PRE2015 4 Groep5

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* Maritime Robotics [32C3]
* Maritime Robotics [32C3]
* World map of sea-depth; [ original image (slow commection)], [ faster image].
* World map of sea-depth; [ original image (slow commection)], [ faster image].
* Tools for the Design Revolution - IDRV Institute of Design Research Vienna

Revision as of 13:45, 21 April 2016


Seaweed farming

Group members

Preliminary brainstorm


  • Enhances natural water ecosystem
    • Various types combats a monoculture
  • Cheaper and sustainable food supply
    • For livestock (veevoer)
      • Decreases the need for deforestation
    • For humans
  • Descreases the magnitude of waves
  • Reduces the CO2/ increases the O2 in the water
  • Zee is better than in a basin
    • Natural nutrition supply

Creating an automated robotic seaweed farm would make seaweed farming cheaper, bigger and safer, which would magnify the following benefits of seaweed farming:

-Farming in the seas is a sustainable alternative to farming on land. It does not require cultivation of the area, fertilizing with phosphorus or water.

-Seaweed can be used as livestock feed, which offers an alternative to the soy-based livestock feed. Soy farming is currently the main cause of deforestation and damages the climate. Seaweed based livestock feed would be a sustainable alternative to that.

-Seaweed can be consumed by humans. With the growing world population, seaweed can become an important factor in feeding the planet and preventing famines.

-Seaweed farms that are located nearby the shore break waves and thus increase the safety of the people living at the coasts.

There are currently several "deserts of the sea", there is no life to be found in these areas. No plants, plankton or fish. When a seaweed farm is introduced to such an area, it will have a positive impact on the ecosystem. The plants will attrackt plankton, the plankton will attrackt fish.

The seaweed farm would be collecting data about its surroundings, this data could be used to monitor pollution and the effects of climate change on the oceans. All this data could be used to protect the seas.


  • Floating robot
    • Solar panel
    • Lowering (anker-style) cutter
    • Hard to position,
      • Drifts
      • “Dijnst[dutch]”
  • Rover robot
    • Stable polypoid (crab-style)
    • Hard to cut above his head
  • Swimming robot
    • May become struck between the weed
    • Perfect mobility and can cut everywhere

Combination of multiple robot’s for every seafruit a suitable robot.


Environmental effects

Maritime robotics

Robots for mariculture



Sea farm design

Sea robot prototype

USE: stakeholders and benefits

  • Why? => Provide a feasible feedback
  • Users: Livestock farmers (veevoer), Foodbuyers
  • Enterprise: Seafarmers
  • Society: Reduces the shortage of food




USE Waterptret


Personal tools