Top 50 Bio Remediation in Latin America

The startup develops a microbiological process utilizing bio-trained, non-GMO microbes to enhance crop resilience and improve seed survival rates. This technology enables farmers to boost plant growth and restore soil biodiversity in challenging environmental conditions.

This startup manufactures sustainable biological products that enhance soil health and crop quality, enabling farmers to cultivate crops on degraded soils. Their solutions lead to measurable increases in agricultural productivity and yield, addressing the challenges of soil degradation and low crop performance.

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.

Caligenia utilizes bioremediation techniques to enhance soil restoration and reduce atmospheric CO2 equivalent levels. The company addresses soil degradation and climate change by promoting sustainable agricultural practices that improve soil health and sequester carbon.

This biotech startup produces highly pure enzymes using recombinant DNA repair technology derived from Antarctic extremophiles, enabling large-scale replication of active ingredients. Their offerings provide clinicians with effective alternatives for skin health and rejuvenation in the cosmetic and pharmaceutical industries.

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.

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.

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.

Unibaio develops biodegradable microparticles from chitosan, a natural polymer derived from shrimp waste, to enhance the efficacy of agrochemicals by trapping active ingredients for improved plant penetration. This technology reduces the application doses of pesticides and fertilizers by up to 80%, addressing the environmental impact of chemical use in agriculture.

Switch Bioworks engineers symbiotic microbes to produce sustainable nitrogen fertilizer directly at the roots of plants, significantly reducing reliance on fossil fuel-based fertilizers. This approach addresses the environmental impact of traditional fertilizer production, which contributes over a gigaton of CO2 emissions annually and exacerbates food insecurity due to rising costs.

Exacta BioScience develops biological crop protection products using microorganisms, bacteriophages, and peptides to replace chemical pesticides and antibiotics in agriculture. Their solutions enhance crop resilience against diseases and pests while ensuring food safety by eliminating harmful residues, ultimately promoting sustainable farming practices.

The startup has developed a biotechnological process that utilizes microbial fermentation to produce and fix pigments on textiles in an environmentally sustainable manner. This method significantly reduces water pollution and chemical waste in the textile industry, enabling large-scale production without compromising ecological integrity.

The startup utilizes bio-magnetic technology to recycle electronic waste into battery-grade metals by efficiently separating and purifying critical elements from low-value waste streams. This process addresses the growing issue of electronic waste and the demand for sustainable sources of essential metals in battery production.

Transforms agricultural waste into mycelium-based bioleather through fungal fermentation, providing a sustainable alternative to traditional leather production. This process reduces textile waste and eliminates the environmental impact of plastic-based materials, supporting responsible production in the fashion industry.

ByBug utilizes genetically modified black soldier fly larvae to convert organic waste into high-value recombinant proteins for various industries, including pharmaceuticals and agriculture. This process addresses the growing need for sustainable waste management solutions while providing cost-effective bio-based products.

Nat4Bio develops organic coatings using cell-free biological formulations derived from native microorganisms to extend the shelf life of fresh produce. Their technology significantly reduces spoilage and waste in global supply chains, addressing the critical issue of food loss, which affects up to 50% of fruits and vegetables.

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.

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.

This biotech startup develops new technologies for producing psychedelics through biosynthesis. Their focus is on creating patient-centered treatments to improve mental health outcomes by making psychedelic medicine more accessible.

ProNuvo produces sustainable insect-based feed ingredients using Black Soldier Fly larvae, which efficiently convert organic waste into high-quality nutrition for livestock. This approach mitigates the depletion of natural resources and reduces greenhouse gas emissions associated with traditional feed production.

Carbon Cell produces a carbon-negative, fully biodegradable foam using biochar derived from organic waste, which significantly reduces reliance on fossil fuel-based foams. This high-performance material offers superior thermal insulation and compressive strength, making it an effective alternative for applications in packaging and construction.

metaBIX Biotech has developed a platform that utilizes hardware, biotechnology, and artificial intelligence to monitor airborne pathogens, providing early warnings of potential disease outbreaks in plants, animals, and humans. This technology enables clients to implement preventive measures at least two weeks before an outbreak occurs, enhancing safety and public health.

This startup develops compostable biomaterials using lignin and cellulose to create sustainable packaging solutions. Their technology reduces reliance on traditional plastics, enabling businesses to offer eco-friendly packaging that maintains functionality and aesthetics at competitive costs.

The startup develops a biotech platform that utilizes fermentation and software to enhance the flavor, texture, and nutritional profile of plant-based substrates. This technology addresses the need for healthier and more sustainable food options in the growing plant-based market.

Lemu provides a nature data platform that utilizes satellite imagery, artificial intelligence, and citizen science to deliver over 30 environmental indicators for assessing ecosystem health. This technology enables companies to make informed, nature-based decisions, optimize resources, and comply with environmental regulations.

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.

AInwater provides an AI-driven platform that optimizes energy consumption in wastewater treatment plants by monitoring key operational parameters and generating predictive alerts. This technology enables facilities to achieve up to 30% energy savings while ensuring compliance with water quality standards.

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.

The startup develops a mushroom-mycelium-based leather that serves as a sustainable alternative to both animal and synthetic leather, addressing the ethical concerns of animal abuse and environmental impact. This bio-textile product provides a climate-friendly solution for industries reliant on traditional leather materials.

The startup develops an autonomous microbiological monitoring device that utilizes microfluidic chips and isothermal biomolecular reactions to quantify airborne fungal spores. This technology enables farmers to predict fungal outbreaks and optimize fungicide application, reducing chemical usage and improving crop health.

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 company produces natural antioxidant extracts using precision fermentation of non-conventional yeasts. These extracts are designed to replace oil-derived or chemical synthetic ingredients in the cosmetic and food industries, offering a sustainable alternative.

This startup manufactures circular carbon-sourced bio-assembled materials to produce eco-friendly textile alternatives that minimize reliance on petroleum and animal-derived resources. By providing sustainable materials, the company enables designers and material engineers to enhance environmental responsibility and support the circular economy.

The startup develops a non-toxic liquid emulsion that effectively manages harmful pests while preserving environmental integrity and human health. By providing sustainable alternatives to traditional agrochemicals, the company enhances agricultural efficiency and improves worker safety on farms.

BioHeuris combines synthetic biology and gene editing to create herbicide-resistant crops that enable sustainable weed management. This approach reduces the reliance on toxic herbicides and mitigates the evolution of herbicide-resistant weeds, promoting environmental sustainability in agriculture.

Terraflos utilizes synthetic biology and cellular agriculture to produce high-value bioactive compounds from plant genetic information and stem cells, minimizing environmental impact. The startup addresses the growing demand for sustainable health and wellness solutions by providing optimized active ingredients for the cosmetic, food, nutraceutical, and pharmaceutical industries.

Awty collects solid waste from Amazonian rivers using specialized nautical vessels and proprietary technology. The collected materials are then transformed into new products, creating a circular economy that benefits local communities and the environment.

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.

Syocin Biotech develops high-precision, protein-based biobactericides that target bacterial phytopathogens affecting crop production, ensuring minimal impact on soil health and microbiomes. This technology enhances food availability by providing sustainable solutions to protect and cure crops from bacterial diseases.

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 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.

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.

CytoEM Innovations decodes the electromagnetic identity of various cell types to precisely control their growth and behavior through interferometry. This technology addresses the challenges of low cell yield and high production costs in bioprocesses, enhancing efficiency in pharmaceutical and agricultural applications.

The startup produces sustainable bio-materials derived from renewable resources for use in absorbent products, such as diapers and feminine hygiene items. This approach reduces reliance on petroleum-based materials, addressing environmental concerns associated with plastic waste and promoting a circular economy.

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.

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 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.

Fauna provides personalized gut health solutions through its gut insight test and prebiotic supplements. The company offers a holistic approach to wellness by analyzing an individual's microbiome and recommending targeted interventions to address root health issues naturally.

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.

Wayakit develops biotech-based cleaning formulations that utilize natural ingredients to enhance hygiene and sanitation. Their products address the need for effective cleaning solutions that minimize the use of harsh chemicals, promoting safer environments for users.