Piarcs, Pbc
Semiconductors, 3190 29th Street, Boulder, Colorado, 80301, United States, 1-10 Employees
Phone Number: +12*********
Who is PIARCS, PBC
PIARCS currently focuses on Resource Recovery from Wastewater. Namely, PIARCS is developing an unconventional Biological Phosphorus Removal system more cost effective than competing Struv...
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- Headquarters: 3190 29th Street, Boulder, Colorado, 80301, United States
- Date Founded: 2014
- Employees: 1-10
- Revenue: $1 Billion and Over
- Active Tech Stack: See technologies
- CEO: Alexandra Holland
Industry: Semiconductors
SIC Code: 8049; 8221 | NAICS Code: 621399 | Show More
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Frequently Asked Questions Regarding PIARCS, PBC
Answer: PIARCS, PBC's headquarters are located at 3190 29th Street, Boulder, Colorado, 80301, United States
Answer: PIARCS, PBC's phone number is +12*********
Answer: PIARCS, PBC's official website is https://piarcs.org
Answer: PIARCS, PBC's revenue is $1 Billion and Over
Answer: PIARCS, PBC's SIC: 8049; 8221
Answer: PIARCS, PBC's NAICS: 621399
Answer: PIARCS, PBC has 1-10 employees
Answer: PIARCS, PBC is in Semiconductors
Answer: PIARCS, PBC contact info: Phone number: +12********* Website: https://piarcs.org
Answer: PIARCS currently focuses on Resource Recovery from Wastewater. Namely, PIARCS is developing an unconventional Biological Phosphorus Removal system more cost effective than competing Struvite and Alum. This sustainable technology will allow US Water Treatment plants to meet upcoming EPA regulations. For Food and Beverage Industries, PIARCS process will create a new revenue stream from high-density Phosphorus fertilizer production. In the area of algal biofuel, PIARCS medium term deliverable is the prototype validation of high yield lipid production using algae under high irradiance, suitable for scalable outdoor biofuel production. PIARCS goal is to enable US algal lipid productivities on the order of 7,500 gal per acre per year in open ponds. As a validation of the theoretical work authored by PIARCS founder, the critical milestone consists of building a prototype able to maximize overall efficiency through minimizing the light flux per algal cell. A PCT application has been published (WO/2016/060650).
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