Team Fly-High

Khulna | Have seeds will travel!

CBSTPGM-1

High-Level Project Summary

We are working on the project Have seeds will travels. Our mission to cover the journey between earth and mars by making model through which the astronauts can get the proper nutrition by growing their own food. The key nutrients and vitamins (such as Vitamins B1, C, and K). We have made two amazing idea CBSTGM-1 AND LTMSBS-1. Where CBSTGM-1 is a composed base system where we use the wastage of astronauts as the main food of the seeds. And in CBSTGM-1 we use chemical to make the seeds grow. We have choose those crops which grow in low light and low water. The most important feature of our model is it gives highest output with lowest wastage.

Link to Project "Demo"

https://youtube.com/shorts/F98CNsTEhmY?feature=share

Link to Final Project

https://drive.google.com/drive/folders/1oFgqeBUdNFQJlyWDbSnqlauPpL30AxEk?usp=sharing

Detailed Project Description

We are working on the project Have Seeds Will Travel.

Our mission is to cover the journey from earth to mars and mars to earth.

We made a model by which the astronauts can get the proper nutrition by growing their own food. We have calculated the system for traveling from earth to mars and come back from there.

We have found that the astronauts need in that time, the key nutrients and vitamins (such as Vitamins B1, C, and K) we have to get it from our challenge description. We have made two amazing ideas

CBSTGM-1 AND LTMSBS-1.


CBSTGM-1


CBSTGM-1 is a composed baseD system where we use the wastage of astronauts as the main food of the seeds. And in CBSTGM-1 we use chemicals IN COMPRESSED CLAY BASE, to make the seeds grow. it uses compost+fartilizer+clay in a compressed bag or base.

We have chosen those crops which grow in low light and low water. The most important feature of our model is it gives the highest output with the lowest wastage. The first system where we used was composed to grow seeds. We used the wastage of the astronauts like their human waste and their wastage like carbon-di-oxide.


Plants

Genetically modified Plants


  1. Microgreen
  2. Alfalfa Sprout
  3. Grees
  4. Mint

Machine and parts

  1. CO2 Control
  2. O2 control
  3. Gas Flower
  4. compost+fartilizer+clay base
  5. Humidity Control
  6. LED
  7. sensors


DIMENSIONS

Height 0.5 meter

weight 1 meter

length 1 meter


Weight

900 grams per system


Number

2 sets for four astronaut


Production Rate

production in approx. 7 days


advantage

  • fast production
  • high nutrition
  • low cost
  • less weight

Disadvantage

  • low carbohydrate


LTMSBS-1.

we will use this system for high production and sustainable long term result.

as well as tasty foods. the main feature of the system is it use co2 and o2 in recycle process. besides these plants takes nutrients directly from mist spray.


plants

Genetically modified plants

  1. lettuce
  2. kale
  3. arugula
  4. tomato
  5. strawberry


Machine Parts

  1. co2 collector and supplier
  2. o2 collector and supplier
  3. LED
  4. Gas flower
  5. Mist sprayer
  6. sensors


Dimensions

length 1.5 meter

width 1 meter

height 1 meter


Weight

approx 2 kg


Number

Two sets for four astronaut


Production

approx. 1 month


Advantage

  1. High production
  2. tasty food
  3. better nutrition

Disadvantage

  1. more weight

source of the diet of astronauts


50% from stored food

20% From CBSTGM-1

30% from LTMSBS-1


And an overall balanced diet, with reduced cost and increased nutrition values


Space Agency Data

1.https://www.nasa.gov/mission_pages/station/research/Giving_Roots_and_Shoots_Their_Space_APH/


Its monitoring and environmental control systems regulate temperature, oxygen, and carbon dioxide levels, and the system settings can be adjusted for growing different types of plants. Although the system is largely autonomous, the crew adds water to the chamber and changes atmospheric elements such as an ethylene scrubber, carbon dioxide scrubber & bottles, and filters.The APH supports research solicited through NASA Research Announcements (NRAs) that are designed to meet NASA’s goals for the successful completion of exploration missions and the preservation of astronaut health throughout the life of the astronaut.


2. https://www.nasa.gov/feature/space-station-20th-food-on-iss


Moon and man is not really soil.it rejolith or loose, rocky materials made from volcanic ash that does not have an abundance of organic materials. That's why we use organic materials for growing a plant


These early experiences proved that humans could eat and swallow in weightlessness with no ill effects, although the meals weren’t particularly appetizing.


3.https://sservi.nasa.gov/articles/how-far-is-it-to-mars/

our planet are constantly moving along their own orbits around the Sun. But on average, Mars is about 225 million km/140 million miles from Earth.


Big numbers — and really not even all that big in an astronomical sense. So to give a sense of what it means to cross the distance between here and Mars, our entire planet were reduced to a sphere 100 pixels in diameter, and you could travel outward at a velocity of 200,000km/h

4. https://www.hq.nasa.gov/alsj/a13/ap13-S69-62224.jpg

photo

5.https://mars.nasa.gov/mars2020/multimedia/images/

photo

6.https://www.nasa.gov/audience/foreducators/stem-on-station/ditl_eating

Astronauts basically do the same thing when they go to space. Preparation varies with the food type. Some foods can be eaten in their natural forms, such as brownies and fruit. Other foods require adding water, such as macaroni and cheese or spaghetti. Of course, an oven is provided in the space station to heat foods to the proper temperature. There are no refrigerators in space, so space food must be stored and prepared properly to avoid spoilage, especially on longer missions.


Condiments, such as ketchup, mustard and mayonnaise, are provided. Salt and pepper are available but only in a liquid form. This is because astronauts can't sprinkle salt and pepper on their food in space. The salt and pepper would simply float away. There is a danger they could clog air vents, contaminate equipment or get stuck in an astronaut's eyes, mouth or nose

7. https://history.nasa.gov/SP-4029/Apollo_13a_Summary.htm

APPOLLO 13 Mission details

8. https://sservi.nasa.gov/articles/how-far-is-it-to-mars/

photo

9. https://www.nasa.gov/feature/space-station-20th-food-on-iss


Moon and man is not really soil.it rejolith or loose, rocky materials made from volcanic ash that does not have an abundance of organic materials. That's why we use organic materials for growing a plant

These early experiences proved that humans could eat and swallow in weightlessness with no ill effects, although the meals weren’t particularly appetizing.



10.https://www.nasa.gov/content/growing-plants-in-space

Scientists grew lettuce in microgravity oven a period of thirty -five days . According to BMC last year lettuce grown that was sent back to earth to be analyzed for safety concerns . Its a little tricky since plants have evolved stems to fight against gravitational forces. According to ISS ues the veggies system developed by orbital technologies in Mandison ,wisconsin. The system contains lightning and nutrients for a space garden as red ,blue and green LEDS.

The red and blue mostly for plant growth and health.The green ,so the plants do not look . plants get nutrients from pillow and pillows come in various sizes depending on what kind of veggies are grown in them.Pillows only work ,once through but that,s by design because there,s a reduced chance of microbial growth from system and plants. A sanitation process an developed by Scott Kelly and his buddies use citric acid - based ,food - safe wipes to clean.

11)https://asc-csa.gc.ca/eng/sciences/food-production/default.asp

12)https://youtu.be/lM3uaR0dltQ

Hackathon Journey

Hi, We are from team Fly High. Now we are going to talk about our journey in Nasa Space Apps Challenge. It's really an exciting journey for all of us. At first, we are really confused about the project. But as a team, we were looking forward to seeing what innovative and creatives ideas we came up with.In this journey we learns about science, amazing creating by scientists, development of technology. We all like to explore space science. So this time we took "HAVE SEEDS WILL TRAVEL " challenge. A human mission to Mars has been the subject of science fiction since the 1880s, and of aerospace engineering. The exploration of Mars has been a goal of national space programs for decades.But in this journey one of the main problems is food.From this concept we came up with this project CBSTPGM-1. For our project, we came up with many ideas like sensor, sunlight restore, chemical systems etc.It's a really complicating project. Working in zero gravity is always been a challenge. But besides that as we all are students so time management is always been a challenge to us. But as a team, we always help each other.We really supported each each other in our hard time. For that at first thanks to all my team members. Thank you Salauddin, Sumi Runa Nayem and Mobashshara for everything. Thanks Nasa App challenged for giving us this opportunity. Thanks to our mentors for guiding us. Thanks, everyone.

References

DATA

1.https://www.nasa.gov/mission_pages/station/research/Giving_Roots_and_Shoots_Their_Space_APH/

2. https://www.nasa.gov/feature/space-station-20th-food-on-iss

3.https://sservi.nasa.gov/articles/how-far-is-it-to-mars/

4. https://www.hq.nasa.gov/alsj/a13/ap13-S69-62224.jpg

5.https://mars.nasa.gov/mars2020/multimedia/images/

6.https://www.nasa.gov/audience/foreducators/stem-on-station/ditl_eating

7. https://history.nasa.gov/SP-4029/Apollo_13a_Summary.htm

8. https://sservi.nasa.gov/articles/how-far-is-it-to-mars/

9. https://www.nasa.gov/feature/space-station-20th-food-on-iss

10.https://www.nasa.gov/content/growing-plants-in-space

11.https://youtu.be/lM3uaR0dltQ


SENSORS & PARTS

  • O2 LEVEL DETECTORS
  • CO2 LEVEL DETECTORS
  • HUMIDITY DETECTORS
  • O2 SUPPLY
  • CO2 SUPPLY
  • LIGHT SENSORS
  • AIRFLOW SENSOR
  • FERTILIZER METERS
  • GLASS
  • SEEDS PRESERVER

ETC

Tags

#MARS #MARSTO EARTH #space #space_travel #have_seeds_will_travel #seeds #greenhouse #team_fly_highj #fly_high

Have seeds will travel!

A viable food system for long-duration exploration missions does not yet exist, but it will be necessary to maintain crew health and performance. Your challenge is to design a deployable crop production system capable of supporting the nutritional requirements of a crew of 4-6 on a transit mission to Mars and back to Earth.