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Executive Summary     Pitch Deck    Financial Projections     Business Plan     Term Sheet


Elevator Pitch

PIARCS, PBC conducts R&D enabling sustainable biofuel and clean water.




    PIARCS, PBC offers revolutionary scientific solutions in the area of algal biofuel production and wastewater treatment. Leveraging the founder’s interdisciplinary IP, PIARCS primarily conducts R&D and generates revenue through licensing.
      Based on the founder’s theoretical publications in the area of algal biofuel production, PIARCS’ early R&D aims to validate and patent novel bioreactor designs able to maximize biofuel productivities.

In the area of wastewater treatment, PIARCS proposes to validate a 1-step biological solution (patent pending) which affords both high loading phosphorus accumulation (for renewable fertilizer production) and complete phosphorus removal (for wastewater cleanup).

Customer Problem

    PIARCS, PBC offers revolutionary solutions to peak oil, peak phosphorus, water pollution and drinking water shortages. PIARCS’ already mature IP aims to afford the following near-term solutions:
    • Affordable sustainable algae-based biodiesel (US prices under $92/barrel)
    • Complete phosphorus removal from wastewater to mediate ecosystem preservation
    • Supply of renewable phosphorus fertilizer to mitigate forthcoming shortages of worldwide rock reserves.
    As a Public Benefit Corporation, PIARCS’ expansion strategy will focus on licensing its IP at low cost to end-users (algal biofuel producers, wastewater treatment plants and fertilizer producers), and provide a growing array of technical resources at no additional cost.

Business Highlights

  • PIARCS’ IP on algal biofuel production proposes a patentable novel bioreactor design maximizing biomass productivity. This design results from the founder’s interdisciplinary methodology in Chemical Engineering and Microbiology.
  • PIARCS’ proprietary phosphorus removal process affords both high loading phosphorus accumulation (for renewable fertilizer production) and complete phosphorus removal (for wastewater cleanup). Competing technologies focus on either one or the other.
  • PIARCS’ sustainability focus: in the medium term, process integration of PIARCS’ dual R&D focus affords the production of a nutrients-free effluent (or clean water) from wastewater.

Use of Funds

141112 Funds no border

      Fixed Assets (General & Custom Lab Equipment): $208,000
      Patents/Legal/Accounting/Taxes: $95,000
                 Operating (Salary, Consumables, Lease, Contractors): $197,000

Risks & Mitigating Factors

Risks picture 1

  • Competition (Very Low) – since PIARCS’ IP approaches are novel
  • Regulatory (Very Low) – thanks to PIARCS’ sustainability focus
  • Operations (Medium) – thanks to PIARCS’ founder research expertise
  • Technical (High) – However, PIARCS’ dual R&D focus provides risk mitigation
  • Funding Needs (Medium) – Intermediate funding needs to validate two key scientific breakthroughs
  • Other (Medium) – Constrained IP timeline

Portrait Alex

Alexandra Holland

Interdisciplinary research in Microbiology and Chemical Engineering

As the culmination of a 15-year international and interdisciplinary scientific journey, Alexandra Holland, PhD, has founded PIARCS as a Delaware Public Benefit Corporation to leverage her IP and promote sustainability. Alexandra’s fundamental research on phosphorous accumulation by bacteria started as an undergraduate at UC Berkeley. She pursued this work at the graduate level thanks to a National Science Foundation GRFP fellowship, and independently after completion of her doctorate in Chemical Engineering. Alexandra’s applied research on algal biomass production started as a doctorate side project funded by a National Science Foundation IGERT fellowship (Multinational Collaboration on Challenges to the Environment) at the University of Washington, Seattle. Scientific ties resulting from this IGERT fellowship international experience allowed her to pursue her independent algal research as a self-funded Visiting Scholar after her PhD.



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Thus, fish A has a division time of 5 hours, and fish B has a division time of 10 hours. While fish A grows faster than fish B, the biomass yield of fish A (50% g biomass / g pellet) is lower than that of fish B (100 %).

If you chose to grow the fast fish, then your approach fits with the strategies to-date.
If you chose to grow the efficient fish, then your approach fits with PIARCS’ novel strategy.