Deep Scientific presentation 2024 08 29.pdf

martynuirusteikai 21 views 14 slides Oct 08, 2024
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About This Presentation

Deep Scientific presentation 2024 08 29.pdf


Slide Content

Empowering the future of
environmental monitoring
CO2 FOR CLEANING
Aušra Baradokė, CEO & FOUNDER
ESA BIC LITHUANIAESA BIC LITHUANIA ESA BIC LITHUANIA
29
TH AUGUST 2024, VILNIUS, LITHUANIA

Waste of CO2 to be reused with the
market size of 70 billion $ by 2030
MARKET ANALYSIS
CONTEXT &
DEMAND
ADVANTAGES &
GROWTH

VALUE PROPOSITION
Need
Clean environment on space stations and
settlements.
Approach
Miniaturised device for CO2 to ethanol
conversion.
Benefit
Healthy humans and clean environments on
remote areas.
Competition & collaboration
Other companies working on CO2
technologies.

B2B BUSINESS MODEL
Communication
Distribution
Sales channels
Customer relationships

B2B BUSINESS MODEL
Product sales
Licensing fees
REVENUES
01
Conception and initiation
Prototype development
Market strategy finalisation
KEY ACTIONS
03
Intellectual property
Team competence
KEY RESOURCES
02
Space agencies
Universities
KEY PARTNERSHIPS
04

PRODUCT ESSENCE
Status and Readiness Level
Starting at the idea level and planning to reach
TRL 4.
Connected with Space
Optimised for spacecraft life support systems.
Innovative Approach to CO2
Innovative miniaturised composition to catalyse
process of CO2 to ethanol and prototype demo.
Tangible Assets
Expected deliverable comes in the form of a
brand new technology (and derived patents).

Unique innovative approach to old problem of
large systems is ideal for limited size
spacecraft life support systems.
ULTIMATE
MINIATURISATION
10 mm !

•Breakthrough CO 2 to
ethanol tech.
•Strong IP with patents.
•Expert electrochemistry
space team.
•Strategic aerospace
partnerships.
•Proven tech track record.
SWOT FOR CO2 PROJECT
STRENGTH OPPORTUNITY WEAKNESS THREAT
•Demand for ISRU tech.
•CO
2 emission reduction
pressures.
•Space-terrestrial tech
synergy.
•Market expansion
opportunities.
•Carbon-neutral
production partnerships.
•Limited manufacturing capacity.
•Funding dependence.
•Integration complexity.
•Lack of fight heritage.
•ISRU, CCUS competition.
•Regulatory uncertainties.
•Scaling-up challenges.
•Market demand changes.
•IP disputes risks.

COST STRUCTURE
Personnel costs
30.000€ 5.000€15.000€
Materials and equipment Technology licenses

Months 1-3
PLAN
Months 10-12
VALIDATE
Months 4-6
DEVELOP
4
2
1
ROAD MAP
SCALE
CO2 - to - ethanol sanitiser
production process
Months 13-15
5
3
OPTIMISE
Months 7-9

CLEANING
ROCKET
POLLUTION
AFTER LAUNCH
ELEGANT
SOLUTION

OUR GLOBAL TALENT TEAM
THE TEAM
THE TEAM
Net Zero Cleantech
Wizard
Carbon Employment
Data Scientist
CEO & FOUNDER CHIEF BIO OFFICER CHIEF DATA OFFICER
Dr. Aušra BaradokėDr. Elisabeth BolundDr. Raazesh Sainudiin
Bio Tech Unicorn
Mastermind
BUSINES DEV PATENTS OFFICER
Biotech Business
Growth Hero
Chief Chemist and
Patent Wizard
Giovanni Proietta Dr. Rajendra Shukla

NOTHING IS IMPOSSIBLE
AS LONG AS WE DREAM
AS LONG AS WE BELIEVE

THANK YOU!
Deepscientific.eu+370 (685) 13 358
Aušra Baradokė, CEO & FOUNDER
[email protected]
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