Top 50 Bio Remediation

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.

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.

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.

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.

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.

The startup develops biodegradable encapsulation technology that utilizes bioengineering and industrial fermentation to degrade pesticide residues on plants. This process enhances plant health and safety by removing toxic materials, thereby improving the quality of agricultural products.

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.

Breaking utilizes enhanced microorganisms, specifically MICROBE X-32™, to degrade various types of plastics into harmless organic matter without the need for pretreatment. This technology addresses the persistent issue of plastic waste, which contributes to significant environmental pollution and takes centuries to decompose.

Windfall Bio utilizes methanotrophs, a family of soil microbes, to convert harmful methane emissions from sources like landfills and manure lagoons into organic fertilizer on-site. This process not only mitigates methane's greenhouse gas impact but also reduces reliance on synthetic fertilizers, enhancing soil health and agricultural sustainability.

MoldCo provides testing and remediation services for homes and buildings affected by mold and biotoxins. They aim to help people identify and address mold-related health issues by offering solutions for creating healthier living environments.

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.

Athos Bioindustries utilizes microbial consortia derived from mining waste to extract valuable minerals, transforming industrial byproducts into usable resources. This process addresses the environmental impact of mining waste while providing a sustainable source of minerals for various applications.

The startup utilizes a biological recovery process to recycle critical metals and rare earth elements from electronic waste and low-grade mineral ores, offering a fossil fuel-free alternative to conventional mining. This technology enables clients to efficiently extract, concentrate, and purify valuable materials at a competitive cost, significantly reducing environmental impact.

HyveGeo utilizes microalgae cultivation and engineered biochar to convert wasted resources, such as unused desert land and wastewater, into effective carbon removal solutions and biofertilizers. This process enhances soil quality and plant resilience, addressing the challenges of arid land degradation and food security while sequestering carbon for long-term climate benefits.

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.

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.

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.

1849 is developing specialized microbes for biomining to enable the sustainable extraction of metals from low-quality ores, particularly challenging copper sources like chalcopyrite. This approach addresses the increasing demand for metals driven by electrification while minimizing environmental impact compared to traditional mining methods.

AlkaLi Labs engineers hyper-accumulating microbes to extract lithium and other critical minerals from industrial waste streams, utilizing biological direct lithium extraction and CRISPR genome editing for enhanced metal accumulation. This approach addresses the challenge of insufficient domestic mineral supplies by providing a sustainable and low-impact source of lithium from existing oil and gas waste.

The startup develops environmentally friendly chemicals for hazardous waste treatment and disposal, including powder-based treatments and natural bacterial agents. These solutions enable clients in food production and pollution remediation to replace harmful substances, promoting safer waste management practices.

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.

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.

NOVOBIOM develops tailored fungal bioremediation technologies for the effective remediation of contaminated industrial soils, specifically targeting persistent pollutants that traditional methods struggle to address. By applying biomimicry principles, the company offers ecological solutions that enhance the efficacy of existing bioremediation practices while promoting sustainability in environmental management.

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.

Residua Biocircular develops advanced processes for organic waste valorization, transforming waste into biofuels, organic fertilizers, and bio-based chemicals while minimizing landfill use and greenhouse gas emissions. By employing biotechnology and nanotechnology, the company enhances resource recovery and promotes a circular economy, ensuring maximum value extraction from organic materials.

ALBON offers integrated environmental solutions for Australian businesses, utilizing microalgae photobioreactors for wastewater treatment and carbon sequestration. The company converts harvested algae into biochar, a soil amendment that improves soil health and further sequesters carbon, while also providing carbon credits from its natural algae process.

Combines synthetic biology, artificial intelligence, and high-resolution imaging to monitor environmental conditions at scale. Develops tools for agriculture to optimize soil health and crop yields, while providing precise pollution detection to support large-area soil remediation efforts. These technologies address critical challenges in sustainable farming, environmental cleanup, and national security.

This startup provides waste processing services that utilize wash plant facilities, bioremediation techniques, and custom mineral processing plants to convert complex waste streams into high-quality aggregates. By enabling the construction, demolition, mining, and marine dredging sectors to recycle materials, the company significantly reduces the volume of waste sent to landfills and supports the circular economy.

Develops precision probiotics designed to detoxify per- and polyfluoroalkyl substances (PFAS) from contaminated environments. This bioremediation approach targets the persistent and harmful effects of PFAS, offering a sustainable solution to reduce their impact on human health and ecosystems.

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.

Terraform Science develops a bio-agritech ecosystem utilizing over 40 proprietary biotech patents to enhance soil health and promote sustainable agriculture. The company addresses soil degradation and nutrient depletion by transforming organic waste into high-quality soil amendments, improving crop yields and environmental resilience.

Smallops produces high-quality iron nanoparticles encapsulated in carbon using hydrothermal carbonization, enabling their application in wastewater treatment, biogas production, and soil enhancement. The company transforms agricultural waste into valuable products, addressing the challenges of waste management and environmental remediation.

BluumBio utilizes enzyme-based bioremediation technologies to remove industrial pollutants such as petroleum, pesticides, and plastics from soil, air, and water. By harnessing naturally occurring enzymes from fungi, bacteria, and tropical trees, the company restores ecosystems and promotes biodiversity within 6-12 months of project initiation.

PfBIO develops biopesticides and biofertilizers derived from natural sources to replace traditional agrochemicals. This approach reduces chemical runoff and enhances soil health, addressing the environmental impact of conventional farming practices.

Convergent Bio develops sustainable agricultural systems that utilize bioremediation and precision farming techniques to enhance soil health and reduce chemical inputs. This approach addresses the issues of food safety and environmental degradation by producing healthier crops with lower ecological impact.

Soil Steam develops soil steaming technology that utilizes water and heat to eliminate weeds, pests, and diseases without chemicals. This method effectively restores biologically contaminated soil, promoting sustainable land management and ecological balance.

The startup develops microbial-based pesticides and organic soil amendments that enhance crop yields and accelerate plant growth while reducing water consumption. Their solutions effectively control soil-borne pathogens and remediate toxic compounds in soil and water, providing farmers and gardeners with a sustainable alternative to chemical pesticides.

New Leaf Biologics supplies engineered microbial consortia and carrier formulations that biologically mineralize petroleum hydrocarbons, polycyclic aromatic hydrocarbons, and solvent residues directly in soils, groundwater, and wastewater. The products are applied as liquid or solid carriers with synergistic surfactant blends to increase contaminant bioavailability, providing a non‑toxic, cost‑effective alternative to excavation, chemical oxidants, or thermal treatment. Integrated delivery kits and real‑time qPCR/biosensor monitoring support remediation firms, oil‑and‑gas operators, and municipal utilities in compliant site cleanup.

The startup produces phytoextraction plants that utilize hyperaccumulator species to extract and sequester heavy metals from contaminated soils. This technology enables rapid soil remediation, facilitating the recovery of agricultural land affected by metal pollution.

Mermade provides a patented microalgae-based technology to recycle spent biomanufacturing cell culture media. This process removes waste metabolites while preserving nutrients, enabling media reuse and significantly reducing greenhouse gas emissions, water usage, and wastewater discharge for biomanufacturing companies.

LL Material Factory utilizes genetic engineering and bioengineering to transform organic waste into eco-friendly chemicals, significantly reducing carbon emissions by up to 80%. The company provides tailored biological solutions for industries such as chemicals, cosmetics, and energy, promoting sustainable production practices.

RemePhy is developing metal-hyperaccumulating plants for phytoremediation to purify contaminated soils by extracting heavy metals. This approach addresses soil pollution, enabling the recycling of valuable metals while restoring ecosystem health.

The startup develops an industrial tool that produces living substrates inoculated with non-GMO microorganisms for soil remediation and waste recovery. By analyzing the feasibility of various cultures and providing liquid inoculum and encapsulation techniques, the tool enhances the preservation and effectiveness of fungal seeds for environmental health applications.

Algbio uses microalgae to treat industrial waste and capture CO2 emissions. Their process produces biofuels and other bio-based products, offering a sustainable waste management and resource recovery solution.

The startup develops a technology that converts biogenic waste, such as manure and food scraps, into carbon-rich biochar through a pyrolysis process. This approach enables nutrient recovery, reduces greenhouse gas emissions, and sequesters carbon, contributing to environmental sustainability and improved public health.

This startup develops biological fungal technology that biodegrades plastics through enzymatic processes, effectively addressing the global plastic waste crisis. By harnessing the natural capabilities of fungi, the company aims to provide a sustainable solution for plastic pollution.

FA Bio utilizes its patented SporSenZ technology to capture and analyze microbial samples from agricultural soils, enabling the discovery of microbial bioproducts that enhance soil health and crop productivity. This approach addresses the need for sustainable alternatives to chemical inputs in agriculture, promoting biodiversity and reducing environmental impact.

This biotechnology company develops fungal bioremediation solutions to break down per- and poly-fluoroalkyl substances (PFAS) in contaminated soil. Their scalable biological compounds leverage specific fungal species to degrade pollutants, offering an eco-friendly method for environmental restoration.

BIOIONIX® utilizes a patented three-tier system that generates non-chemical SuperOxidants™ to effectively disrupt the DNA and RNA of pathogens in food and water supplies. This technology provides a safe, sustainable alternative to traditional chemical disinfectants, significantly reducing the use of harmful substances while enhancing food safety from farm to table.

The startup operates a biocontrol platform that develops engineered viruses and enzymes, such as XylePhage for olive trees and KataNaseTM disinfectant, to combat plant diseases and remediate polluted environments. By providing targeted biochemical solutions, the company helps farmers and healthcare providers reduce reliance on chemical treatments while promoting sustainable agricultural and environmental practices.