Top 50 Algae Biofuel in LATAM

HIF Global produces carbon-neutral e-Fuels by combining green hydrogen, generated through electrolysis from renewable energy, with captured CO₂ from the atmosphere or industrial sources. This technology provides a sustainable alternative to fossil fuels for existing vehicles and infrastructure, addressing the urgent need to reduce greenhouse gas emissions.

This startup provides sustainable energy solutions as a service for heavy industries, ensuring operational continuity and aiding their adaptation to climate change. They offer a reliable and environmentally friendly energy supply to power industrial operations.

The startup develops a biogas production technology that processes organic waste using specific additives to enhance energy conversion efficiency. This technology enables industrial clients to generate clean fuel while significantly lowering their carbon emissions.

This startup produces renewable energy and animal nutrition products by converting grain residues into ethanol, renewable bioenergy, corn oil, and dried distillers grains. By utilizing a closed-loop system, the company reduces agricultural waste and supports a low-carbon future.

Sistema.bio manufactures prefabricated modular biodigester systems that enable farmers to convert organic waste into biogas and organic fertilizer. This technology addresses the need for sustainable waste management and provides a renewable energy source, enhancing agricultural productivity and reducing reliance on chemical fertilizers.

MICROTERRA operates a technology platform focused on developing sustainable, high-value ingredients derived from Lemna. The company produces functional, clean-label alternatives that enhance the taste and texture profiles of food and beverage products. This platform addresses industry needs by converting a novel resource into scalable, improved food components.

Bioeutectics manufactures biodegradable solvents derived from natural sources, replacing petrochemical solvents in industrial processes. This approach reduces toxic chemical exposure and waste generation while enhancing sustainability across sectors such as personal care, food, and agro tech.

Switch Bioworks engineers naturally occurring microbes formulated into a powder that farmers apply at sowing. These microbes colonize plant roots and produce nitrogen fertilizer directly where it is needed. This process reduces input costs, minimizes agricultural runoff, and mitigates supply chain risks associated with traditional fertilizer.

Tintte develops smart bio-dyes engineered to replace petrochemical dyes in industrial applications. These sustainable colors are derived from renewable resources, offering consistent performance and high fastness comparable to conventional pigments. The process utilizes lower energy and water, enabling effortless adoption into existing textile workflows while eliminating toxic chemical discharge.

Elytron utilizes biotechnology and artificial intelligence to analyze vast collections of microorganisms and their derivatives, predicting their efficacy for crop protection and nutrition. This approach accelerates the development of biopesticides, addressing the need for sustainable agricultural solutions that reduce reliance on chemical pesticides.

Done Properly is a foodtech company that employs fermentation technologies to produce sustainable ingredients, significantly lowering the environmental impact of conventional food production. This method reduces the need for resource-intensive agricultural practices while offering healthier food options for consumers.

Fungi Life produces high-performance sophorolipids, a type of fungal biosurfactant, through a scalable liquid state fermentation process using a non-GMO fungus. This technology provides a sustainable alternative to petroleum-derived surfactants, addressing the environmental issues of toxicity and non-biodegradability in the surfactant market.

Einsted utilizes patented plasma pyrolysis technology in its Metatron reactor to convert methane into high-purity hydrogen and high-conductivity carbon. This process efficiently produces carbon-free hydrogen for industrial applications while sequestering carbon for use in battery anodes. The company offers customized solutions that reduce polluting emissions by integrating clean hydrogen production directly into existing industrial energy streams.

BioMetallum specializes in biomining technology that utilizes genetically modified microorganisms to extract lithium and other metals without harmful chemicals. This approach enhances extraction efficiency, conserves freshwater resources, and minimizes environmental impact in the mining industry.

Symbiomics develops high-performance biologicals utilizing sequencing technologies, machine learning, and genome editing to enhance crop nutrition, resilience, and pest control through efficient microbes. Their solutions increase nutrient availability in soils and improve plant health, contributing to sustainable agriculture and carbon sequestration.

Puna Bio develops bioinoculants using extremophile microorganisms to enhance crop yields by 10-15% in both fertile and degraded soils. Their technology addresses the challenges of low agricultural productivity and soil degradation while promoting sustainable farming practices.

The startup utilizes precision fermentation to transform plant-based materials into functional food ingredients, enhancing their nutritional profiles and sensory attributes. This process addresses the need for next-generation foods that provide specific health benefits and improved flavors and textures.

Moya Aero develops high-capacity, all-electric eVTOL drones designed for cargo delivery and precision logistics, addressing the need for efficient transport to remote locations. By combining the speed of air transport with the cost-effectiveness of ground logistics, Moya Aero enables timely delivery of essential goods while reducing operational costs.

This startup manufactures an energy storage system that utilizes scalable battery technology to provide reliable power for small and medium-sized businesses. By offering a monthly subscription model, it helps users mitigate energy costs, prevent outages, and transition to renewable energy sources, thereby reducing their environmental impact.

This company develops genetically modified black soldier fly strains to create a highly efficient and sustainable biomanufacturing platform. Their technology produces a diverse range of high-quality recombinant proteins for pharmaceuticals, vaccines, and industrial enzymes. This approach offers competitive pricing while supporting responsible production and consumption goals.

Cellva develops high-performance ingredients using proprietary microencapsulation technology to enhance stability and functionality. Their solutions improve nutrient delivery, enable fat reduction, and preserve flavor across various applications. This technology allows for the creation of clean-label, scientifically validated ingredients that optimize product performance and cost.

The startup operates a platform that connects consumers in Brazil to various renewable energy sources from sustainable power plants, enabling them to choose their preferred green energy without installation costs. This service helps customers reduce their electricity bills while promoting the use of clean energy in the region.

The startup operates an environmental monitoring platform that utilizes robotics, IoT, and artificial intelligence to collect and analyze data for the energy industry. This technology enables companies to reduce operational costs and environmental impact by facilitating faster, data-driven decision-making.

The startup develops nanobubble technology that utilizes engineered nanoparticles to generate gas bubbles with tailored properties for the aquaculture and mining sectors. This technology enhances oxygen levels in aquaculture systems and improves mineral recovery rates in mining operations, leading to increased efficiency and environmental benefits.

Terraflos integrates the innovation cycle from discovering new active principles in plants to transforming them into evidence-based food, supplement, and dermocosmetic products optimized by AI. The company focuses on maximizing plant power through conscious science and technology across three key segments: supplements, food, and SkinTech. They utilize an Agentic AI called JEN to coordinate their network of B2B companies, ensuring alignment in purpose, vision, and execution for health and well-being solutions.

The startup operates a research and development platform that utilizes sustainable biotechnological processes to extract and produce natural active compounds for health, beauty, and skin care applications. By providing cost-effective and consistent natural ingredients, the company addresses the industry's demand for environmentally friendly and efficient solutions.

Unibaio develops advanced biomaterials using natural polymers like chitosan derived from sustainable sources. The company engineers microparticles and hydrogels for applications in tissue engineering and agriculture. These materials function as carriers and additives to enhance cell growth, protect active ingredients, and improve soil moisture control.

Mush is a biotechnology platform that utilizes mycelium-based technology to create biodegradable materials as alternatives to conventional plastics. This solution directly addresses the environmental issues caused by plastic waste by offering sustainable materials that decompose naturally.

The startup utilizes a bio-based technological platform that employs genetic engineering tools and microalgae to produce valuable proteins and compounds, such as hirudin, which is traditionally sourced from sponges. This approach provides a sustainable and cost-effective solution for companies seeking hard-to-find biochemical compounds.

Biochar Life collaborates with smallholder farmers to convert crop waste into biochar, a carbon-sequestering material that enhances soil fertility and boosts crop yields. By facilitating access to carbon markets, the company enables farmers to generate income through carbon sink credits, addressing rural poverty and climate change simultaneously.

PhycoLabs develops and licenses algae-based biotechnologies for the sustainable production of biofuels and bioproducts, utilizing photosynthetic microorganisms to convert carbon dioxide into renewable energy sources. Their solutions provide a viable alternative to fossil fuels, contributing to reduced greenhouse gas emissions and promoting environmental sustainability.

Veloz Bio utilizes molecular farming techniques to produce animal-free alternative proteins, addressing the environmental and ethical concerns associated with traditional animal agriculture. By leveraging plant-based systems for protein synthesis, the company aims to provide sustainable and scalable protein sources for the growing global demand.

S.Oleum produces sustainable raw materials using carbon-negative processes, offering a greener alternative for the energy, chemical, and food industries. Their materials help companies reduce their carbon footprint and create more environmentally friendly products.

This startup provides biotechnology services focused on developing industrial yeast strains and optimizing fermentation processes through advanced yeast metabolism and genetics research. Their solutions enable the yeast and fermentation industries to produce environmentally friendly products using renewable resources, addressing the need for sustainable manufacturing practices.

This biotechnology platform decodes microbiomes to identify and manage their potential in productive environments. By providing insights from microbiome data, the platform helps researchers make informed decisions to minimize environmental impact and enhance performance.

This biotechnology platform converts urban solid waste into bioethanol through proprietary fermentation processes, providing a low-carbon fuel alternative. By enabling the recovery of waste materials, the company contributes to reducing greenhouse gas emissions and promoting a cleaner environment.

Luyef utilizes cellular agriculture techniques to produce animal-free meat alternatives that replicate the taste, texture, and structure of conventional meat. This approach significantly reduces land use by over 95% and greenhouse gas emissions by up to 92%, addressing the ethical and environmental issues associated with traditional livestock farming.

Mushroom Protocol utilizes decentralized finance and smart contracts to connect early-stage biotechnology companies with global investors, enabling fractional ownership of intellectual property and equity. This approach addresses the challenge of securing funding for biotech startups while allowing them to maintain control over their innovations.

The startup produces bioplastics by utilizing genetically modified microorganisms that incorporate specific enzymes, enabling a one-step production process that significantly reduces costs. This approach addresses the limited availability of sustainable plastic alternatives by offering biomaterials derived from renewable sources at competitive prices.

AIPER produces microbial biopigments as a sustainable alternative to synthetic dyes for the textile industry. Their biodegradable and non-toxic pigments are produced via fermentation, significantly reducing water and energy consumption in dyeing processes. This offers fashion brands a way to achieve vibrant colors with a lower environmental footprint.

TAXON utilizes artificial intelligence and genomic analysis to enhance soil microbiome understanding, enabling farmers and biotech companies to optimize crop yields and reduce reliance on agrochemicals. By providing detailed insights into microbial diversity and functionality, TAXON helps clients make informed decisions that lead to sustainable agricultural practices and improved productivity.

Granatum Bioworks offers a lab-to-market platform for biosynthetics that enables local industries in Latin America to develop and commercialize affordable biosynthetic products. The platform addresses the lack of cost-effective solutions in the region, facilitating faster market entry and reducing development costs for biosynthetic applications.

Frankles is a climate tech startup that uses its NoDex extraction platform to produce sustainable ingredients, aiming to decarbonize the ingredient industry.

This startup manufactures sustainable agricultural devices that utilize microbial technology to enhance plant growth without pesticides. Their products improve crop yields for various species, including tobacco, cotton, and passion fruit, while promoting safe and environmentally friendly farming practices.

Naturannova utilizes a computational platform that combines AI and bioinformatics to identify and analyze plant-based proteins, creating sustainable and clean label ingredients. The startup addresses the need for healthier food options by developing novel protein sources, such as their all-natural protein-based sweetener, through precision fermentation and laboratory testing.

Southern Caribbean Cable Company develops and implements low-carbon energy systems and infrastructure across the Caribbean. They integrate renewable energy sources with economic development initiatives to stimulate investment and create jobs. Their focus is on modernizing energy grids with advanced, sustainable technologies tailored to regional needs.

Smatter utilizes biotechnology to develop sustainable agricultural materials by integrating microorganisms and organic waste, enhancing crop production efficiency. This approach addresses the environmental impact of traditional farming practices by reducing reliance on synthetic inputs and promoting a circular economy.

This startup utilizes biocompostable materials derived from fruit and vegetable side streams to create sustainable packaging and single-use products that do not contribute to environmental pollution. Their offerings, including edible straws and waterproof flexible films, provide functional alternatives to traditional plastics while promoting a circular economy.

Verdion develops water electrolyzers for the production of green hydrogen, enabling industries to transition to sustainable energy sources. Their technology helps companies reduce carbon emissions and operational costs associated with traditional fuel sources.

BlackGenn integrates synthetic biology, genomics, metagenomics, and metabolomics to expedite the development of new bioproducts. The startup addresses the slow and costly process of bioproduct generation by streamlining the research and development pipeline.