Biology Rising™
One Science.
Twelve Platforms.
Infinite Possibilities.
Our Biotechnologies
There's a biological answer for (almost) everything.
Every industry faces the same challenge: producing more while using fewer resources, improving efficiency, and reducing environmental impact. Find the biotechnology built for yours.
Find biotechnology for your industry
Growing the Future of Food
Where it helps: • Higher crop productivity • Better nutrient-use efficiency • Restored soil biology • Lower input dependency • Stronger farm profitability
Biology Built for Greenhouses, Vertical Farms, and Hydroponics
Indoor growing removes weather from the equation — but root-zone biology, water microbiology, and nutrient delivery still have to work together. We build biotechnology purpose-fit for greenhouses, vertical farms, and hydroponic and aeroponic systems, so growers get consistent, year-round production.
Where it helps: • Consistent year-round yield • Healthier root-zone biology • Better nutrient-use efficiency in recirculating water • Fewer crop losses to root disease
Healthier Water. Stronger Production.
Water quality is the foundation of successful aquaculture. Our biology improves pond ecology, microbial balance, and aquatic animal health — for shrimp farms, fish farms, hatcheries, and recirculating systems alike.
Where it helps: • Improved water quality • Higher survival rates • Better feed conversion • Less organic waste
Supporting Animal Health Through Biology
Healthy livestock start with healthy biology. Our technologies support digestive health, nutrient utilization, and environmental management across poultry, swine, dairy, beef, and more.
Where it helps: • Better feed conversion • Stronger digestive and immune health • Improved environmental conditions • Less waste
Municipal Water
Biology for Cleaner Water
Communities depend on safe, reliable water systems. Our biological technologies support wastewater treatment, nutrient removal, sludge reduction, and odor control — at lower operational cost.
Where it helps: • Higher treatment efficiency • Less sludge • Lower operating costs • Regulatory compliance support
Restoring Balance Through Biology
Mining operations face rising expectations for environmental performance. We apply biotechnology to mine-site rehabilitation, soil restoration, and water treatment on disturbed landscapes.
Where it helps: • Faster land rehabilitation • Better water management • Reduced long-term environmental liability
Recovering More, Chemically Processing Less
Microorganisms can do what heavy chemical processing used to — leaching valuable metal out of ore and mine waste. We apply biomining and bioleaching to improve mineral recovery while reducing chemical inputs and reprocessing tailings for additional value.
Where it helps: • Higher metal recovery • Lower chemical processing costs • Tailings reprocessed for value • Reduced environmental liability
Oil & Gas
Biotechnology for Energy and Environmental Stewardship
The energy sector increasingly relies on biotechnology to speed remediation, recover more from aging reservoirs, and reduce environmental impact — across upstream, midstream, refining, and storage operations.
Where it helps: • Enhanced Oil Recovery (EOR) • Faster remediation • Improved water treatment • Lower remediation costs
Restoring Natural Ecosystems
Healthy ecosystems are essential to healthy communities. We partner with governments, conservation organizations, and land managers to restore degraded soils, rebuild biodiversity, and accelerate ecosystem recovery.
Where it helps: • Restored biodiversity • Stronger ecosystem resilience • Better soil and water health • Climate adaptation support
Biology Instead of Harsh Chemistry
Mineral scale and corrosion quietly cost industry billions in downtime and lost throughput. Our biological treatments dissolve scale deposits and remediate rust and corrosion on pipelines, tanks, and industrial equipment — without the harsh acids conventional treatment relies on.
Where it helps: • Extended asset life • No harsh-acid handling or disposal • Lower maintenance cost
Twelve integrated
biotechnology platforms
One science. Twelve platforms, organized into three sectors — each a specialized scientific capability, all sharing one foundation: harnessing the power of biology to improve life.
Sector | Platforms |
Agriculture & Food Systems | Agricultural Biotechnology™ • Controlled Environment Agriculture™ • Precision Nano Nutrition™ • Living Rhizosphere Technology™ • Biological Crop Protection™ |
Animal & Environmental | Systems Aquaculture Biotechnology™ • Animal Health & Probiotics™ • Environmental Biotechnology™ • Oil Remediation Biotechnology™ |
Bioeconomy & Advanced | Industries Mushroom Biotechnology™ • Industrial Biotechnology™ • Mining Biobleaching & Resource Recovery™ |
Advancing sustainable food production through biology — improving crop productivity, nutrient efficiency, soil health, and food security.
Grow more from every acre without wearing out the soil that grows it. Biological crop nutrition and regenerative practices improve productivity while restoring long-term soil capacity.
Focus Areas:
Biofertilizers • Plant Biostimulants • Biological Crop Protection • Seed Technologies • Soil Regeneration • Precision Biological Agriculture • Carbon Farming
Biology built for greenhouses, vertical farms, hydroponics, and aeroponics — so growers get consistent, year-round production regardless of weather.
Focus Areas:
Greenhouse Systems • Vertical Farming • Hydroponics & Aeroponics • Root-Zone Biology • Water Recirculation • Biological Crop Optimization
Get nutrients exactly where a plant needs them, at the moment it needs them. Nanotechnology-enabled delivery improves uptake and efficiency without wasted input.
Focus Areas:
Nano Nutrients • Precision Delivery • Foliar Nutrition • Micronutrient Technologies • Root Uptake Enhancement • Advanced Crop Nutrition
Put the root microbiome to work. Engineered beneficial microorganisms improve nutrient cycling, plant resilience, and soil function for seasons, not just one crop cycle.
Focus Areas:
Root Microbiome Engineering • Mycorrhizae • PGPR • Endophytes • Soil Carbon Biology • Biological Nutrient Cycling
Protect crops from insects, disease, and stress without relying solely on synthetic chemistry — with biological defenses that work with the plant’s own systems.
Focus Areas:
Bioinsecticides • Biofungicides • Bionematicides • Integrated Pest Management • Plant Defense Activation
Restoring natural systems and protecting living systems — from aquatic production to environmental remediation.
Keep ponds and hatcheries in balance. Water biology, probiotics, and biofloc systems improve fish and shrimp health while making aquaculture more sustainable at scale.
Focus Areas:
Water Biology • Aquatic Probiotics • Biofloc Systems • Pond Microbiology • Hatchery Technologies • Nutrient Cycling
Healthier gut, better performance. Microbiome-based technologies improve digestion, immunity, and feed efficiency across poultry, swine, dairy, beef, and companion animals.
Focus Areas:
Animal Probiotics • Gut Microbiome • Feed Efficiency • Digestive Health • Poultry · Swine · Dairy · Beef
Restore what’s been degraded. Biological systems treat wastewater, remediate contaminated sites, and rebuild the resilience of stressed ecosystems.
Focus Areas:
Soil & Groundwater Restoration • Wastewater Treatment • Carbon Cycling • Ecosystem Restoration • Circular Bioeconomy
Bring hydrocarbon-impacted land and water back to working condition. Specialized microorganisms and enzymes degrade oil contamination in soil, produced water, and coastal environments — and recover more from aging reservoirs.
Focus Areas:
Hydrocarbon Biodegradation • Enhanced Oil Recovery (EOR) • Produced Water Treatment • Spill Response Biotechnology • Refinery Waste Treatment • Pipeline & Storage-Site Remediation • Coastal & Wetland Recovery
Supports upstream, midstream, downstream, marine, coastal, and industrial restoration projects across the global energy industry.
Biology beyond agriculture — powering biological manufacturing, renewable materials, and a more circular industrial economy.
Unlock the potential of fungi — from functional mushrooms to mycelium-based materials, enzyme production, and mycoremediation.
Focus Areas:
Mushroom Cultivation • Mycelium Engineering • Fungal Fermentation • Mycoremediation • Bio-Based Materials
Manufacture with less waste and lower impact. Precision fermentation and industrial microbiology replace harsher chemical processes — and restore aging assets biologically instead of chemically.
Focus Areas:
Precision Fermentation • Industrial Bioaugmentation • Scale Removal • Rust & Corrosion Remediation • Waste-to-Value Systems • Water Reuse • Circular Bioeconomy
Recover more value from ore and waste streams with less chemistry. Microbial bioleaching improves mineral recovery while helping rehabilitate mine-affected land and water.
Focus Areas:
Biomining • Microbial Bioleaching • Critical Mineral Recovery • Tailings Reprocessing • Acid Mine Drainage Treatment • Rare-Earth Element Recovery • Mine-Site Rehabilitation
One integrated biotechnology ecosystem
While each platform represents a distinct scientific discipline, none operates in isolation. Discoveries made within one platform often accelerate innovation across many others — a continuous cycle of research, technology development, and commercial application that lets us combine microbiology, nanotechnology, fermentation science, and ecological engineering into complete solutions no single product could deliver.