Our Product Range
Discover more about our extensive range of bacteria/enzymatic blended products. We constantly update this page, but if you still can’t find what you’re looking for, please feel free to get in touch with us – we will be more than happy to help.
BTZ Carbon2Earth (C2E)
C2E - Carbon2Earth™ is BacterZyme’s advanced biological soil conditioning technology, designed to regenerate soil health, enhance nutrient efficiency, and accelerate the natural processes of carbon sequestration in agricultural systems.
Built on a proprietary consortium of beneficial microorganisms, enzymes, and organic substrates, C2E works at the root–soil interface (rhizosphere) to unlock the full biological potential of soils—transforming them into living, carbon-rich ecosystems.
C2E introduces a multi-strain microbial consortium supported by enzymes and metabolites that activate key soil processes:
Carbon Capture & Stabilisation
- Converts plant-derived carbon into stable soil organic carbon fractions
- Supports the formation of humic and fulvic substances
- Enhances long-term carbon storage in soil matrices
Rhizosphere Activation
- Stimulates root–microbe interactions
- Increases root biomass and root:shoot ratios
- Enhances nutrient exchange efficiency between soil and plant
Nutrient Cycling & Availability
- Accelerates mineralisation of organic nutrients
- Improves nitrogen utilisation efficiency (NUE)
- Enhances phosphorus solubilisation and uptake
Soil Structure & Water Dynamics
- Promotes aggregation and soil structure stability
- Improves water infiltration and moisture retention
- Reduces compaction and enhances aeration
Real-World Impact
Field applications have demonstrated that C2E can:
- Significantly increase soil organic carbon levels
- Reduce reliance on synthetic fertilisers
- Improve crop resilience and productivity
- Enhance soil moisture retention under drought conditions
In long-term trials, measurable increases in soil carbon have been observed within the first 12 months of application, supporting both agronomic performance and carbon sequestration outcomes.
Designed for Modern Agriculture
C2E integrates seamlessly into existing farming systems:
- Broadacre cropping
- Perennial orchards and vineyards
- Pasture and livestock systems
- Greenhouse and fertigation environments
It can be applied via:
- Soil drench or spray
- Irrigation and fertigation systems
- Integration with organic fertilisers and composts
Enabling Carbon Markets & Regenerative Agriculture
C2E is not just a soil conditioner—it is a carbon platform enabler.
By increasing soil organic carbon, C2E supports participation in:
- Soil carbon credit programmes
- Regenerative agriculture initiatives
- Sustainability and ESG reporting frameworks
Through integration with digital MRV platforms such as Lignis, soil carbon improvements can be measured, verified, and monetised, unlocking new revenue streams for farmers and landowners.
Key Benefits
- Enhances soil organic carbon and long-term fertility
- Improves nutrient efficiency and reduces input costs
- Strengthens plant health and resilience
- Supports regenerative and sustainable farming practices
- Enables participation in carbon credit markets
BTZ Eco-Cleanse Black
BacterZyme Eco-Cleanse Black is a high-performance biological remediation solution designed to restore balance in complex water environments. Built on a proprietary consortium of naturally occurring beneficial bacteria and enzymes, Eco-Cleanse Black™ accelerates the breakdown of organic waste, hydrocarbons, and excess nutrients across wastewater, freshwater, and estuarine systems.
Unlike conventional chemical treatments, Eco-Cleanse Black works with nature and not against it, enhancing the inherent biological processes that govern water quality and ecosystem health.
Modern water systems are under increasing pressure from:
- Nutrient overloading (nitrogen & phosphorus)
- Organic waste accumulation
- Sludge build-up
- Odour-generating gases such as ammonia (NH₃) and hydrogen sulphide (H₂S)
- Hydrocarbon and industrial contaminants
Eco-Cleanse Black addresses these challenges at their source by activating and amplifying microbial pathways responsible for decomposition, nutrient cycling, and system stabilisation.
At the core of Eco-Cleanse Black™ is a multi-strain microbial consortium (42 strains) supported by active enzymes and metabolites. Once applied, the system begins to:
- Accelerate enzymatic breakdown of complex organic matter and sludge
- Drive nitrification and denitrification, reducing nitrogen loads
- Support phosphorus cycling and bioavailability control
- Reduce odour-causing compounds such as NH₃ and H₂S
- Enhance aerobic and facultative biological activity, improving dissolved oxygen dynamics
- Promote competitive exclusion of undesirable microbial populations, including those associated with algal blooms
The result is a more stable, self-regulating aquatic system with improved performance and reduced environmental impact.
Eco-Cleanse Black™ is designed for versatility across a wide range of environments:
Wastewater & Effluent Systems
- Municipal wastewater treatment works
- Industrial effluent systems
- Lagoons, ponds, and sludge holding facilities
Freshwater Environments
- Dams and reservoirs
- Rivers and canals
- Agricultural water storage systems
Estuarine & Coastal Waters
- Brackish transition zones
- Tidal estuaries impacted by nutrient loading
- Coastal water bodies affected by organic pollution
Its ability to function across aerobic, anaerobic, and fluctuating salinity conditions makes it particularly effective in dynamic estuarine environments, where conventional solutions often fail.
Eco-Cleanse Black is:
- 100% natural and non-GMO
- Safe for use in environmental remediation programmes when applied correctly
- Designed to integrate seamlessly with existing treatment infrastructure
- Backed by extensive field application experience across multiple sectors
Key Benefits
- Reduces sludge volumes and improves system efficiency
- Controls odours and improves working conditions
- Lowers biological oxygen demand (BOD) and chemical oxygen demand (COD)
- Supports nutrient reduction and eutrophication control
- Enhances water clarity and overall quality
- Enables more sustainable, chemical-free treatment strategies