dr. haiko pieplow bmu may 13th, 2011, berlinvideo conference berlin/st. petersburg case study: nega...
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![Page 1: Dr. Haiko Pieplow BMU May 13th, 2011, BerlinVideo Conference Berlin/St. Petersburg Case Study: NEGA – Resources-Approach Minimum of Resources for Maximum](https://reader034.vdocuments.mx/reader034/viewer/2022051412/55156aa555034691418b4e64/html5/thumbnails/1.jpg)
Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Case Study: „NEGA – Resources-Approach“Minimum of Resources for Maximum of Utility
Kick-Off-Meeting
Terra Preta Sanitation
Blue Innovations
for future cities
![Page 2: Dr. Haiko Pieplow BMU May 13th, 2011, BerlinVideo Conference Berlin/St. Petersburg Case Study: NEGA – Resources-Approach Minimum of Resources for Maximum](https://reader034.vdocuments.mx/reader034/viewer/2022051412/55156aa555034691418b4e64/html5/thumbnails/2.jpg)
Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Blue Economy:
Imagination,
Vision,
Reality
sustainability:new business model
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Blue Economy
![Page 4: Dr. Haiko Pieplow BMU May 13th, 2011, BerlinVideo Conference Berlin/St. Petersburg Case Study: NEGA – Resources-Approach Minimum of Resources for Maximum](https://reader034.vdocuments.mx/reader034/viewer/2022051412/55156aa555034691418b4e64/html5/thumbnails/4.jpg)
Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Vision
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
zero emissions cities
blue economy
![Page 6: Dr. Haiko Pieplow BMU May 13th, 2011, BerlinVideo Conference Berlin/St. Petersburg Case Study: NEGA – Resources-Approach Minimum of Resources for Maximum](https://reader034.vdocuments.mx/reader034/viewer/2022051412/55156aa555034691418b4e64/html5/thumbnails/6.jpg)
Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Reality
Challenge 1:
economic efficiency of waste water system of St. Petersburg
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
€
waste of resources, power and money
€
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Vo
lum
el/(
P*y
ea
r)
Urine ~ 500
Feaces~ 50
(option: add biowaste)
Greywater 25.000 -100.000
N ~ 4-5 ~ 3 % ~ 87 % ~ 10 %
~ 34 %K ~ 1,8 ~ 54 % ~ 12 %
P ~ 0,75 ~50 % ~ 40 %~ 10 %
COD ~ 30 ~ 41 % ~ 12 % ~ 47 %
Reuse / Water Cycle
Treatment
Fertiliser
Terra PretaComposting
Treatment
Yearly Loadskg/(P*year)
fertile Soils
Flushwatercan be saved6.000 - 25.000
€ € €
![Page 9: Dr. Haiko Pieplow BMU May 13th, 2011, BerlinVideo Conference Berlin/St. Petersburg Case Study: NEGA – Resources-Approach Minimum of Resources for Maximum](https://reader034.vdocuments.mx/reader034/viewer/2022051412/55156aa555034691418b4e64/html5/thumbnails/9.jpg)
Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
If there is one problem, look for other problems and solve them together:
Problem:Lack of efficient low cost sanitation
Other Problems:
Water scarcityWeak soils, erosion, Missing food securityLack of incomeToo few jobs
Waterless Soil production
(Urban) gardening
Jobs with the systems, greywater in gardening, black soil makes water, food, happiness and health
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
10
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Ferralsol Terra Preta de Indio
Anthropogenic dark earth
Terra Preta: result of an 2000 years old successful sustainable soil and waste management
![Page 12: Dr. Haiko Pieplow BMU May 13th, 2011, BerlinVideo Conference Berlin/St. Petersburg Case Study: NEGA – Resources-Approach Minimum of Resources for Maximum](https://reader034.vdocuments.mx/reader034/viewer/2022051412/55156aa555034691418b4e64/html5/thumbnails/12.jpg)
Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Secret of Terra Preta de Indio:
- 2000 – 500 years old
- 16. century millions of people, today 350.000
- layers up to 2 meters
- fertile without adding artificial fertiliser
- multiple high yields
Composition: - around 10 % charcoal (biochar), - kitchen-, biowaste and excrements, - bones and - broken earthware, (lactofermentation and vermicomposting)
![Page 13: Dr. Haiko Pieplow BMU May 13th, 2011, BerlinVideo Conference Berlin/St. Petersburg Case Study: NEGA – Resources-Approach Minimum of Resources for Maximum](https://reader034.vdocuments.mx/reader034/viewer/2022051412/55156aa555034691418b4e64/html5/thumbnails/13.jpg)
Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
groundwater (natural or artifical)
Evapo-ration losses,
cooling by
plants
Greywater
Tap water processing
Tap water Irrigation
Freshwater demand:10 to 20
litres /person/d
Separator,Treatment
plant
Flushing water
Pumping station
Toilets, kitchen waste
Blackwater
BlueLoop plant
Terra Preta,
fertilizer
food, energy
Infiltration, irrigation Extraction
Soil
Bath, kitchen,
washing,
INTAQUATMAG
Challenge 2:
development of profitablebusiness models
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Toilets and resulting Dilution
Type of Toilet Daily Flow per P. Pro and Con'sFlushingtoilet
+ widely accepted- waste of water- high dilution
Vacuum-toilet
+ low water demand+ well developed (ships)- high-tec / expensive
Separatingtoilet
+ little water / little dilution+ simple fertiliser reuse- little experience
WaterlessUrinal
+ no water / no dilution- maintenance required
Composting-toilet
+ no water needed- high space demand- maintenance neededDesiccation toilet++ Desiccation for hot climates
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Sorting-Toilet(Gustavsberg, Sweden)
Waterless Urinal(Keramag)
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
waterless toilets
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Hamburg Central Station Terra Preta Sanitation
V & B GreenGrainChallenge 3:
Design of a black water separator
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Challenge 3: Design of a innovative black water separator
system: hotel 400 p/dreality: 200 – 400 l/p/d drinking wateroutput: waste water
vision: 20 l/p/d
reducing, reuse, recycling:carbon, nutrients (N,P, K),water
production of power (heating, electricity, mobility)
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Terra Preta Sanitation
black water separator:technical design?
Greenhouseblack soils,profitable plants
food
power
Biochar
faeces: 300 g/purine: 200 ml/p
paper
3,5 l (gravity, storm/greywater)
liquid 3 l solid matter 1 l
subsurfaceirrigation
50 % charshit, 50 % kitchen waste terra preta substrate
€lactic acid
profitablebusiness models?
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Dr. Haiko PieplowBMU
May 13th, 2011, Berlin Video Conference Berlin/St. Petersburg
Thank you