PODs For People - Snapshots of ECOADUNA Activity Worldwide Services 09oct2012

OVERTURE & SUGGESTION

At present (10/2012) primarily involving people and organizations in:

(providers) USA, Japan, Sweden, Switzerland, Germany, Netherlands, Russia

(recipients) Japan, Turkey (re: Syria), Kenya, Afghanistan, Liberia

Let’s takes 15 minutes this week when Roseanne Cash is in Richmond for a concert to all sit down and get her and others engaged to

LINK TOGETHER

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Your circle, Our circle, Her circle,

and from this 15 minutes, then some very specific people & groups like:

James Wolfensohn, Richard Branson, Angelina Jolie, Salma Hayek, Julia

Roberts, Faith Hill & Tim McGraw, ChurchWorldService, Rich Koca, Bruce

Rich, Deloitte-Japan, Elon Musk, Madonna, UNHCR, Medicine for Humanity,

Paul Allen, Stephan Schmidheiny, Brizio Biozza-Morra, Frank Pearl, SharoukVehabzedah, and a few more!

And GET Good Things Going

Copyright © 2012 ECOADUNA Foundation All Rights Reserved

These are simply some collected images and text for what we are engaged in with a number of other people and organizations worldwide *

Medical and environmental restoration and rejuvenationfocused upon refugees and disaster-relief

with long-term community microeconomic sustenance

* At present (10/2012) primarily involving people and organizations in:


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(recipients) Japan, Turkey (re: Syria), Kenya, Afghanistan, Liberia

This is not just about technology serving to solve technical problems. This is about a “synergy-synthesis” plan that can accomplish a great deal “more” with “less” and in a way such that some critical global problems are addressed and solved in a better way, through this project as an example, than in the way that most governments, NGOs, and consortia are working on these problems presently.


Tohoku Sori

An

Ecosymbiotic

Project for

Ecological,

Economic

and Social

Rejuvenation

ONE TARGET AREA OF SERVICE

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Fukushima Precture, Tohoku Region,

Japan

Note: This file is mainly based upon earlier work with different PODs (EcOasis POD, CyberPOD family) and there is much reference, direct and indirect, to products in the TetraDyn repertoire (see http://tetradyn.com).

This is not for open-distribution public release.

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This stems from Version 1 from Martin D, 28.Sept.2012


Note! This presentation has been

assembled rapidly by only one person.

There is not enough time to give it

“corporate professional style”. Information

content is more important than “flash”

I. Primary Focus

Immediate socioeconomic needs of people in affected communities, and to preserve continuity of culture, lifestyle, economics, and not to have people simply displaced, shunted-off, forgotten, etc.

Concentration upon turning the Need into the Opportunity by making the Actual Reconstruction of mainly medical, health-social-care, education and exportable production (agri/consumer areas mainly)

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education and exportable production (agri/consumer areas mainly) into a sustainable revenue-generating Operation.

How?


I. (cont.)

How?

(a) POD manufacture for many necessary purposes, including for export from Japan to other areas (e.g., eastern Turkey (Syrian refugee camps), most of Africa, other regions and “hot spots” hit by natural disasters or conflicts).

(b) Implementation on a grassroots-scale to begin, and then ramping up in scale/scope, of an Integrated System for Environmental, Ecological, and Community Therapeutics of the effects from

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Ecological, and Community Therapeutics of the effects from massive and long-term radiation contamination, which also entails:

(b.1) Production and future export of the technology (“hard” and “soft”) and methods/services for such, &

(b.2) Planned, organized, systematic demonstration to the Global Market that what is coming from Tohoku Region (and indeed, all of Japan) in food and other consumable products is healthy and safe and indeed of higher quality than competitive products from other sources.


I. (cont.)

Some examples

(a) PODs in general

(b) MedAtrium – a modular, mobile, reconfigrable Hospital/Clinic

(c) Other devices and software that can be employed today and with low cost

(d) The “organic” approach to construction and production of products including structures and their components (e.g., POD

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products including structures and their components (e.g., POD elements). Literally, this is like the proverbial “intelligent machine that builds

more of itself” (von Neumann, Birkoff, et al). Some initial POD-based

clusters, facilities for manufacture, assembly, and other production, then

produce the parts for more of the same, and these are for consumer use and for export. [Metaphor – it is as if one said, we will build a greenhouse and food

processing plant and textile factory, but we will first plant certain trees and crops and

we will build our factory out of these first-gen crops…]

(e) The central role of Clean Food production (as with the modular, advanced-tech Hydroponic Vegetable Production Plants


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II. “Synergy/Symbiosis” Focus

Using the situation of the Tohoku Crisis and Needs, coupled with the reality of severe, deepening crises in other regions of the world, to turn all of this into a sustainable economic network that enables peoples in these different regions to literally be part of an

Economy that Serves Disaster and Risk Communities

Driven by the people in those communities working and producing things that are needed worldwide (and not only for such communities themselves but for countries/regions that (so far) are not severely

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themselves but for countries/regions that (so far) are not severely impacted by natural, accidental or intentional emergencies, disasters and chronic major problems.

(another way of expressing this) Produce the things needed today to fix the

situation locally, but in a manner that can yield economic growth (jobs,

revenues, profits, and a satisfied community) by exporting those same things

to other parts of the world.

How?


II. (cont.)

This is How!

Expansion of the “ecosymbiotics” principle at work:

Need (Demand):

Structures (houses, shops, schoolrooms, offices, garages, small factories, etc.) + sensible and

better (“22nd cent. tech” that is proven, validated and commercially available Today, 2012)

Consumer-grade “CBRN” sampling, sensing, monitoring and decontamination, protection, &

neutralization products and techniques (multiple ones – again: all proven, works now,

economical, easy)

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Consumer-grade energy products – solar (including photovoltaic polymer surface coatings

(visible/IR spectra), very novel and practical fuel cells, multi-fuel (including clean waste-

combustion!) external combustion, and much more (‘cottage industry” production, too)

CLEAN GREEN “CBR”-free FOOD PRODUCTION – Hydroponics for vegetables and fruits

Traditional, regular, everyday products (regionally-sensible)

Where?

Not only in Japan tsunami & radiation affected areas!

Turkey (Kilis camps), most of Africa, a large part of South America and South Asia, much of the

Middle East, all climate-change affected regions, and even all over the USA and parts of EU

now (impacts from both Nature, conflict and Econ-Depression)Copyright © 2012 ECOADUNA Foundation All Rights Reserved

II. (cont.)

Production (Supply):

Intelligent, capable, strong, resilient PEOPLE – starting in Tohoku Region and also in East

and West Africa and the Middle East. This means not only the “usual” working population

but all those who want to work and can do something – even student-age, elder-age, and

much can be telecommuting.

THIS INCLUDES GIVING KIDS (teens) THE OPPORTUNITUY TO WORK – THEY WANT

TO DO SO! And in the process, they receive their On-The-Job Best-Possible

EDUCATION

Hydroponic agriculture especially is perfect for children and youth. Also solar panel and

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device assembly. And everything to do with Computing and the Internet.

This may seem to be impossible, impractical, unfeasible or even ludicrous, but it can

definitely be done this way and the studies, and testament by others, will back up this

approach and this plan.

Do you want the Alternatives? This is what we as a Planet are Producing Instead by not doing what is described herein �


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II. (cont.)

Supplies, Logistics, Transport, and the Real Markets:

This is Not like manufacturing automobiles or airplanes. Unbelievably, some of the

components for packaging and shipping other commodity goods (e.g., food produce, fish,

sake, electronics, textiles) – even from other regions of Japan and neighboring producers

in the East Asian Region, can actually be parts of the PODs and certain energy/power

products that instead of becoming trash and waste, or being shipped back somewhere at

great expense, Can Actually Be Parts and Wholes of Other Export Products!!!

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History gives many examples but here is one simple one: Consider how sailing ships (e.g.,

“clippers”) would sail back to the Americas or Asia with cut-stone as ballast weight, and

then these stone blocks were used in cities (e.g., Baltimore, Boston, New York) to build

houses! Why have we in the 21st century forgotten, it seems , HOW TO BE EFFICIENT?


Images that are principally about CyberPODs

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Five basic types (classes, species) of PODs (slide 1 of 2)

TPOD – Trailer-based

ROC

CPOD – Container-based

Copyright © 2012 TETRADYN Ltd. All Rights Reserved Patents Pending

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RPOD

APOD

Five basic types (classes, species) of PODs (slide 2 of 2)


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More on Other-Type PODs – remarks on inter-type combinations (1)

For any POD types, they can be combined, like LEGO blocks, with

each other, with some connector-canopies and connector-shafts

(mostly from flexible roll-up, roll-out material, tent-like even, but

also, not just TPOD with TPOD and CPOD with CPOD, but

TPOD with CPOD,

or CPOD with APOD, or CPOD with APOD,

or TPOD with ROC,

or ROC with APOD or CPOD

– all the combination types, basically

The most common multi-POD assemblies will be based upon

CPOD, ROC and RPOD designs. They can literally “grow” into

larger complexes.

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More on RPODs in particular – open-ended design,

simple common-core elements (1)

Think about these two drawings and the type

of living/working structure they depict or can

depict..

Now think of how to make all sorts of such

RPOD structures from very fundamental

building blocks that are panels which can be

combined “any-which-way” as parts of

floors, walls, ceilings - and - here is a key

point - there are only a small number of

basic panels, and you can use them for any basic panels, and you can use them for any

section of the POD that you want! It doesn’t

matter. Why? Because each panel has some

subsection that can be removed and replaced

with another same-size, same-fit subsection –

and that subsection can be for a door, a

window, an inter-room opening, or for an

appliance-fixture, or for an interface for

electrical, plumbing, or HVAC.

Picture that you are building apartment

modules out of LEGO-like panels that snap

together, and with some of them you are

going to snap-out some subsection and

replace it with another.20


More on RPODs in particular – simple panels, any combination (2)

What we want to show is a kind of “exploded view” – like in

those IKEA modular furniture assembly instruction manuals

– of how different panels like these get put together as

building blocks into making one complete RPod that is then building blocks into making one complete RPod that is then

used as residence, office, lab, or whatever.

So we need to convey the sense to the viewer of how the

different sized sections make up a complete “volume” and

also how different subsection panels get replaced with other

functional subsections (e.g., doors, windows, and utility-

access panels)

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More on RPODs in particular and the panel types (3)

So, the idea is simple - these below and

others like them can be made out of the

basic building block panels above.

Elementary, basic

Panel. This can be

floor, wall or

ceiling

Four subsections

replaced with

windows and

utility connectors

Four subsections

replaced with

door, window and

utility connectors

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An EROC-based POD is typically 1, 2, 3, 4, or more standard EROC Pods of this

geometry

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More on ROC PODs – combinable in three dimensions, any assembly pattern (3)

Goal: see how multiple ROC PODs can

be combined with one another, similar

to these initial rough drawings

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What typically goes inside different CyberPODs – all

components are inserted, locked in place for transit, and

removable for use in other PODs including of different typesremovable for use in other PODs including of different types

(TPOD, CPOD, APOD, ROC, RPOD)

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Typical layout in a TPOD or CPOD – note “80x20” or similar hardware

will be employed for construction of fixed and mobile racks, sliders,

shelving, and retainer structures

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Some instruments that will be on-board components of different POD types, depending on the general application (e.g.,

energy/environment, public health/infectious disease testing, emergency/disaster response)

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Health (Community Rapid Response for Infectious Disease Outbreaks) (CRAIDO)C

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Environmental Health/Safety - remote-plant Site (ENEX, EcoPOD)C

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Data that is principally about CyberMODs

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Examples of pathogens processed by lab-on-chip with CyberMOD (2)

(IN ONE TEST)

Detects, Differentiates and Identifies:

Influenza A: H1, H3, H5, H7, H9 with subtype ID’s of H1N1, H3N2, H5N1 and H9N2 and Influenza B

(IN ONE TEST)

Salmonella enterica (Typhi) Escherichia coli O157:H7 Serratia marcescens

Staphylococcus aureus (MRSA252) Listeria monocytogenes Vibrio cholerae

Shigella dysenteriae Norwalk virus Rotavirus

Campylobacter jejuni Clostridium botulinum Yersinia enterica

Bacillus cereus

(IN ONE TEST)

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(IN ONE TEST)

Staphylococcal enterotoxin B Ricin (plant toxin from the castor bean)

Botulinum toxins (Clostridium botulinum)

Mycotoxins filamentous fungi (Fusarium, Myrotecium, Cephalosporium, Trichoderma, Verticimonosporium, Stachybotrys species)

(IN ONE TEST)

Malaria Dengue Chikungunya Rift Valley West Nile JE EV71

SARS Yellow Fever TB Typhoid Fever

(IN ONE TEST

Detects, Differentiates and Identifies:

Anthrax, Small Pox, Plague and Tularemia

Typical configurations and assemblies of CyberMODs (3 of 3)This is an attempt to show how common and familiar devices and geometries can be combined within CyberMODs.

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Examples of integratable existing CEBIT sensor elements into CyberMOD

Bioluminometer can be

adapted to CyberMOD

with a card and later

miniaturized

Fast-luminescence

(< 20-sec.) testers can be

integrated w CyberMOD

electronically or via

standard camera on

smartphones and other

mod card units

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Optical waveguide interferometer chipset

Calixene-based detector (biomolecules,

heavy metals)

MEMS microfluidic chip

Bigger structures built out of PODs – here & next slide - some “theme” images

Imagine – and try to create mentally – images where such a cluster is made out of virtually any

combination of the five fundamental POD types (note interesting point on the last slide)

For some inspiration, check out here:(Google image search on “modular pods village cluster community”)

https://www.google.com/search?tbm=isch&hl=en&source=hp&biw=1045&bih=623&q=podular+pod+village+cluster+community

&gbv=2&oq=podular+pod+village+cluster+community&aq=f&aqi=&aql=&gs_l=img.3...5453.14544.0.14982.39.9.0.27.0.0.213.107

3.3j5j1.9.0...0.0.JN0vSpZOoFg#hl=en&gbv=2&tbm=isch&sa=1&q=modular+pods+village+cluster+community&oq=modular+pod

s+village+cluster+community&aq=f&aqi=&aql=&gs_l=img.3...206683.211553.0.214130.3.3.0.0.0.0.597.790.2j5-

1.3.0...0.0.BavZ0wKDz0Y&pbx=1&bav=on.2,or.r_gc.r_pw.r_cp.r_qf.,cf.osb&fp=72147a2722cd4c30&biw=1045&bih=623

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More “theme” images (also Google-image-search on “modular village (pod OR dome OR

cube)”

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MedAtrium – one slide here, but the basis for a major

discussion and operation that serves many needs very sensibly

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Copyright ©2008 TETRADYN, LLC

A

B

DE

F

G

West East

A1

C1

D2

B1

E1

B2

D1

H2

F1

F2

G1

H1

H

C

MedAtrium

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Now, to conclude by remembrance of how Everything Fits

Together and why no parts and peoples can be ignored…

Let us look at a few of these slides, starting with one of the

most amazing “synergetic systems,”

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most amazing “synergetic systems,”

Our Home…

Copyright © 2012 ECOADUNA Foundation, All Rights Reserved

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Copyright © 2012 ECOADUNA Foundation, All Rights Reserved

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Modern Times Have Not Stopped Our Ability as Nations

and Unions of Nations to do BIG PROJECTS

Golden Gate BridgeBletchley Park and Colossus

42USA and CCCP Space Programs

Railroads across North America and Siberia

US Interstate System

Brasilia

Akashi-Kaikyō Bridge

The End … of the Beginning

Copyright © 2012 TetraDyn Ltd., All Rights Reserved

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CONTACT INFORMATION

Martin Dudziak

[email protected] [email protected]+1 (804) 740-0342 (land)

Copyright © 2012 TetraDyn Ltd., All Rights Reserved

+1 (804) 740-0342 (land)

+1 (202) 415-7295 (mobile)

+1 (505) 926-1399 (GoogleVoice)

Nancy Cimino

+1 (703) 724-3880 [email protected]

(alternate) [email protected]

Skype: martindudziak

9400 Windy Cove Ct., Suite “I”, Richmond, VA 23294-647044

PODs For People - Snapshots of ECOADUNA Activity Worldwide Services 09oct2012

Documents

ecoaduna foundation

russiarecipients japan

tohave people

tohoku region

specific people groups

tohoku crisis

pod manufacture

competitive products