Top 50 Bio Remediation

Sporadicate provides bio-remediation solutions using proprietary mycelium-based technology to efficiently break down plastic waste and absorb environmental pollutants. Their enzymatic process achieves high degradation rates for plastics and reduces pollution hazards, while repurposing byproducts for industrial use.

This startup provides waste management services that utilize mycology-based bioremediation technologies to remediate toxic materials and divert waste from landfills. By enabling businesses to recycle or reuse feedstock in manufacturing processes, the company addresses the environmental impact of hazardous waste disposal.

Lysosome Resources utilizes high-throughput genomic analyses and AI-based analytics to identify and optimize rare microorganisms that can metabolize harmful chemical pollutants. The company addresses environmental pollution by developing application-specific microbial cocktails that efficiently degrade contaminants and recover valuable materials from waste streams.

Lwanda Biotech develops bioremediation technologies that convert plastic waste into reusable materials and capture harmful gas emissions through advanced filtration systems. The company addresses the critical issues of environmental pollution and greenhouse gas release, providing measurable benefits in waste reduction and air quality improvement.

NotFossil provides biotechnology solutions for hydrocarbon bioremediation in industrial wastewater treatment. Their services help companies remove petroleum-based contaminants from water, ensuring compliance with environmental regulations and promoting sustainable waste management.

Paneco Ambiente provides biotechnologies for environmental remediation and protection. Their solutions improve soil health, air quality, and water management through eco-sustainable bio-based products for agriculture, industry, and public spaces.

FuChe Biotech develops innovative biotechnology solutions focused on environmental remediation and sustainable resource management. Their work aims to address pressing ecological challenges through advanced biological processes.

Allonnia develops biotechnological solutions to remediate emerging contaminants such as PFAS and 1,4-dioxane using proprietary microbial systems and innovative separation technologies. Their methods enable the detoxification of contaminated water, aiming to treat over 600 billion gallons by 2040 while enhancing sustainable practices in the metals and mining industries.

Amlaan River employs advanced water purification technologies and bioremediation methods to restore polluted water bodies across India. The startup addresses the critical issue of waterborne diseases and unfit drinking water, impacting millions of lives and contributing to significant health risks.

CellX Biosolutions develops bacterial-based biotechnologies to degrade persistent chemical pollutants such as PFAS, pharmaceutical residues, agro‑chemical waste, and microplastics. Their platform isolates and optimizes native bacterial communities, then scales them into commercial treatment solutions for wastewater and contaminated sites. This approach offers a sustainable, cost‑effective alternative to conventional chemical waste disposal methods.

Devyantram creates bio‑hybrid robotic platforms that integrate engineered muscle tissue, nanowire‑based neural interfaces, and edge AI controllers into a closed‑loop system for real‑time biochemical interaction. The modular hardware and ROS‑2‑compatible software stack enable programmable nanobot swarms and shape‑shifting humanoid robots for intracellular therapy, autonomous environmental remediation, and adaptive defense operations.

Pluton Biosciences utilizes its Micromining Innovation Engine to rapidly discover and clone novel microbes for applications in biopesticides, crop protection, and bioremediation. This platform addresses the need for sustainable solutions in agriculture and environmental management by enabling the production of all-natural bioproducts that enhance human health and combat climate change.

GreenLab utilizes patented corn biotechnology to produce proteins and enzymes at scale, transforming cornfields into a sustainable source for various industries. Their recombinant manganese peroxidase offers a cost-effective solution for environmental remediation, addressing the need for efficient degradation of complex organic pollutants.

This startup produces biodegradable and environmentally friendly alternatives to traditional production and completion stimulation chemicals, specifically designed for enhanced oil recovery and the dispersal of paraffin wax and asphaltenes. Their customized treatments reduce downtime and minimize human exposure to hazardous environments while maintaining operational efficiency in oil and gas extraction processes.

The startup develops a bio-based adsorbent material that selectively captures micro-pollutants such as pesticides and pharmaceuticals from contaminated water and wastewater. This technology enables clients to meet stringent wastewater regulations while protecting local ecosystems from harmful pollutants.

Friend Microbe utilizes specialized microorganisms and bioreactor technology to efficiently decompose complex industrial waste, including oils and plastics, into less harmful substances. The company addresses the challenge of waste management by transforming difficult-to-process materials into valuable resources, promoting a sustainable circular economy.

This company engineers yeast strains that selectively bind and remove metals from wastewater. Their technology offers a faster and more efficient method for metal recovery compared to conventional wastewater treatment processes.

Standard Biocarbon manufactures ultra-pure biochar from sustainably harvested biomass in Maine, utilizing advanced pyrolysis technology to create a high-carbon commodity. This biochar enhances soil health, improves water retention, and supports environmental remediation, addressing the need for sustainable agricultural and construction materials.

Biome Resources engineers custom microbial consortia and enzymatic systems to optimize industrial processes and enhance sustainability. Their biotechnology solutions improve efficiency, reduce waste, and promote circular economy principles across sectors like mining, agriculture, and manufacturing.

BIOPOD Co designs and deploys modular ecosystems to address ecological decline across agricultural, rewilding, and waterway remediation projects. The company utilizes nature-based systems to purify imperiled waterways and resurrect native biodiversity in degraded environments. Through community-driven restoration nodes, BIOPOD fosters collective stewardship to build climate-resilient futures.

Deep Root Biolabs develops a biomolecule delivery solution applied directly to plants to enhance their resilience and utility. This non-GMO technology protects crops from disease and pests while enabling plants to extract soil pollutants. The company provides a sustainable method to improve agriculture, mineral reclamation, and environmental remediation.

H2Biosys focuses on transforming environmental pollutants into usable opportunities. The company utilizes naturally evolved biological processes to address contamination challenges. This approach offers sustainable solutions for environmental remediation and resource recovery.

Galdieria specializes in urban mining and recycling of precious metals using extremophilic microorganisms to extract valuable resources from electronic waste. The company aims to create a sustainable circular economy by providing eco-friendly solutions that reduce environmental impact and enhance resource recovery.

This company utilizes the natural filtration capabilities of fungal mycelium for environmental remediation. They capture and degrade pollutants such as nitrogen, phosphorus, and pesticides in polluted soils and waters. Their solutions offer a biological approach to wastewater treatment and nutrient management.

Remedy Scientific provides autonomous robots that perform in‑situ soil and groundwater remediation using real‑time sensor analytics, AI‑controlled catalytic chemistry, and cloud‑based monitoring. The system continuously samples contaminants, doses proprietary reagents to break down pollutants, and optimizes treatment to reduce chemical use and operational costs for government agencies, industrial landowners, and remediation contractors.

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.

Neuston Biosystems utilizes biotechnological processes to convert waste streams into valuable products, addressing the environmental impact of waste disposal. Their methods enhance resource recovery and promote sustainability by transforming organic and inorganic waste into usable materials.

Fushengyuan is a renewable resource recycling service platform that specializes in wastewater treatment, utilizing advanced techniques such as activated sludge and biological membrane methods to effectively process domestic, industrial, and medical wastewater. The platform addresses the critical issue of water pollution by providing reliable treatment solutions that meet national discharge standards, ensuring environmental safety and public health.

The startup produces bio-based sustainable products by upcycling industrial waste streams through synthetic biology and genetic engineering techniques. This approach provides governments, companies, and individuals with high-quality alternatives while reducing pollution and waste in various sectors.

The startup operates a biotechnology platform that utilizes synthetic biology and bio-foundry services to address environmental degradation through sustainable practices. By providing tailored solutions for environmental challenges, the company enables clients to enhance their ecological impact and contribute to a sustainable future.

The startup provides sustainable biological solutions that utilize artificial intelligence and machine learning to discover microbial natural products for controlling toxic algae and invasive plant species. By enhancing biodiversity and mitigating the impact of invasive organisms, the company offers clients effective tools to manage ecological threats.

Microhobist develops and manufactures eco-friendly agricultural products using beneficial microorganisms to replace harmful chemical fertilizers and pesticides. This approach mitigates soil and ecosystem contamination while promoting sustainable farming practices.

The startup develops natural, organic, non-toxic bio-mimetic products, including geo polymers and biopolymers, that bind nutrients in water and reduce inorganic materials. This technology enhances water quality, enabling clients to obtain superior nature-based products for various applications.

The startup utilizes microbial cell factories to convert renewable feedstocks, such as industrial effluents and municipal sewage, into biohydrogen and valuable chemicals. This process addresses the dual challenges of wastewater management and the need for sustainable energy sources by providing clean energy and recovering green chemicals from polluted water.

Tisalytics Bio offers an AI-powered platform that analyzes microbiome data to predict harmful algal blooms (HABs). It provides actionable environmental intelligence through predictive models and a specialized database, enabling early detection and mitigation strategies for aquaculture, water treatment, and environmental management.

ValleyDAO operates as a decentralized science platform that utilizes blockchain capital formation and tokenized incentives to finance and commercialize advanced climate-biotech research. The organization connects researchers with a global community to streamline project selection and accelerate the transition of innovations from the lab into real-world deployment. This model focuses specifically on funding synthetic biology and industrial biotechnology applications for climate remediation and sustainable production, excluding human health sectors.

Adsorbi develops a cellulose-based biomaterial designed for efficient adsorption of pollutants from water sources. This technology provides a sustainable solution for water purification, reducing reliance on traditional chemical treatments.

The startup develops carbon-encapsulated iron nanoparticles for environmental and energy applications, specifically enhancing biogas production and removing hydrogen sulfide from industrial processes. These nanoparticles also treat contaminated water and soil, improving energy efficiency and promoting environmental sustainability in various industries.

This company develops enhanced microorganisms and enzymes capable of digesting and breaking down various types of plastic waste into harmless organic matter. Their bioinspired technology accelerates the degradation of persistent polymers found in landfills and oceans. The goal is to eliminate plastic pollution and create sustainable alternatives for future plastic manufacturing.

Cimico provides biotechnological wastewater treatment solutions utilizing advanced MBBR and IFAS technologies to effectively remove organic matter, nitrogen, and phosphorus in both urban and industrial settings. Their systems are designed to minimize operational costs and space requirements while ensuring compliance with environmental regulations.

Capra Biosciences develops bioreactor technology that converts industrial byproducts and waste into bio-based materials, addressing the challenge of resource inefficiency in waste management. This process not only reduces environmental impact but also creates valuable materials for various applications, enhancing sustainability in manufacturing.

The startup specializes in physical-chemical treatment systems for municipal and industrial wastewater, converting it into a renewable resource. By employing advanced water management techniques, the company addresses the challenge of water scarcity and pollution in urban environments.

Nunatak Biotech develops nature-based solutions by decoding plant-microbiome interactions to enhance plant performance under adverse conditions. The company offers specialized bioinputs for the agricultural industry to improve yields and soil health sustainably. Additionally, their platform provides solutions for land restoration by recovering microbial biodiversity and remediating degraded ecosystems.

Liquid Trees utilizes microalgae technology to remove heavy metals, microplastics, and excess nutrients from river water, enhancing water quality and promoting biodiversity. This bioremediation approach captures carbon dioxide and restores ecosystem services, addressing pollution in aquatic environments.

Tydra Labs uses biotechnology to convert waste into sustainable materials, including a spandex alternative and chitin. Their platform offers a more efficient and less wasteful approach to materials science, creating high-value products from renewable resources.

Nanomik Biotechnology develops natural biofungicides that enhance the shelf life of fresh produce by utilizing proprietary bio-engineering techniques to mimic plant defense mechanisms. This approach reduces reliance on synthetic chemicals, addressing the need for safer and more effective food preservation solutions in agriculture.

The startup develops specialized organisms and enzymes that can metabolize plastics and persistent chemicals like PFAS as their sole carbon source. This technology enhances recycling processes and mitigates environmental and health hazards associated with non-biodegradable materials.

Sudoc develops patented TAML chemistry catalysts that mimic natural biological processes to make oxidation reactions more efficient. These high-performance solutions reduce the need for chemicals, heat, and water across industrial cleaning, wastewater treatment, and remediation applications. The company's products aim to outperform traditional toxic chemicals while maximizing resource reuse and lowering operational costs.

Biota provides a PFAS RapidTest kit that delivers quantitative field results in about 15 minutes, along with the MagnaPrep system that streamlines laboratory confirmatory analysis. The integrated platform consolidates real‑time field data with lab results, enabling remediation firms to verify treatment efficacy quickly and labs to increase throughput.

Starfish Bioscience specializes in restoring soil microbiomes through targeted biotechnological solutions, enhancing nutrient recycling and reducing chemical input needs. This approach addresses soil degradation, which leads to decreased agricultural productivity and increased greenhouse gas emissions.