing CO2e emissions by up to 85%. This approach addresses the textile industry's significant contribution to global CO2e emissions and the low recycling rates of end-of-life textiles, which often end up in landfills or incinerated.

Transforms captured carbon dioxide into solid, sustainable building materials through accelerated mineralization technology, which speeds up the natural process by 10 million times. This approach permanently sequesters CO₂ while reducing reliance on carbon-intensive clinker in concrete production, addressing both greenhouse gas emissions and the environmental impact of the construction industry.

This startup produces low-carbon construction boards from recycled waste materials, enabling the construction industry to utilize sustainable alternatives to traditional wooden boards. Their products maintain compatibility with existing tools and methods, allowing businesses to reduce waste and emissions without additional costs or effort.

NitroCapt produces nitrogen fertilizers using the SUNIFIX® process, which utilizes air, water, and renewable energy to fix nitrogen without fossil fuels. This method significantly reduces carbon emissions in fertilizer production while enhancing profitability for agricultural customers.

This startup develops renewable energy technology using nanoparticles to create high-performance solar cells, batteries, and heaters that can be printed on any flat surface without toxic or rare earth materials. Their solution provides efficient energy generation and storage capabilities that withstand extreme temperatures, addressing the need for sustainable energy alternatives in various industries.

Greentech licenses Dry Molded Fiber technology to produce low-cost, high-performance fiber-based packaging that is recyclable, compostable, and biodegradable. This technology significantly reduces CO2 emissions and resource consumption compared to traditional single-use plastics, addressing the urgent need for sustainable packaging solutions.

AlixLabs specializes in Atomic Layer Etch (ALE) Pitch Splitting technology, enabling the fabrication of nanostructures with dimensions smaller than 20 nanometers on 200 millimeter and 300 millimeter silicon wafers. This process addresses the semiconductor industry's need for cost-effective and energy-efficient manufacturing methods as it transitions to the ångström era.

Stegra operates a steel production plant in Boden, Sweden, utilizing green hydrogen to convert iron ore into green iron, thereby producing near-zero emission steel. This process aims to significantly reduce global steel industry CO₂ emissions, addressing the sector's contribution of over 7% to total greenhouse gas emissions.

NOVO Energy manufactures sustainable lithium-ion battery cells and systems, designed to enhance the electrification of transportation while minimizing environmental impact. Their state-of-the-art Gigafactory in Gothenburg, Sweden, focuses on developing high-performance batteries tailored for the next generation of electric vehicles.

Cirkulr utilizes filamentous fungi and fermentation engineering to convert residual lignocellulosic waste from the Swedish pulp industry into Cirkulein, a high-protein mycomeal with a complete amino acid profile. This process transforms waste streams into valuable feedstock, addressing the economic inefficiencies and environmental impact associated with biomass disposal.

Altris develops sodium-ion battery technology using abundant, low-cost materials like salt and iron, offering a sustainable alternative to lithium-ion. Their Prussian White cathode material achieves performance comparable to LFP cells while ensuring enhanced safety and a broad operating temperature range.

GreenIron has developed a proprietary energy-efficient process that utilizes advanced pyrolysis technology to convert waste and residues into reusable materials. This method addresses the growing problem of landfill overflow and resource depletion by significantly reducing waste volume while recovering valuable resources for industrial applications.

GREEN14 produces high-purity silicon and silane gas using a patented hydrogen plasma process, achieving over 95% emission reduction and 80% lower energy consumption compared to traditional methods. This technology addresses the high environmental impact and energy costs associated with silicon production for solar, semiconductor, and battery applications.

Compular develops software that utilizes computational chemistry to simulate and analyze atomistic trajectories and molecular structures, enabling precise predictions of material properties. This technology enhances material development by reducing reliance on trial-and-error methods, leading to higher lab trial success rates and faster product development cycles.

GAIA BioMaterials manufactures Biodolomer, a limestone-based biodegradable material that mimics the properties of plastic without leaving microplastics and significantly reduces CO2 emissions during decomposition. Their products, including pouches, trays, and bottles, provide sustainable alternatives to traditional plastic packaging, addressing the environmental impact of plastic waste.

Eternal Power specializes in the global mass production of green hydrogen through the electrolysis of water, utilizing renewable energy sources to achieve competitive pricing. This approach aims to decarbonize hard-to-abate industries such as steel, chemicals, shipping, and aviation, targeting a significant reduction in production costs by 2026.

Flowfactory offers a low-code platform that enables organizations to rapidly develop tailored business applications, enhancing operational efficiency and team engagement. By streamlining the application-building process, it addresses the challenges of slow and costly software development, allowing teams to focus on their core tasks.

Arevo develops liquid and granular amino acid fertilizers that utilize arginine as a natural nitrogen source, enhancing root growth and plant resilience without nitrogen leakage. This technology addresses the issue of nitrogen runoff in traditional farming, promoting healthier soil and more robust plants while minimizing environmental impact.

The startup operates regenerative industry infrastructure that integrates renewable electricity and utilizes medium and low-grade heat for applications such as food production, water treatment, and nutrient recycling. This approach enables energy companies to efficiently recycle waste heat while supporting sustainable practices in agriculture and resource management.

The startup offers a patent-pending laundry detergent that utilizes a specialized formula to effectively remove pilling, lint, and garment fuzz from clothing surfaces. This technology helps extend the lifespan of garments, reducing fashion waste by revitalizing old and worn clothing.

The startup develops radiopharmaceuticals that utilize novel radioactive molecules for targeted imaging and treatment of solid tumors. By enhancing the visualization and therapeutic targeting of aggressive cancers, the company aims to improve diagnostic accuracy and treatment efficacy for oncologists.

FineCell produces micro- and nanocellulose using patented technology to provide sustainable, bio-based materials for personal care products and consumer goods. Their solutions replace fossil-derived ingredients, enabling manufacturers to create differentiated products while significantly reducing carbon footprints.

This startup engineers yeast strains using genome editing to produce sustainable sweeteners through fermentation. Their technology offers biotech engineering services across various industries, including food, pharmaceuticals, and biochemistry.

Renasens offers a waterless chemical recycling process that transforms mixed textile waste into high-quality, virgin-grade fibers. This technology reduces energy consumption and operational costs while preserving fiber integrity, enabling circularity in the textile industry.

Atium offers a patent-pending electrochemical technology to selectively remove dissolved mercury ions from dental wastewater. This system ensures regulatory compliance and reduces toxic pollution for dental practices. Its modular and scalable design provides an efficient and cost-effective solution for mercury abatement.

Ecohelix utilizes a patented technology to extract hemicellulose and lignin from wood industry byproducts, converting them into high-performance WOODMER® biopolymers. This process provides sustainable alternatives to fossil-based materials in packaging, construction, and other applications, significantly reducing greenhouse gas emissions.

Nyctea Technologies utilizes electronically activated biomolecule control to purify biopharmaceuticals without the need for elution buffers, enabling real-time monitoring and minimal waste. This technology significantly reduces production costs, making biopharmaceuticals more affordable and accessible.

LunaMicro develops a patented electroosmotic textile technology that actively pumps moisture from the inside to the outside of garments, enhancing comfort and safety in various environments. This technology eliminates the need for harmful chemicals and improves the performance of waterproof and water-resistant clothing, making it suitable for sportswear, personal protective equipment, and outdoor gear.

Nordic Quick Systems provides replaceable wear parts for chain wheels, enabling faster maintenance and reducing material waste by 80-90% through the reuse of existing components. Their process includes modifying used chain wheels with new wear parts, allowing for significant cost savings and improved safety in industrial operations.

TreeToTextile manufactures a renewable cellulose fiber from wood, utilizing a low-impact dissolution process that minimizes environmental harm. This fiber serves as a sustainable alternative to cotton and polyester, addressing the textile industry's reliance on resource-intensive materials.

C-Green utilizes hydrothermal carbonization (HTC) technology to convert wet biowaste into sterile, dry biocoal, effectively addressing the challenge of massive sludge disposal from wastewater treatment. This process not only eliminates greenhouse gas emissions but also recovers valuable nutrients, providing a sustainable energy source and reducing overall disposal costs.

The startup has developed a high-pressure biomass gasification technology that converts biomass into electrical power using a gas turbine process combined with steam injection, significantly enhancing energy efficiency. This technology enables businesses and individuals to reduce lifecycle costs and dependence on coal-based energy sources while accelerating biomass energy production.

Mat4Green Tech specializes in the efficient recycling of indium from industrial waste using a climate-neutral process, specifically targeting the recovery of indium tin oxide (ITO) materials. This technology addresses the growing demand for sustainable indium sources in electronics manufacturing while reducing environmental impact.

This startup develops an intelligent fermentation technology platform that uses mathematical models and artificial intelligence to optimize biomanufacturing processes. Their platform integrates biological and fluid information to accelerate the scaling of bioproduction from laboratory to mass production, reducing costs and improving efficiency.

Biofiber Tech Sweden develops FibraQ, a pelletized wood fiber filler derived from certified wood residues, designed for use in biocomposites within the plastic industry. This technology provides a sustainable alternative to traditional materials, significantly reducing carbon emissions associated with everyday products.

The startup designs textiles by upcycling discarded materials through a patent-pending method that transforms textile waste into a standardized, digitally traceable raw material. This process provides a sustainable alternative for producing durable clothing while reducing the environmental impact of textile waste.

PlasticFri utilizes a proprietary process to convert agricultural waste and forestry byproducts into biodegradable materials that can replace conventional plastics. This technology addresses the environmental impact of petroleum-based plastics by providing a sustainable alternative that reduces pollution and waste accumulation.

The startup develops and commercial