Greens for Good

Venture Category: Food and agriculture

Community: Sensorica

Open Offers

# 2700$ 3D modeling gig, payable in crypto

This offer is great for mechanical engineering students. Join Discord to start contributing.

Other benefits

  • Networking: Creating new relations with people that might help you, or with organization that might provide new opportunities (ex. equipment manufacturing companies). In order to grab this value of "social capital' one needs to nurture his/her reputation. That is to leave a record of appreciable actions and to gain the respect and admiration of others.

  • Credentials: These are records of prized achievements. You can take a look at the Interns page. Most of these students have produced very nice reports, that they attache to their resumes when applying for jobs or moving up with their academic endeavors.

  • Learning: Exposure to collaborative entrepreneurship, open innovation and open science practices.

# Help write grant proposals and earn

This offer is great for individuals who have experience with grant proposal writing. 5 to 10% of the grant is shared among those who contributed to the effort for acquiring it. Join Discord to start contributing.


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Objectives

  1. Design and prototype an open source, DIY plant protein extractor to bridge protein demand deficits at present or in catastrophes.

    • Optimized for extracting proteins from green leaves

    • Performant in at least 3 other important food processing functions.

  2. Evaluate its performance.

  3. Dissemination of the device to local producers.


A modular, open-source, do-it-yourself (DIY) and scalable extruder that can be used to extract proteins and oil, mill corn, make pasta and chips, among other things. The device can be produced using locally available parts and materials in rural areas and villages across the developing world.

Description

In times of crisis, when industrial food supplies break down we can avoid famine by processing indigenous plants or byproducts of agricultural processes, which we see as a latent nutrient capacity. Our main objective is to provide a method to extract proteins from leafy biomass to bridge current protein demand deficits or during catastrophes.

The best way to disseminate this food crisis solution is to embed the function of leaves protein extraction into a more generic food processing platform (hardware, device), designed to be easily extensible to address various labor intensive and repetitive food processing activities. The multi-functional character of the hardware solution and its utility in normal times increase its desirability. Thus, the device will be adopted and embedded into local communities for sustainable operations, carrying with it the function of leaf protein extraction, which constitutes a latent response capacity in case of a food shortage.

Past work on leaf concentrate has been based on a batch processing method, which involves the coagulation of fresh leaves juice, and uses separate devices for pressure extraction, thermal precipitation and separation. Leaf concentrate is essentially a curd, also known as leaf protein, leaf nutrient, and leaf extract. A pioneering organization is Leaf for Life. See video explaining the process.

The extruder design pattern is already used with success to grind meat and grains, extract juice and oil, pattern (make pasta), etc. Moreover, all the steps involved in the leaf concentrate batch process can be reproduced with an extruder. Therefore, it is possible to have a leaf concentrate extrusion process, but what would be the optimal parameters and in what circumstances is this preferable to the batch process?

Our goal is to turn the batch leaf concentrate process into a continuous sequential process, based on the extruder design pattern. The scale of this device is between DIY home and industrial, village scale. Our design will be easily replicable , using stock components and make minimal use of custom parts (unless they can be digitally fabricated with a RepRap class 3-D printer or CNC mill –e.g. limit to what is found in most fab labs and avoid high energy processes and a skilled machinist). It minimizes cost and complexity while keeping throughput high (continuous if possible).


Project nature

This is a sponsored project, i.e. an organization is paying us to do the work.

Deliverables are open source with commercial rights granted.

We can get more funding for this project.


Economic model

Commons-based peer production, with spinoff ecosystems services as monetizing activities to insure the continuity of the project.


Purpose

An efficient process to extracts proteins from green leaves. Supply chain disruptions can lead to food shortages. In times of crisis, when access to protein-rich staples is cut, people can fall back on lower protein plants that are available in their immediate environment. The extractor can provide essential nutrition for up to village scale.


Project requirements

Need to be developed using only OS tools (e.g. OS CAD-like FreeCAD or OpenSCAD) and be digitally replicable (e.g. make the pulleys 3D printed primarily from a RepRap-class fused filament 3D printer) and only common cheap off-the-shelf components (e.g. cheap reliable electric motor).


Deliverable

Source code (CAD in native format and STL), full BOM (component, number, cost, and source), build instructions with pictures, operation/maintenance instructions, video of operation and prototype sent to the Project Sponsor


Other conditions

The Project Sponsor would retain first academic publication rights (with Sensorica co-authors if wanted). At the time of academic paper submission full open source documentation released to the world.

Contents

Communication and coordination

Communication channels

Coordination tools

Planning

Venture status: First consolidation phase, between Core Network development and Innovation Partnership development.

Technical development status: 3D modeling / formal design.

Needs

  • Mechanical engineering

  • Animator and Partner Relations

Greens for Good presentation

Notes

Click to open notes

You need to become a project affiliate to gain access to edit the website, and update these notes

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  • July 19th: diving into design considerations with a groups of food processing scientists and engineers - see video with access code: t@d#J7u*

  • June 03 2021 starting Design phase, see presentation.

  • Rebranding the project: changed name from Leaves Blender to Greens for Good.

  • Ending Design Considerations phase, slowly starting Design phase.

  • Writing funding proposal template (get more funding and accelerate the project)

  • Rebranding the Leaves Blender project - to help, go here. See proposed names

  • Monday April 19th 10am - Building understanding meeting - discuss findings during Internet mining, synthesize, define the scope of the project. See Doodle. See Meeting doc, see Presentation.

  • March 31 - Meeting with first tear Partners (users, dissemination of project deliverables)

  • March 30 - First funding payments were completed

  • March 23 - kick-start meeting; meeting agenda

  • March 20 - Created project dashboard.

  • March 19 - Formalizing payment procedure with Sponsor.

  • March 17 - We have crated an invoice for Sponsor.

  • Beginning March

      • We worked out the budget.

      • We have built an initial core team for this project. The project is open, in the future core team will de defined by pas contributions.

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Budget and contributions



Open the Dashboard

We are working on funding proposals. List of funding proposals under way

NOTE: Only proposals on this list are legit, i.e. sanctioned by project contributors!

Documentation repository

If you are a contributor ask permission to edit the following repositories.

Bookmarks | Videos | Photos

Incentives

Incentives are stakeholder specific

Contributors (project affiliates)

  • Money: This is a financially sponsored project, you'll get paid in proportion to your contributions.

  • Entrepreneurial opportunity: This is an open source project, you can use the prototype and the business model that we will design around it to start a small family business.

  • Learning: This project is a great opportunity to experience and learn an open source hardware development methodology, to experience a highly participatory work culture, and learn about the technologies used in the project. You'll also be exposed to collaborative entrepreneurship and collaborative business models.

  • Exposure: Co-author one or more scientific papers that are planned to be written on this device and process.

  • Networking: Get to know people with various skills, some of which are versed in p2p economics and collaborative entrepreneurship.

Disseminators (NGOs)

  • Exposure: your brand carried forward with our Outreach campaign

  • Mission: new tools to help their fulfill the mission of the organization, i.e. the equipment developed in Deliverable

  • Networking: develop new relations with all stakeholders or participants in this project and beyond.

  • Funding: together we help you acquire financial resources to spread this technology, see ,more in Dissemination

Users (farmers, local communities)

  • Food autonomy, security, resiliency: process local food sources.

  • Entrepreneurial opportunities: build a local business around Greens for Good, see Collaborative Entrepreneurship

Equipment manufacturers (for profit companies)

  • Exposure: your brand carried forward with our Outreach campaign

  • Novel innovation methods: crowdsourced R&D on demand, open (source) innovation, new business models based on open innovation, see more on open innovation services

  • Sales: new product line for sub-industrial grade equipment, parts supply.

  • Talent: spot brilliant engineers and students contributing to the project, see project Dashboard.

  • Access (distribution logistics): discover/understand new and/or untapped markets through Dissemination viral process.

Innovation intermediaries (tech transfer bridge and advocacy organizations)

  • Exposure: your brand carried forward with our Outreach campaign

  • Novel innovation methods: crowdsourced R&D on demand, open (source) innovation, new business models based on open innovation, see more on open innovation services

Academia (university labs)

  • Research: plant-based food processing development.

  • Applications development: translate research into high-impact applications

  • Funding: together, we define new research projects and write funding proposals, see more on Dissemination

  • Teaching: practical learning opportunity for students, international collaboration experience.


It's up to YOU to extract some or all the above benefits :)

Governance

more on Governance page
PROJECTS are seen as COLLABORATIVE VENTURES, which are TRANSPARENT (anyone has access to the information that they produce) and OPEN (anyone can participate). They only produce PRODUCTS and services based on OPEN SOURCE knowledge or technology. PROJECTS have a CUSTODIAN that represents them legally and acts as a trust for their tangible assets. PROJECTS can have multiple EXCHANGE FIRMS, which are commercial entities that move products and services developed by PROJECTS on the MARKET. EXCHANGE FIRMS oblige themselves by contract with the CUSTODIAN to share PROFIT with all contributors to PROJECTS, from which they commercialize PRODUCTS.

Organizational context

Agreements