Name Of Awesome Panel: Moderator: Panelists

Name of Awesome Panel 8:00am – 9:00am

Moderator : Whoever’shis Face Panelists: Panelist Shmo Number1 Panelist Schmo

The next event is

Name of Awesome Panel and it will begin promptly at 10:00am

Networking Reception Sponsors

Friday Networking Reception:

Sunday Wine Tasting Reception Sponsor:

Tetra Expression Hill and Wollack Wine Special Thanks to the Following Estates Individuals: Bob Richards · Chris Stott · Michael Potter

If you have any questions, contact Space Frontier Foundation Executive Director Will Watson at (917)207-8826. Texting is preferable.

Keynote Conference Introduction 8:30am – 9:00am

Speaker : James Muncy

Ames Day Opening Keynote 9:00am – 9:30am

Speaker : Lew Braxton

Ames Small Satellites Panel 9:30am – 10:20am

Moderator : Jeffrey Panelists: John Hines Dan Andrews

Flight Systems Implementation Branch

TIMELINE OF ARC LIFE SCIENCES SPACEFLIGHT MISSIONS Bion

1960’ s

Gemini 3, 8, 12

1970’ s

Foton

1980’ s

1990’ s

2000’ s

Space Shuttle

Apollo 17 Skylab 3

Supported to date 56 STS and 7 ISS missions Ø Over 165 Principal Investigators Ø Diverse model specimens studied vMammalian tissue culture, microbes (prokaryotic and eukaryotic), plants, primates, avian eggs, amphibians, lizards, aquatic species, insects, snails, and avian

ISS

NASA/MIR NanoSatellites

FLIGHT SYSTEMS • Payload/Project Management, engineering, operations and integration – International Space Station (ISS) – STS: Middeck, SpaceHab, Spacelab – Russian: MIR, Foton, Bion

• Support for comprehensive studies • Ground based 9

EXPERIMENT DEVELOPMENT PROCESS

10

Ames Small Satellites Panel 9:30am – 10:20am

Moderator : Jeffrey Panelists: John Hines Dan Andrews

Networking Break 10:20am – 10:40am

Please be back at 10:35. The next event, starting at 10:40 is

Ames Commercial Space Panel

Ames Commercial Space Panel 10:40am – 11:30am

Moderator : Bruce Pittman Panelists: Dan Rasky John Hogan

Advanced Life Support Systems

John A. Hogan, Ph.D. Bioengineering Branch NASA Ames Research Center NewSpace Conference 2009 July 18, 2009

Earth’s Life Support Systems (ELSS)

Physical/Chemical Properties & Processes •Resource diversity/distribution/cycling •Proper solar radiation levels •Radiation protection – Earth’s core •Proper gravitational field •Stable rotation •Proper atmospheric pressure •

• •

Earth’s Ecosystem Services Air Water

purificati on

Soil formation/ fertility

Radiatio n protecti

purificati on

Climat e contro

Food /Fiber productio

Waste decompositi on

Nutrie nt cycling

Therm al control

Disease/p est control

Temperatur e Ai r F ood

Radiation Protection

Waste Removal

Wate r Pressur e

Gravit y

IS S

L una

M ars

Space Exploration R&TD Power •Air •Water •Waste •Biomass production •Food processing •Thermal control •Efficient Structures •Transportation •In situ Resource Utilization •Monitoring/Control •Communication •Systems Integration • Modeling & Analysis •

Evolved Mars Base Mission – Life Support C O2 Food

EVA P res. Reg.

S pent H2 O CO2 Rem oval

CO2

AIR .

O 2 / N 2 P ressure Regulator

O2

O 2 /N 2

Drink H2O

E M U Cooling H2O

E M U S olid W aste

Los t A /L A ir

A /L A ir S ave P um p

EMU

C rew C abin

? MC A

Grey W ater

H ygiene

A ir

To TCS Fluid Loops

H 2O

H eat

C ond. T ank

Fec al Storage

Feces

E dible B iom as s

A ir

FD S

Grey W ater

Urine

TC S W orking Fluid Loops H eat

CO2

H 2O

THERM AL . AAA

(Cat. Ox.)

A ir

H 2O

C rop D ryer

H 2O

A ir

TCCS

D ry Crops

Heat

4BMS

A ir

HEPA

Laundry

C lothing

Food W aste / T rash

Food Storage

Food & W ater

Food W as te

CO 2

Food Preparation

Grey W ater

O2

H 2O

D etergent

H 2O

O2 / N2 Storage

O 2 /N 2

Food

Power •Air EVA SUPPORT •Water HUM AN ACCOM M ODATIONS •Waste •Biomass production •Food processing •Thermal control •Efficient Structures •Transportation •In situ Resource Utilization •Monitoring/Control •Communication •Systems Integration W ASTE W ATER . • Modeling From: & Analysis NASA ALS Reference Missions •

FOOD .

H 2O

C ond. H X

Grey W ater

Fec es

C om mode

U rinal

H 2O

C ond. HX

Incinerator

O2

H 2O

CO 2

N utrient Solution T ank

RO B rine

H 2O

O 2 from Cabin

O2

Plant Chamber

PC W Q M

APC O S

H ydroponic S olution

S alt / A cid

H 2O

O2 Scrubber

C ond. T ank

P otable H 2O P roduc t Tank

Grey W ater

RO

H 2O

Document

MC V

Grey W ater

H 2O

W aste D ryer

Dry B iom as s

C ompactor

S olid W as te

H 2O

H 2O

Dry B iom as s

A sh

Heat

Solid W aste Storage

W W T ank

H 2O

BIOM ASS. O2

C ond. H X H 2O To TC S Fluid Loops

A ir

A ir

CO2

C ond. T ank

E xhaust

To TCS Fluid Loops

Inedible B iom as s

H um an W aste

Urine

Ames Commercial Space Panel 10:40am – 11:30am

Moderator : Bruce Pittman Panelists: Dan Rasky John Hogan

Yvonne’s Slides 10:40am – 11:30am

Moderator : Bruce Pittman Panelists: Dan Rasky John Hogan

Ames Commercial Space Panel 10:40am – 11:30am

Moderator : Bruce Pittman Panelists: Dan Rasky John Hogan

Ames Public/Private Partnerships Panel Moderator : 11:30am – 12:20am

Bruce Pittman Panelists: Gary Martin Jeffrey Smith Michael

There are Many Ways to Build PublicPrivate Partnerships • Space Act Agreements (Non-Reimbursable, Reimbursable, Memorandum of Understanding, Memorandum of Agreement, and Interagency) • Licensing Agreements (Exclusive, Nonexclusive, and Limited Exclusive) • Software Agreements • Cooperative Research and Development Agreements (CRDA) • Cost Shared Contract • IPP Seed Fund Program • Small Business Innovative Research (SBIR) Program • Small Business Technology Transfer (STTR) Program

Technology Partnership Highlights Disaster Imaging & Response

Planetary Content

Common Spacecraft Bus Development

Global Connectio n

Planetary Skin

Pipeline Rights-ofWay

Greenspace

Leveraging NASA Science and Technology for a Cleaner Greener Earth

Global Monitoring Clean Energy Green Aviation Sustainable Systems

Green Initiatives Water Power Biofuels R&D Remote Sensing

Solar Thermal Test System

Personal Rapid Transit

Biofuels from Algae

NASA Sustainability Base

http://green.arc.

Executive Summary •

NASA Research Park (NRP) is located on property at NASA Ames Research Center in California’s Silicon Valley – –

•

The NRP brings academia, industry and NASA together into a collaborative and profitable partnership to advance the NASA mission – – – – –

•

In 1994 NASA took over ownership of the 1300-acre property of the former Naval Air Station Moffett Field adjacent to the original 500-acre NASA campus NASA has developed the property into the NASA Research Park to create a worldclass, shared-use R&D campus for government, academia, non-profits and industry

Over 40 industry and 14 university partners onsite 100s of R&D collaborations, and new organizations Proven business management and processes Environmental entitlement completed approx 5 million sf new construction Large-scale leases completed--Google (42 acres 1.2M sf) and University Associates (72 acres 3M sf)

Internal and external reviews indicate that the NRP will have direct programmatic and financial benefits for NASA and the nation – – –

2003 U.S. Government “Best Innovative Policy” national award National Research Council Review, “new model of industry-government partnerships.” National Academy of Sciences “NRP: a NASA and National Asset” Paper Presentation 2008

NASA Programmatic Benefits From the NASA Research Park •

R&D: bringing the best new ideas for technology through ongoing longterm onsite partnerships • • •

•

Space Exploration/Science • • •

•

Universities-UCSC, CMU, SCU (CREST), Institutes-the Mars Institute Small companies-focus on space exploration products--examples life sciences, IT, robotics, UAV; nanotechnology, sustainability, fuel cells power Large companies like Google potential to be major partners in space exploration and commercialization

Entrepreneurial Space/new space economy • • •

•

with universities --more fundamental new R&D with over 40+ small companies on-site (need for new products immediately or company fails) and more coming in with large companies both fundamental R&D and technology insertion/missions

All of the above-an integrated program to pursue NASA mission and policy goals, R&D, space exploration, establishing new space economy Commercial space--Space Portal---involve universities, companies Ready source for innovative applied technology to respond to commercial requirements for exploration and science objectives

Education • •

Key element of universities on-site encouraging Science, Technology, Engineering and Math (STEM)---5 different graduate degree programs-all classes taken onsite, SCU CREST-small sat classes United Negro College Fund (SP) Academy on-site, minority focus with students and faculty

Ames Public/Private Partnerships Panel Moderator : 11:30am – 12:20am

Bruce Pittman Panelists: Jeffrey Smith Gary Martin Michael

The next event is

COTS Networking Lunch and it will begin promptly at 10:00am

Name of Awesome Panel 8:00am – 9:00am

Moderator : Whoever’shis Face Panelists: Panelist Shmo Number1 Panelist Schmo