wastewater treatment systems for reuse course irrigation, artificial lakes and ... composites...

Wastewater Treatment SystemsFor ReuseMarch 22, 2016

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The practice of capturing wastewater from homes and businesses, treating it to a high quality, then delivering the water for reuse.

Recycled water can satisfy most water demands, as long as it is adequately treated to ensure water quality appropriate for the use.

Nonpotable uses:, landscape, public parks, and golf course irrigation, artificial lakes and agriculture.

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Drought in California and the Southwest: Legislation requiring reuse in golf courses, landscaping and in new commercial buildings (new San Francisco ordinance)

Cost of municipal water is rising

State and regional government incentives

Growing number of states adopting guidelines for water reuse (+33)

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Largest commercial water users: offices, schools and golf courses, followed by restaurants and retail

Office parks, schools and golf courses would benefit most from reusing wastewater for irrigation.

4Source: Pacific Institute

http://www.pacinst.org/wp-content/uploads/sites/21/2013/02/waste_not_want_not_full_report3.pdf

0 50 100 150 200 250 300 350

Hotels

Laundries

Hospitals

Retail

Restaurants

Golf Courses

Schools

Offices

Commercial Water Use in California, 2000

million gallons/day (MGD)

41% rise since 2010

5Source: Circle of Blue research

HTTP://WWW.CIRCLEOFBLUE.ORG/2015/WORLD/PRICE-OF-WATER-2015-UP-6-PERCENT-IN-30-MAJOR-U-S-CITIES-41-PERCENT-RISE-SINCE-2010/

Monthly water bill for a household of 4 using 400 gallons/day - 2015

We take domestic wastewater and give it back to you as clean, disinfected water for onsite irrigation.

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Minimal power consumption: solar-powered option available

Low impact: No noise, no odor, and small footprint

Durable and reliable: composites construction with few moving parts

Scalable: modular design Cost-competitive: low

capital and operational cost Automated operation Aesthetic design

Modular

Durable Solar power

Aesthetic

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Miranda WWTPs can be installed indoors, outdoors, or buried in the ground to meet your specific needs.

Indoors Outdoors Buried in Ground

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Maintenance Advantages:• Miracell is simple to operate• Automated, PLC programmed

control panel• Requires a short 1 day training• Requires minimal maintenance,

done by existing maintenance staff

• System start-up within two weeks.

• Sludge disposal at convenient intervals.

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Modular Design

Community of 1,000 persons (53,000 GPD) =

4 RBC’s

Community of 2,000 persons (106,000 GPD) =

8 RBC’s

Community of 4,000 persons (212,000 GPD) =

16 RBC’s

Flexible configuration options are ideal for decentralized,

onsite wastewater treatment for a wide range of flows

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Removal of large objects

Fats/Oils/Grease (FOG) removal—if required

Pre-settlement and flow equalization

To RBCBiologicalTreatment

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Biological treatment to digest organic matter

Sludge settles and is removed

Finer suspended solids are removed in the specially designed sedimentation tank

From equalization tank To chlorinator

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Disinfection using chlorine dosing

or Optional UV disinfection

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Tertiary filtration options:

Sand filter: removes fine suspended solids,

Activated Carbon Filter: removes color, odor, or non bio-degradable materials

Ultrafiltration: removes microorganisms and pathogens (down to 1 micron)

Result: crystal clear water for reuse.

From treated water tank

To reuse (irrigation)

Federal: EPA and National Pollutant Discharge Elimination System (NPDES)

State: permits issued by state agencies (e.g. Department of Environment, Department of Health & Human Services, Department of Health, etc.)

Counties / municipalities: may be involved in issuing permits as well (usually business-specific)

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International, independent, ANSI-accredited wastewater treatment testing and certification organization

Standards recognized by most state regulatory agencies

Industry standard “stamp of approval” for small-flow onsite wastewater treatment systems (less than 3,000 GPD)

NSF standards meet or exceed most state permitting regulations for larger decentralized systems as well

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Miracell-Green (with disc filter) meets NSF-40 standard for subsurface discharge (dripline irrigation)

Miracell-Blue (with Ultrafiltration) meets NSF-360 standard for reuse (spray irrigation)

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Over 300 installations worldwide, in + 40 countries

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Waltham, UK

Apple Springs SD, USA

Mudanya, Turkey

Johannesburg, South Africa

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Miranda reuse treatment plant commissioned April 2015

Phase 1: 10,000 persons (2,000 m3/day or 530,000 GPD)

Water re-used for landscape irrigation and water features

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Miranda reuse treatment plant commissioned April 2013

500-home gated community (350 m3/day or 92,000 GPD)

Water re-used for landscape irrigation

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Miranda reuse treatment plant commissioned June 2013

100-bungalow resort (200 m3/day or 53,000 GPD)

Water re-used for landscape irrigation and vegetable gardens

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www.miranda-tr.com

Thank you...

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