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Waste water treatment

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Category: Industrial <strong>Waste</strong><strong>water</strong> Treatment,<br />

Municipal <strong>Waste</strong><strong>water</strong> Treatment.<br />

Sub Category: Renewable Energy, Water,<br />

<strong>Waste</strong><strong>water</strong>, Cleantech.<br />

www.emefcy.com<br />

Company profile<br />

Technology revolutionizes the economics of waste<strong>water</strong> <strong>treatment</strong> by generating instead of consuming<br />

energy, utilizing electrogenic bacteria to produce electricity from waste<strong>water</strong> while cleaning the <strong>water</strong>.<br />

Conventional waste<strong>water</strong> <strong>treatment</strong> uses 2% of the global power (80,000 MW and 57,000,000 tons per<br />

year of CO2), amounting to $40B/year. Rather than using energy to treat waste<strong>water</strong>, Emefcy harvests<br />

renewable energy directly from the waste<strong>water</strong> and feeds it to the grid. The total potential carbon<br />

footprint reduction of Emefcy’s EBR’s technology is 76 million tons per year of CO2.<br />

Emefcy’s solutions address industrial and manciple waste<strong>water</strong> containing organic substance:<br />

(1) Electricity solution (EBR) - Treating waste<strong>water</strong> and producing green electricity as a byproduct. Ideal<br />

for treating waste<strong>water</strong> with a high concentration of organic substance<br />

(2) Zero-Energy solution (DFX) - Treating waste<strong>water</strong> with virtually zero energy required for aeration.<br />

Ideal for treating waste<strong>water</strong> with a low concentration of organic substance.<br />

Year of establishment: 2007<br />

No. of employees: 16<br />

Background of the company<br />

Emefcy founded by Eytan Levy and Ronen Shechter who also founded AqWise, an innovative waste<strong>water</strong><br />

<strong>treatment</strong> solutions company, in 2000 a successful company active worldwide.<br />

Awards:<br />

• Artemis Project Top 50 2011’s Most Innovative Water Technologies (5/11)<br />

• Pollution Engineering Magazine: 10 Top Technologies for 2011 (1/11)<br />

• The Guardian and the Cleantech Group: 2010 Global Cleantech 100 Company (10/10)<br />

• BlueTech Summit: A top 50 <strong>water</strong> technology company (6/10)<br />

• Sustainable World Capital: “A Cleantech Startup to Keep an Eye on” (4/10)<br />

• Global Water Intelligence: “one of 10 technologies that will save the world” (7/09)<br />

• CNET: “one of the 5 companies that will contribute to the reduction of the world dependence on fossil<br />

fuel” (4/09)<br />

• Artemis Project: 4th in top 50 <strong>water</strong> technology companies (4/09)<br />

Technologies & products<br />

General description:<br />

Emefcy developed an Electrogenic Bioreactor (EBR) for treating waste<strong>water</strong> whilst converting the organic<br />

contamination in the waste<strong>water</strong> to green electricity or Hydrogen.<br />

The system is based on Microbial Fuel Cell technology that enhances the bacteria’s ability to produce<br />

electric current as part of their metabolic activity. A layer of electro-active bacteria develops naturally<br />

on the electrode surface area. While degrading the organic compounds of the waste<strong>water</strong>, a bio-electrochemical<br />

reaction occurs, generating electricity in the process.<br />

Function of the product(s):<br />

Treating industrial waste<strong>water</strong> while utilizing the energy in the waste<strong>water</strong> to produce green<br />

electricity or hydrogen.<br />

Objectives / Target companies<br />

1. Industries with high concentration of organic matter in their waste<strong>water</strong> (food & beverage, pharma,<br />

chemicals, textile and pulp & paper industries). The offering will turn a waste<strong>water</strong> plant to a profit<br />

center using renewable energy.<br />

2. An aerobic waste<strong>water</strong> <strong>treatment</strong> plant for low organic contamination of waste<strong>water</strong> (targeting municipal<br />

waste<strong>water</strong> <strong>treatment</strong> plants) and with an energy reduction of over 90% of typical aerobic processes.<br />

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