DEER CREEK August The Innovation of Transforming Wastewater Treatment Plants into Water Resource Recovery Facilities

Similar documents
Water Resources Utility of the Future By Mike Maringer. Copyright quasar energy group

PROGRESSIVE AGRICULTURE Energy Options for Ohio Agriculture

W hich types of biomass are best for a digester? 9/27/2013. quasar energy group. ANAEROBIC DIGESTION Wastewater Treatment

The Impact of Co-Digestion on Water Resource Recovery Facilities In Order to Achieve Energy Neutrality

Biothane Anaerobic Technology Memthane 2.0 WATER TECHNOLOGIES

Biothane Anaerobic Technology Memthane 2.0

Biothane Anaerobic Technology Memthane 2.0

Feedstock Separation: Organic versus Inorganic

US Biogas Industry Development Indications for Biomethane

Anaerobic Digestion in Maine

Potential Future Changes in Waste Collection and Disposal Practices

BioDigestion and Biogas Energy

Closing the Gap Reaching for Energy Independence in Water Reclamation

Case Studies. Government and Institutional: Spurring development through innovation. Moderated By: Christopher Miller Partner, Ice Miller

Sustainable Energy Recovery from Organic Waste

ORGANICS RECOVERY ALTERNATIVES

Turn waste into value. Industrial water and waste treatment solutions

Use of non-conventional biological method in wastewater treatment in Egypt

Why Codigestion? Increase biogas energy production. Reduce fossil fuel consumption. Reduce operating / energy costs. Minimize carbon footprint

Presented by: USA Biogas

Anaerobic: without oxygen Anaerobic organisms or anaerobes: organisms that do not require oxygen for growth

Why consider AD? Definitions: What can be digested? 8/8/2016

Sunflower Integrated Bioenergy Center. Sunflower Integrated Bioenergy, LLC

Anaerobic Digestion not just biogas production. FARM BIOGAS Methane consulting cc

UNIT 5. Biomass energy

ADI ANAEROBIC MEMBRANE BIOREACTOR (AnMBR)

Commercial and Institutional Food Waste Management

Fact Sheet - Biogas: Converting Waste to Energy

Anaerobic Digestion of Source Separated Organics in America. Nora Goldstein, Editor BioCycle

Making Waste Productive. Creating Energy from Waste

TITLE PAGE. from Dairy Manure and Mortality Digester. Keith Henn, Jeff Coombe, John Martin Jr., and Jennifer Purcell

California s Alternative and Renewable Fuel and Vehicle Technology Funding Program: AB 118

Algal-Microbial Desalination System for Clean Energy, Water and Biomass Production

Wastewater Management: Problem or Opportunity?

9/29/2015. Based in Eaton Colorado. Rattler Ridge Facility. Eaton Facility

Riverside Water Quality Control Plant. Riverside, CA LOCATION: MBR MANUFACTURER: COMMENTS:

The Role of Anaerobic Digestion in Wastewater Management by Vincent Vutai et al. Anaerobic Digestion. in Wastewater Management

Organics to Energy Program

Making Wastewater Reclamation More Sustainable

(c) Tertiary Further treatment may be used to remove more organic matter and/or disinfect the water.

Water Reuse Terminology

Performance Evaluation of the Moores Creek Advanced Water Resource Recovery Facility

Optimization of Anaerobic Digestion with Bio- Organic Catalyst Compositions (BOCs)

Novel Memthane Anaerobic MBR realizing sustainable ambitions. Frankfurt; June 19, 2012; 11:30 Jan Pereboom and Jeroen van der Lubbe

Biogas Cuts Climate Pollution

Onion waste, once a liability, is now an asset at Gill s Onions

Diverting Food Waste From Landfills Using Anaerobic Digestion.

Biofuels Technology Options for Waste to Energy

The True Challenges & Risks of Biogas and its Utilization Options in Thailand

Microalgae. Extremely high growth rate

! Overview of Waste-to-Energy! Waste Sources and Quantities! Waste-to-Energy Drivers and Benefits! West Lafayette Case Study. !

TITLE PAGE. Steps to Making it Possible. Keith Henn & Matt Krumenauer

Florida s food waste problem. 1.7 million tons reported in 2007 ~5% of total municipal solid waste (MSW) Only 1% recycled

Problem Statement WWTP. Biosolids Management. Biosolids 2 5/14/2013. Anaerobic Co-Digestion of FOG: Pilot Demonstration at BCUA

Frequently Asked Questions

Status of Managing the Organic Waste in the U.S.: The 2013 Columbia Survey and Beyond Ljupka Arsova Consultant II Gershman, Brickner & Bratton, Inc.

Biomass and the RPS. Anthony Eggert Commissioner. California Energy Commission

Comprehensive Biosolids and Bioenergy Planning Authors: Cameron Clark* 1, Irina Lukicheva 1, Anna James 1, Kathy Rosinski 1, Dave Parry 1

Anaerobic Digestion Post-consumer Food Scraps. NEWMOA Webinar Tom Kraemer and Greg McCarron October 8, 2015

FARM DIGESTERS AND MANURE PHOSPHORUS MANAGEMENT

A joint effort of the Orange County Water District and Orange County Sanitation District

USDA Western Regional Research Center Albany, California

Integrated Manure Management System

Biogas opportunities in Australia. Dr. Scott Grierson ENA Seminar, Zinc Melbourne 28 June 2017 Melbourne

REALIZING RENEWABLE ENERGY POTENTIAL

Anaerobic Digestion Post-consumer Food Scraps

Anaerobic Processing Principles & Technologies. Endeco

Chapter 2 Wastewater Treatments for the Food Industry: Physical Chemical Systems

Brown County Community Digester Update. creating a better future Today

Inland Empire Dairy Manure to Energy Cow Power Renewable Energy Program. April 2007

Donner Summit PUD Interactive Map Pop-up Text and Photos June 30, 2015

Aerobic and Anaerobic Biodegradation. Danny Clark ENSO Bottles LLC 06/29/2010

Integrated process for biogas production from algal biomass 1 th May 2012 Francesco Ometto

Co-Digestion: The Path to Net-Zero Energy Consumption

Wastewater Treatment clarifier

Process Water and Wastewater Treatment. for the Food and Beverage Industry WATER TECHNOLOGIES

WASTEWATER TREATMENT SPECIFIC PRODUCT MARKET SHARE FOR WASTEWATER TREATMENT Microbial Blends TABLE 15 U.S. SALES FOR U.S.

BIOLOGICAL WASTEWATER BASICS

The Next Generation of Ethanol. Wes Bolsen CMO & VP The Coskata Process The Best of Both Worlds. Biofuels Journal Workshop October 30th, 2008

Process Water and Wastewater Treatment. for the Food and Beverage Industry WATER TECHNOLOGIES

Ohio s Biosolids Program. OWEA Biosolids Workshop December 6, 2018

BIOGAS FUEL POTENTIAL IN MUNICIPAL WASTEWATER TREATMENT

Intersection of Water Quality and Renewable Energy. Midwest Manure Summit February 16, 2011

Production from Organic Residues. Biogas

MAXIMIZING BENEFITS WHILE MINIMIZING RISKS OF ADDING ALTERNATIVE FEEDSTOCK SOURCES

Utilizing Anaerobic Digester Capacity to Process Source Separated Organics: Two Case Studies

Technological options for fecal sludge treatment in urban areas: case study in Beijing

Why We Must (and how we can) Have Sustainable Biofuels: AFEX Pretreatment Nears Commercialization

Dan Ostrenga. Sanimax USA

From Waste to Energy From Problem to Opportunity

Developments in Anaerobic treatment of F&B wastewaters

Hydrothermal Processing in Wastewater Treatment Overview

Carbon Redirection and its Role in Energy Optimization at Water Resource Recovery Facilities

Sulaibiya world s largest membrane water reuse project

Municipal Organic Solid Waste as an Alternative Urban Bioenergy Source

400,000. MILLION GALLONS of water per day. The Desalination Plant and Process Locations. Welcome and Overview. people in San Diego County

Codigestion Case Studies Enhancing Energy Recovery From Sludge

Waste water treatment

Re: Comments on the Short-Lived Climate Pollutant Reduction Strategy Concept Paper.

MANURE PHOSPHORUS MANAGEMENT: PROCESSING TECHNOLOGIES AND EFFICIENCY

Transcription:

DEER CREEK August 2015 The Innovation of Transforming Wastewater Treatment Plants into Water Resource Recovery Facilities Copyright quasar energy group 2015 1

ANAEROBIC DIGESTION - WASTEWATER TREATMENT Over the next 10 years, wastewater treatment plants (WWTP) will undergo profound changes Copyright quasar energy group 2015 2

Following a groundbreaking ceremony on March 26, 2014, Stanford is moving forward on the construction of the William and Cloy Codiga Resource Recovery Center, "CR2C" for short, whose main purpose will be to testbed and demonstrate scalability of promising wastewater treatment technologies and essentially serve as an innovation accelerator. One of the first key projects will be a test of resource recovery technology at pilot-scale, extracting clean water, nutrients, energy and chemical feedstocks from wastewater Copyright quasar energy group 2015 3

Copyright quasar energy group 2015 4

Process Flow Chart Copyright quasar energy group 2015 5 5

Facility of the future Copyright quasar energy group 2015 6 6

PROPRIETARY Gas Cleaning Technology quasar has collaborated with Air Products to develop proprietary gas cleaning technology. Gas Cleaning Now biogas can be affordably upgraded to biomethane exceeding pipeline quality. Ohio organic residuals represent the equivalent of 1,000,000,000 gallons of renewable fuel annually. Gas Drying & Compression Gas Separation Air Products Prism Membranes Copyright quasar energy group 2013 Copyright quasar energy group 2015 7

Chevy CNG Vehicle Copyright quasar energy group 2015 8

How Quickly did the City benefit? Monthly Electric Bill City of Wooster (Ohio) Copyright quasar energy group 2015 9

Do you really see the savings? August 2013 Invoice August 2014 Invoice Copyright quasar energy group 2015 10

INPUTS TYPES OF ORGANIC RESIDUALS: Food Processing Residuals Manure Energy Crops & Spent Grains Biobased Oils & Lubricants FOG (fats, oils & grease) Waste Water Treatment Sludge Personal Care Products Ethanol and Biodiesel processing residuals Dissolved Air Flotation (DAF) Expired, damaged or off-spec consumer goods Packaged Organics (depackaging technology) Crop Residuals Glycerin & Stillage Whey Sugar Water 11 Copyright quasar energy group 2015 11

Food Waste Has Three (3) Times the Methane Production Potential As Biosolids Cattle Manure = 25m 3 gas / ton Biosolids = 120m 3 gas / ton Food Waste = 376m 3 gas / ton Copyright quasar energy group 2015 12

Copyright quasar energy group 2015 13

Copyright quasar energy group 2015 14

CASE STUDY The Cleveland Indians The Cleveland Indians have cut the amount of waste going to the landfill in half over 4 years. In 2012, the organization sent approximately 60 tons of food waste to a compost facility. They will be able to recycle 80 to 100 tons of food waste with macerating technology and AD. 15 Copyright quasar energy group 2013 15 Copyright quasar energy group 2015 15

ANAEROBIC DIGESTION SOLUTIONS The Cleveland Indians have cut the amount of waste going to the landfill in half over 4 years In 2012, the organization sent approximately 60 tons of food waste to a compost facility Going forward, it is estimated that they will be able to recycle 80 to 100 tons of food waste through quasar s more efficient waste management and transportation system and InSinkErator s macerating technology Copyright quasar energy group 2013 16 Copyright quasar energy group 2015 16

Copyright quasar energy group 2015 17

Solutions - Food waste management Copyright quasar energy group 2015 18

Copyright quasar energy group 2015 19

Microbial Fuel Cell Copyright quasar energy group 2015 20

12 Tubular MFC Modules Copyright quasar energy group 2015 21

Copyright quasar energy group 2015 22

Copyright quasar energy group 2015 23

TN1: the right microbe to do the job - Can use VFAs as food. - Makes LOTS of hydrogen and PHA. - Can grow aerobically and anaerobically. PHA Copyright quasar energy group 2015 24

PHA bottle biodegradation over a period of 2 months. Copyright quasar energy group 2015 25

Mike, I would like to introduce you to Mr Kent Shields, CEO, E3 Clean technologies. Dr Botte, is a professor at OU, Athens. We got in touch with them, while we were looking to solve the problem of high concentration Ammonia water. E3 clean technologies uses electrolysis of Ammonia water to produce hydrogen gas. "Water will be the coal of the future," Jules Verne wrote with confidence in 1874 Jules Verne Copyright quasar energy group 2015 26

Copyright quasar energy group 2015 27

Copyright quasar energy group 2015 28

Copyright quasar energy group 2015 29

Samples from processing dairy manure digestate Copyright quasar energy group 2015 30

Copyright quasar energy group 2015 31

Copyright quasar energy group 2015 32

California Drought: Orange County expands 'toilet to tap' water recycling The process works by re-routing a proportion of the 1.3 billion gallons of waste water generated in Southern California each day into a threestep treatment. The first is microfiltration of the treated waste water to remove solids, oils and bacteria, before the resulting liquid goes through reverse osmosis, pushing it through a fine plastic membrane that filters out viruses and pharmaceuticals. The water is then treated with UV light to remove any remaining organic compounds, before joining the main groundwater supply, which must pass strict quality controls to meet legal standards, and distribution to households. Copyright quasar energy group 2015 33

Copyright quasar energy group 2015 34

Copyright quasar energy group 2015 35

Copyright quasar energy group 2015 36

Copyright quasar energy group 2015 37

Copyright quasar energy group 2015 38

667.37 FT 2 Copyright quasar energy group 2015 39

Dunaliella salina algae PRODUCER OF BETA-CAROTENE AND GLYCEROL FEED ON BRINE Copyright quasar energy group 2015 40

Copyright quasar energy group 2015 41

Management Team Paul Horst (CEO). Jim Fahrner (CFO) Founded industrial computer company, 9x cash over cash exit in 3 years, later spun off as NASDAQ company Grew alternative energy subsidiary of DTE Energy to over $40M Geoff Horst (CSO), Robert Levine (CTO) Developed Algal s patent-pending treatment process PhD candidates in biology and chemical engineering Mike Maringer, James Bleyer (operations, engineering) Managed Campbell Soup s largest wastewater treatment plant (10 million gallons per day), highest certification Designed and built bio-fuel plants Notable Advisors: Joh Kang, Walter Weber PhD, VP & Director of water at Tetra Tech PhD, Professor Emeritus, U. Michigan Engineering Partners Alan Environmental John Baker Tetra Tech 42 Copyright quasar energy group 2015 42

Algal Scientific s Hypertrophic process produces Valuable biomass from Industrial byproducts High value compounds and clean water 43 Copyright quasar energy group 2015 43

Bench-top performance Brewery process water A) Untreated wastewater; B) Micro-organisms growing on wastewater; C) Centrifuged microorganism pellet and supernatant for effluent. Copyright quasar energy group 2015 44

Copyright quasar energy group 2015 45

DETROIT FREE PRESS February 10, 2013 Tom Walsh: 'Survivability is key' for start-up animal feed Comments maker Copyright quasar energy group 2015 46

Copyright quasar energy group 2015 47

http://www.forbes.com/sites/michae lkanellos/2015/04/07/can-algaehelp-the-meat-industry-cut-backon-antibiotics/ Copyright quasar energy group 2015 48

Copyright quasar energy group 2015 49

THANK YOU WASTEWATER OPERATORS FROM MIKE MARINGER Copyright quasar energy group 2015 50