The Re3 Collective
ReNewAble, ReCoverAble & ReSearchAble
Every Venture needs to use existing Collective Resources & Produce a Collective Resources.
Features
ReNewable
Represents our commitment to resource regeneration as opposed to consumption. We encourage the ethical use of nature through ideas, methods, and technologies such as solar, wind, bioenergy, and circular design. By minimising carbon emissions and dependence on limited resources, renewable solutions enable us to create resilient infrastructures that benefit communities, businesses, and the environment.
ReCoverable
Beyond recycling, Recoverable aims to unlock latent potential in all waste streams. We develop solutions that add value where others see loss, such as energy recovery and material reuse. Recoverable helps communities and organisations achieve more intelligent, sustainable outcomes, whether that means recycling construction debris, producing energy from organic waste, or preventing materials from ending up in landfills.
ReSearchable
Is a symbol of our dedication to impact, innovation, and ongoing learning. In order to promote recoverable and renewable solutions, we at Re3 Collective investigate data, cutting-edge technologies, and evidence-based procedures. Researchable guarantees that every advancement is based on knowledge by means of cooperation, experimentation, and exchanged ideas, promoting long-lasting change in communities, industries, and the environment.
Difference of Recoverable and Recyclable?
Recyclable
If a substance can be processed and remanufactured into the same or a different product using a recycling technique, then it is recyclable.
Important traits:
For recycling to be successful, it needs to be thoroughly cleaned and segregated.
entails either chemical (such as advanced plastics, textiles) or mechanical (such as plastics, glass) change.
largely depends on market demand and infrastructure (for
example, some plastics are technically recyclable but aren't because of their high cost).
For instance:
Cans of aluminum → new items made of aluminum
Recycled PET textiles from PET bottles
Paper items made from cardboard
Recoverable
Recoverable materials are those that can be extracted for value, such as by recycling, composting, energy recovery, or repurposing.
Important traits:
more extensive than recycling.
includes the recovery of energy through pyrolysis or incineration (e.g. waste-to-energy, biofuels).
may entail recovering materials from contaminated or complicated waste streams.
For instance:
Mixed municipal waste that has been separated into recyclables, residuals, and organics.
Food waste that has been recovered for biogas or compost
Waste plastics are converted to synthetic gasoline through pyrolysis.
🌿 Cootamundra Energy Sun Farm
A Circular Economy in Action | 20.67 Hectare ReNewable Zone
Located in the strategic township of Cootamundra, New South Wales, this 20.67-hectare industrial-zoned property is council-approved for a 12 MW solar farm, with plans to optimise this to a more targeted 5 MW deployment. The site is set to become a dynamic, multi-tech renewable precinct focused on innovation, energy independence, and profit scalability.
⚙️ Integrated Clean-Tech Operations
☀️ Solar Farm (5 MW)
-Council-approved and ready for development
-Designed for dual use: livestock grasing + renewable energy
-Supplies low-cost, clean energy directly to on-site business operations
-Optimised for behind-the-meter use, minimising grid reliance
🧠 Digital Mining Facility
-Modular, solar-powered Bitcoin and altcoin mining
-Scalable infrastructure with high-performance equipment
-Revenue through crypto market sales
-Mid to high risk, but fast payback (~24 months)
♻️ Bio-Digester & Microalgae Production
-Processes green waste into energy
-Produces Astaxanthin, a high-value antioxidant, from microalgae
-Powered by Seab digester equipment (Australian/NZ rights via W8ST)
-Mid-risk with estimated 24-month return, depending on feedstock supply and market value
🔥Microwave/Pyrolysis Type Recovery
- Convert waste types in carbon, black gas, and oil.
- Enables circular economy practices.
- Low risk ( supplier-funded) with returns tied to feedstock flow and market rates for carbon black
💰 Phased Funding Strategy
- Immediate capital allocated for license acquisition and DA modifications.
- Subsequent funding directed to construction, modular rollout, and equipment integration
- Each module structured to operate
as a self- contained profit centre, minimising cross- risk exposure.
🎯 Strategic Objectives
-Minimise risk through phased rollout and supply-side partnerships
-Accelerate clean energy development
-Prioritise behind-the-meter usage over grid export
-Advance circular economy principles through waste-to-value streams
Investments
📊 Strategic Outlook & Investment Opportunities
De-Risked, Modular & Impact-Driven Renewable Development
The Cootamundra Sun Farm project is uniquely positioned to support clean-tech industrial growth and deliver long-term value for investors. Designed for energy self-sufficiency and circular energy sharing, the project provides strong economic and environmental incentives to attract aligned industrial partners and capital stakeholders.
📈 Attracts Industrial Users:
Businesses seeking low-cost energy or looking to meet corporate sustainability goals will find the site highly attractive.
☀️ Rooftop Solar Expansion:
Future provision to install rooftop solar on new or existing industrial buildings enhances on-site capacity and energy returns.
🔌 Supports Energy Poor
Industries:
Provides affordable daytime power to in site industrial tenants operating under energy poverty.
⚠️ Potential Risk (Low Probability)
Grid electricity price drop.
♻️ Empowers Clean Energy Producers:
Offers renewable daytime power to energy-producing partners who can store it for night time release, maximising operational continuity.
Frequently Asked Questions
What is the Re3 Collective?
ReNewAble (renewable energy and practices), ReCoverAble (resource recovery and waste-to-value innovation), and ReSearchAble (knowledge-sharing and impact-driven exploration) are the three pillars of the Re3 Collective initiative, which promotes sustainability. Each endeavour adds to and utilises the reservoir of communal knowledge and solutions.
How does the Re3 Collective support innovation in sustainability?
We encourage projects that make use of the collective's current resources, such as data, technology, or knowledge, and we mandate that each project generate a resource that the rest of the collective can use. This cycle promotes creativity, cuts down on redundancy, and quickens the development of climate-friendly solutions.
Who can join or collaborate with the Re3 Collective?
We are open to collaborations with investors, non-profits, researchers, entrepreneurs, and startups who share our ideals and support environmental research, renewable energy, or circular systems.
What types of projects are part of the Re3 Collective?
Our projects include waste-to-resource systems, research centers, digital information platforms, and solar and bioenergy infrastructure. At least one of the three fundamental pillars—Renewable, Recoverable, or Researchable—must apply to every project.