Mycoremediation Solutions
Revolutionary Fungal Technology for England's Water Crisis
Transforming England's sewage crisis through cutting-edge mycoremediation technology - an eco-friendly, cost-effective solution that turns waste into value.
Watch Our Vision
England's Water Crisis: The Urgent Need
Recent Developments (2025):
- Water (Special Measures) Act 2024: New legislation demanding immediate action
- Environment Agency Report: "Intolerable pollution incident performance"
- Public Outrage: 15,000 people marched on Parliament demanding change
- AMP8 Period (2025-2030): £20B allocated for wastewater network improvements
The Science: Mycoremediation Technology
Proven Mechanisms of Fungal Wastewater Treatment:
Heavy Metals
Degradation
Pollutants
Toxins
Enzyme Arsenal
Ligninolytic Enzymes: Laccase, lignin peroxidase, manganese peroxidase break down complex organic pollutants including pharmaceuticals, dyes, and persistent organics.
Metal Sequestration
Cell Wall Binding: Hydroxyl, amine, and carboxyl groups effectively capture heavy metals with 90%+ removal efficiency demonstrated.
Mycelial Networks
High Surface Area: Filamentous structure provides massive contact area for pollutant interaction and enhanced mass transfer.
Proven Success Stories
Global Case Studies Demonstrating Efficacy:
Oregon Storm Water Project (2014)
Results: Mycofilters placed around storm drains successfully reduced waterborne pollutant concentrations. Project made national headlines when effectiveness was scientifically validated.
Tunisian Tannery Wastewater (2023)
Results: Trametes versicolor achieved 45% COD removal under non-sterile conditions at pH 5.5, with significant chromium removal and detoxification.
Pune Domestic Wastewater (2013)
Results: Aspergillus species achieved 88.34% BOD reduction and 1470.68 to 171.48 mg/L COD reduction in domestic sewage treatment.
Our Innovative Pilot Solution
Integrated Mycoremediation System Design:
Modular Bioreactors
Scalable fungal pellet systems with optimized oxygen transfer, pH control, and nutrient management for maximum efficiency.
Real-Time Monitoring
IoT sensors tracking pollutant removal, fungal health, and system performance with automated optimization.
Circular Economy
Biomass harvesting for biofuel production, converting waste treatment into revenue-generating byproducts.
Technical Innovation:
- Multi-Species Consortium: Optimized fungal communities for broad-spectrum pollutant degradation
- Pelletized System: Enhanced settling, easy harvesting, and improved treatment efficiency
- Co-cultivation Technology: Fungi-microalgae partnerships for enhanced nutrient removal
- Adaptive Management: AI-driven system optimization based on influent characteristics
Expert Team
Meow-Ludo Meow-Meow
Chief Scientific Officer & Co-Founder
- BSc Genetics (UNSW) + MBA (Curtin)
- 5+ Australian Patents in diagnostic biotechnology
- Moth Diagnostics: Raised USD $750K, pioneered LAMP diagnostics
- BioFoundry: Established Australia's first DIY biotech lab
- MARes in Hybrid Arts: Current research on biotechnology applications
- Expertise: Molecular biology, bioprocess engineering, regulatory compliance
Krish Patel
Chief Executive Officer & Co-Founder
- BSc Economics (LSE) + British/Australian Citizen
- 25 Years R&D/Innovation: UK & Australia commercialization expertise
- Unicorn Experience: 2 unicorn-scale ventures, plus others
- 10 Years Partner: BDO/Grant Thornton Australia
- UK Based: Local market knowledge and regulatory networks
- Expertise: Innovation commercialization, strategic partnerships, funding
Pilot Implementation Roadmap
Phase 1: Lab Optimization
- Isolate and characterize optimal fungal strains for UK wastewater
- Optimize growth conditions and pellet formation
- Conduct preliminary pollutant removal studies
Phase 2: Pilot Plant Design
- Engineer modular bioreactor systems
- Install monitoring and control systems
- Establish partnership with local water authority
Phase 3: Field Trials
- Process real wastewater with comprehensive monitoring
- Optimize operational parameters
- Document environmental and economic benefits
Phase 4: Scale-Up Planning
- Design commercial-scale systems
- Secure regulatory approvals
- Develop business partnerships
Investment Requirements & Expected Impact
Funding Requirements:
- £250,000: Equipment and infrastructure
- £180,000: Personnel costs (18 months)
- £70,000: Materials and consumables
- £50,000: Regulatory and compliance
- £50,000: Contingency and overhead
- Total: £600,000
Market Opportunity:
- UK Market: £24B infrastructure investment committed
- Treatment Costs: 50-70% reduction vs. conventional
- Carbon Credits: Revenue from negative emissions
- Byproduct Value: Biofuel and biomaterial sales
- Export Potential: Global water treatment market
Environmental & Social Impact:
Negative
Waste
Jobs
Call to Action
What We're Seeking:
Investment Partners
£600K seed funding for 18-month pilot project with clear milestones and measurable outcomes.
Industry Collaboration
Partnership with progressive water company willing to pilot innovative solutions.
Regulatory Support
Engagement with Environment Agency and Ofwat for pilot program approval and validation.
Download the Pitch Deck
Interested in learning more? Fill out the form below to access download links for both PDF and PowerPoint versions of our comprehensive pitch deck.
Questions? Contact Meow-Ludo Meow-Meow directly at meow@mycene.io or +61-491-266-084
Why Act Now:
- Regulatory Pressure: Water (Special Measures) Act 2024 demands immediate solutions
- Public Sentiment: Growing environmental awareness and activism
- Technology Readiness: Proven science ready for commercial application
- Market Timing: £24B infrastructure investment creates unprecedented opportunity
- Competitive Advantage: First-mover advantage in revolutionary technology sector