Rheology modifiers are additives used in chemical product formulations to control their flow and viscosity, ensuring optimal texture and stability. altM's rheology modifiers are derived from sustainable resources, offering excellent performance and low carbon footprint with minimal impurities.

Introducing a new generation of thermoset binders, crafted through the innovative integration of lignin, derived from ligno-cellulosic biomass, as a sustainable alternative to traditional petrochemical solutions. These sustainable formulations harness the natural strength and versatility of lignin, offering superior adhesion and durability while significantly reducing dependency on fossil fuels.

altM's innovative hydrophobic coatings are designed to protect and extend the life of surfaces by creating a powerful barrier against water, dirt, and other contaminants, ensuring durability and maintaining pristine conditions in various environments.

altM's cellulosic pulp, crafted from sustainable resources, offers an eco-friendly foundation for a range of applications. Its versatility shines in textiles, where it delivers exceptional softness and durability for high-quality fabric products.

Leveraging cutting-edge technology, altENrich processes  bio-residue from local sources to produce a pure, carbohydrate-rich feed that is free from lignin and silica. This innovation not only streamlines various  processing steps but also helps overcome supply chain issues by utilizing  readily available agricultural by-products. The absence of unwanted materials in the feed enhances production efficiency and improves the quality of the output. Ideal for industries seeking efficient and clean feed solutions, altM's technology is tailored to support smoother operations and deliver superior results, reinforcing the company's commitment to sustainable and reliable production practices.

altENhance is an advanced technology that recovers valuable carbohydrates and lignin from waste streams produced during bioenergy and agri-residue processing. This process maximizes resource efficiency and enhances overall production yields. Using proprietary technology, altENhance selectively separates cellulosic materials from waste streams, enabling their reintegration into the main process. This significantly boosts product yields and prevents the loss of valuable resources, offering a solution to inefficiencies often found in processing plants.

altM has developed a solution to enhance biogas production using lignocellulosic biomass, which is typically hindered by high levels of unconvertible materials like lignin. By increasing the carbohydrate content in our feedstocks, we make the biogas production process more adaptable to different types of biomass. This innovation ensures a steady and consistent supply of feedstock, leading to more reliable biogas generation and minimal production of by-products such as H2S. This approach streamlines biogas operations, making them more efficient and environmentally friendly.

altENol represents the next step in sustainable bioethanol production. Drawing on our deep understanding of biomass, we are developing a cutting-edge chemohydrolytic process that utilizes catalytic pretreatment, reducing enzyme reliance by up to 70%. This innovative approach is set to redefine efficiency in bioethanol production. Leveraging our expertise in biomass, altENol employs a catalytic pretreatment that efficiently converts biomass into fermentable sugars. This method enhances reliability and effectiveness while aligning with evolving industry standards. We are actively collaborating with clients to reimagine the future of biorefineries, tailoring our technology to meet their specific needs.

Elevate your industrial operations with our advanced products, engineered to enhance efficiency, durability, and performance across diverse applications, from manufacturing to heavy machinery.

Transform your cosmetic formulations with our premium ingredients, designed to blend seamlessly into innovative products that prioritize both efficacy and elegance, ensuring a luxurious user experience.

Revolutionize the textile industry with our superior materials, which combine exceptional softness, resilience, and environmental responsibility, setting new standards for fabric innovation and sustainability.

Harness the power of our advanced bioenergy technologies, engineered to surpass traditional methods with unmatched efficiency and sustainability, driving the future of clean energy solutions.