Welcome to TerraVenture
TerraVenture is the world’s first fully off-grid, zero-waste eco-research and convention centre. Powered entirely by 100% renewable energy sources—including a cutting-edge 2.335 MWp solar photovoltaic system, battery energy storage, biogas from organic waste, and advanced rainwater harvesting systems—TerraVenture sets the benchmark for sustainable development.
Situated in South Yorkshire, TerraVenture serves as a pioneering hub for green innovation and collaboration. It combines eco-conscious businesses, advanced vertical farming systems, and renewable energy production in one groundbreaking facility. Our goal is to empower communities, promote sustainable technologies, and inspire the next generation of eco-friendly practices.
What We Do
At TerraVenture, we focus on several key areas that contribute to a sustainable future:
Energy Generation
Our facility is 100% powered by renewable energy, including a 2.335 MW solar photovoltaic system with battery storage, and biogas energy produced from organic waste.
Sustainable Materials
We use eco-friendly materials such as Green Steel, Earth Friendly Concrete, and algae bio-cladding to significantly reduce our carbon footprint.
Vertical Farming
Our vertical farming system utilises aeroponic towers and innovative IoT monitoring to produce fresh, local, and sustainable food while contributing to carbon sequestration efforts.
Wildlife and Ecology
TerraVenture prioritises biodiversity through tree planting, habitat creation, and using native species to encourage local wildlife and create a thriving ecosystem.
Zero-Waste Approach
We operate on a closed-loop system where all organic waste is converted into biogas and fertiliser, ensuring that no waste is sent to landfills.
Economic Growth
TerraVenture is projected to create over 730 jobs, supporting local businesses and promoting economic growth in South Yorkshire, while contributing to the green economy.
What Makes Us Fully Off-Grid
Our project operates independently from traditional utility grids, fully powered by renewable energy. Here’s how:
Utilities
- 2.335 MW solar system with battery storage
- Rainwater harvesting & filtration system
- Zero-waste wastewater conversion
- Biogas generation for energy
- In-house ISP and server hosting
Sustainable Farming
- 350 aeroponic vertical farming systems
- Crops for on-site use & sales
- Algae bio-cladding for bioplastics
- Native fruiting trees for decoration and food
Recycle and Reuse
- Metal, plastic, glass, and wood recycling
- Organic waste converted into fertiliser and biogas
- CO₂ captured from waste-to-energy processes
- Powered by solar energy on-site
Net-Zero Operations
- Net-zero events, accommodation, and farmers market
- Eco-friendly construction materials
- CO₂ sequestration via bio-cladding and vertical farming
Technologies We Will Use to Achieve Off-Grid Status
We employ a variety of cutting-edge technologies and sustainable practices to operate fully off-grid, from construction materials to energy generation, farming, and waste management.
- Solar Power: A 2.335 MW solar photovoltaic system with battery storage powers all of TerraVenture's operations.
- Biogas Production: Converts organic waste from food, human waste, and agricultural processes into energy, reducing reliance on fossil fuels.
- Rainwater Harvesting: Collects and filters rainwater for all non-potable uses, significantly reducing water waste.
- Wastewater Treatment: Converts wastewater into reusable products, like fertiliser and water for irrigation, supporting our closed-loop system.
- In-house ISP Hosting: A locally managed internet infrastructure that supports our off-grid and data-heavy operations.
- Green Steel: Steel produced using renewable energy, which reduces CO₂ emissions by up to 80%, making the construction of our facilities far more sustainable.
- Earth Friendly Concrete (EFC): Cement-free concrete that reduces the carbon footprint of construction by up to 80-90% compared to traditional concrete.
- Bio-Cladding: Algae-based cladding that captures CO₂ and can be harvested for bioplastics and biofuel, creating a dynamic carbon sequestration mechanism.
- Native Trees & Green Spaces: We plant native trees across the site, contributing to biodiversity and CO₂ capture, while also providing a space for local flora and fauna to thrive.
- Vertical Farming: TerraVenture houses 350 aeroponic systems to grow crops using significantly less water and land than traditional farming. This system also supports research into climate-resilient crops and urban agriculture.
- Native Fruiting Trees: These trees enhance the landscape while contributing to food production, biodiversity, and educational demonstrations on permaculture techniques.
- Bioplastics Research: Through our algae bio-cladding, we aim to develop bioplastics as sustainable alternatives to traditional plastics, reducing environmental harm from plastic waste.
- Comprehensive Recycling Systems: We recycle metals, plastics, glass, cardboard, and wood on-site, diverting waste from landfills and reducing the carbon footprint of waste disposal.
- Organic Waste Conversion: Organic waste from the facility and nearby sources is turned into biogas and fertiliser, closing the loop on waste and energy production.
- CO₂ Capture & Conversion: Our waste-to-energy processes capture CO₂ that would otherwise be emitted, reducing the facility's overall environmental impact.
Investing in the Future: Overcoming the Challenges of Off-Grid Sustainability
At TerraVenture, we are not just building a fully off-grid facility—we are pioneering the future of sustainable development. While many projects face challenges when pursuing off-grid solutions, we have identified key strategies to overcome these obstacles, providing not only a vision but a clear, actionable plan for success.
High Initial Costs, Long-Term Savings
Off-grid infrastructure demands substantial upfront investment, but long-term savings make it a sound financial decision.
Cost-efficient systems: solar power, rainwater harvesting, biogas.
External funding: grants, partnerships, crowdfunding.
Technological Complexity, Innovation-Driven Simplicity
We simplify complex off-grid systems through cutting-edge technology and in-house R&D.
Smart IoT integration for automation and efficiency.
In-house R&D to streamline scalable technology for future expansion.
Environmental Impact, Positive Outcomes
Building with sustainable materials and initiatives ensures a minimal carbon footprint and long-term environmental benefits.
Sustainable materials: Green Steel, Earth Friendly Concrete, bio-cladding.
CO₂ sequestration through bio-cladding and native tree planting.
Scaling Sustainable Projects for the Future
Our research creates scalable solutions that can be replicated and expanded across different regions globally.
Research-backed innovations ready for scaling.
Collaborations with academic institutions, governments, and industry to scale up sustainable technologies globally.
Join Us in Building the Future
TerraVenture is more than just a project—it’s a vision for a future where sustainability is accessible to everyone. By becoming an investor, you’ll help shape a world where off-grid, eco-friendly solutions become the norm for businesses and communities alike.
Get in TouchKey Phases of Development
Each phase of TerraVenture’s development requires critical funding to bring our vision to life. Below are the major phases:
(Click each phase to find out more)
Phase 1: Purchasing Land
Acquiring land suitable for TerraVenture and conducting necessary site evaluations.
| Cost Item | Amount | Description |
|---|---|---|
| Land Purchase | £350,000 | Acquisition of land suitable for the TerraVenture project |
| Legal and Survey Fees | £20,000 | Costs associated with land surveys, planning permissions, and legal approvals |
| Site Evaluation | £10,000 | Geological, ecological, and topographical evaluations |
| Total | £350,000 |
Phase 2: Waste Management and Recycling
Setting up waste processing, recycling systems, and training staff to handle operations.
| Cost Item | Amount | Description |
|---|---|---|
| Anaerobic Digester | £100,000 | Equipment to process organic waste into biogas and fertiliser |
| Installation and Setup | £50,000 | Installation of the digester and necessary pipelines |
| Plastic Shredder and Granulator | £25,000 | Equipment for plastic waste processing |
| Glass Crusher | £20,000 | Machinery for crushing glass waste into usable material |
| Metal Baler and Compactor | £35,000 | Equipment for compacting metal waste |
| Waste Sorting Conveyor | £60,000 | Sorting line for separating different types of waste |
| Composting Machine | £30,000 | Machine to compost organic waste |
| Cardboard and Paper Shredder | £15,000 | Shredder for paper and cardboard waste |
| Electronics Recycling Station | £20,000 | Equipment for breaking down electronic components |
| Research and Data Collection | £50,000 | Monitoring waste processing efficiencies, data on recycling output |
| Training and Operational Staff | £43,000 | Training staff on handling recycling machinery and systems |
| Total | £448,000 |
Phase 3: Vertical Farming and Agriculture
Setting up advanced vertical farming systems, climate control, and sustainable crop production.
| Cost Item | Amount | Description |
|---|---|---|
| Hydroponic and Aeroponic Systems | £100,000 | Equipment for water-based farming systems |
| Climate Control Units | £80,000 | Temperature and humidity management systems |
| LED Grow Lights | £40,000 | Energy-efficient grow lights for the farming towers |
| Water Filtration and Pumping Systems | £50,000 | Water distribution and recycling systems |
| Nutrient Mixing and Distribution Systems | £10,000 | Automated nutrient delivery system for crops |
| Installation and Setup | £30,000 | Installation of all vertical farming systems |
| Research and Data Collection | £30,000 | Study on crop growth rates, water usage, and nutrient absorption |
| Operational Staff | £25,000 | Hiring and training personnel to manage vertical farming |
| Total | £365,000 |
Phase 4: Energy Systems and Storage
Setting up renewable energy infrastructure and integrating smart energy management systems.
| Cost Item | Amount | Description |
|---|---|---|
| Solar Panels (600-1000 kW) | £200,000 | Purchase and installation of solar panels |
| Battery Energy Storage System (BESS) | £150,000 | Equipment to store solar energy for on-demand usage |
| Solar Inverters | £50,000 | Inverters for converting solar energy for use |
| Heat Recovery Ventilators (HRV) | £40,000 | Ventilators to reduce energy usage by capturing heat |
| Smart Energy Management System | £10,000 | Software and hardware for optimising energy usage |
| Installation and Setup | £25,000 | Setup costs for the energy and storage systems |
| Research and Data Collection | £15,000 | Monitoring energy output and efficiency |
| Total | £490,000 |
Phase 5: Eco Lodges and Visitor Experience
Construction of eco-lodges and visitor experience infrastructure.
| Cost Item | Amount | Description |
|---|---|---|
| Eco Lodge Construction (20 Lodges) | £200,000 | Sustainable eco-lodge materials and building costs |
| Solar Panels for Lodges | £150,000 | Installation of solar energy systems for lodges |
| Rainwater Harvesting and Greywater Systems | £50,000 | Systems to collect and reuse water for lodge use |
| Visitor Infrastructure Setup | £25,000 | Installation of walkways, signage, and public services |
| Research and Data Collection | £25,000 | Monitoring energy, water usage, and guest satisfaction |
| Total | £450,000 |
Phase 6: Main Building Construction
Building the main facility with energy-efficient systems and sustainable materials.
| Cost Item | Amount | Description |
|---|---|---|
| Steel-Frame Structure | £250,000 | Materials and construction costs for steel frame |
| Foundation and Concrete Flooring | £100,000 | Foundation and floor construction costs |
| Ground Source Heat Pump (GSHP) | £80,000 | Sustainable heating and cooling system for the building |
| Mechanical Ventilation with Heat Recovery (MVHR) | £20,000 | Energy-efficient ventilation system |
| Research and Data Collection | £30,000 | Monitoring the building's energy performance |
| Total | £480,000 |
Phase 7: Vertical Farming Centre
Setting up a dedicated vertical farming research and production facility.
| Cost Item | Amount | Description |
|---|---|---|
| Building Construction | £250,000 | Greenhouse-style structure with insulation and glass windows |
| Aeroponic Towers and Growing Platforms | £100,000 | Equipment for aeroponic farming systems |
| Water Pumps and Nutrient Systems | £50,000 | Water and nutrient delivery infrastructure |
| Research and Data Collection | £25,000 | Monitoring plant growth and energy usage |
| Operational Staff and Setup Costs | £50,000 | Hiring staff and setup for the farming centre |
| Total | £475,000 |
Phase 8: Botanical Gardens and Native Species
Creating a botanical garden to promote biodiversity and research into native species.
| Cost Item | Amount | Description |
|---|---|---|
| Botanical Garden Landscaping | £150,000 | Soil preparation, irrigation systems, and walkways |
| Native Plant Species Purchase and Planting | £100,000 | Planting of 500-1,000 native trees and plants |
| Outdoor Lighting (Insect-Friendly) | £50,000 | Warm LED lighting to minimise insect disruption |
| Educational Signage and Sensors | £50,000 | Signage and monitoring equipment for biodiversity studies |
| Research and Data Collection | £30,000 | Monitoring the impact of biodiversity projects |
| Operational Staff | £50,000 | Hiring staff for garden maintenance and visitor education |
| Total | £430,000 |
Phase 9: Exit Strategy
Long-term operational management and plans for scaling TerraVenture.
- Long-Term Operational Management: Self-sustaining through generated revenue
- Revenue Generation: Income from eco-lodges, vertical farming, event hosting
- Franchising or Expansion Plans: Future scaling of TerraVenture to new locations
Kickstarter and Donations Coming Soon!
Help Us Reach Our Funding Goal
Our goal is to raise £1,000,000 to bring Phase 1 of TerraVenture to life. Every contribution helps us move closer to achieving our vision of a fully off-grid, net-positive convention centre.
Current Phase: Phase 1
Join the Creators Trust
TerraVenture is proud to offer creators the opportunity to become part of our groundbreaking eco-project through the Creators Trust. By collaborating with us, you will not only contribute to sustainable innovation but also gain financial rewards and recognition within an exclusive community of influencers and creators.
How It Works
Creators who collaborate with TerraVenture will become shareholders in the Creators Trust, where 5% of the profits from Velocity Wave will be allocated. This trust will reward creators based on their contribution to the project, with each share reflecting their level of involvement.
Once the trust reaches five members, those members will be able to vote on changes to make the trust better!.
No Risk, Only Rewards
There is no cost to join the Creators Trust, and creators are free to leave at any time. If a creator chooses to leave, their share will be calculated based on their contributions that year. Once the payment period passes, they will no longer receive future shares, but there are no penalties or ongoing obligations for leaving the trust.
Contribute in Your Own Way
Creators can contribute to TerraVenture in multiple ways, including producing video content, writing blogs, offering on-site advice, or engaging their audience through social media. Each contribution is valued based on time, difficulty, and the impact it has on the project and its growth.
The collective of creators within the trust can set and approve new targets to ensure everyone works toward common goals while maximising the trust's value.
Creators Vote for Growth
When the trust reaches five members, those creators gain the ability to vote on whether to allow additional creators to join. However, if engagement targets are not met, the trust must open to new creators to ensure the project continues to grow and thrive.
Creators can participate in decision-making that drives the success of TerraVenture while benefiting from the growth they help generate.
Ready to Join the Creators Trust?
This is your opportunity to shape the future of sustainability, contribute in meaningful ways, and benefit financially. Join us in our mission to make eco-technology accessible for everyone through research and real-world data.
Get InvolvedMeet the Team
Our passionate and diverse team is committed to driving TerraVenture towards a sustainable future. Each member brings unique skills and a shared vision of eco-friendly innovation.
Daniel Comer
Owner, Director, and Founder
With over 15 years of experience in IT, software, and hardware development, Daniel is the visionary behind TerraVenture, leveraging his expertise to innovate and lead.
Lauren Firth
Social Media and Marketing Manager
Holding a BA(Hons) and MA in Marketing, Lauren has successfully led numerous marketing campaigns, bringing her expertise to enhance TerraVenture's presence.
Jobayer Al Abdullah
Design and Engineering Expert
With expertise in design and mechanical engineering, Jobayer plays a crucial role in developing innovative solutions to support TerraVenture’s vision.
Who We Want to Work With
We aim to collaborate with organisations across various sectors to achieve a sustainable, eco-friendly future. Below are the key sectors we are excited to partner with:
Renewable Energy
Expanding solar, wind, and bioenergy solutions.
Water Management
Efficient use of water resources and recycling.
Sustainable Agriculture
Implementing eco-friendly farming techniques.
Recycling & Waste Management
Innovating zero-waste circular systems.
Biotechnology
Researching bio-based solutions for sustainability.
Green Building
Eco-friendly construction materials and techniques.
EV Infrastructure
Supporting EV adoption with charging stations.
Food & Beverage
Supplying organic, locally sourced food products.
Hospitality
Creating net-zero hotels and accommodations.
Education
Offering programs and workshops on sustainability.
Technology (IoT)
Implementing smart systems to optimize energy use.
Logistics & Transportation
Eco-friendly transport solutions.
Retail
Offering sustainable products with reduced environmental impact.
Healthcare
Creating greener healthcare facilities and supply chains.
Telecommunications
Utilizing green energy for data centers and infrastructure.
Fashion
Promoting sustainable, ethically produced clothing.
Packaging
Developing biodegradable and reusable packaging solutions.
Furniture
Sustainable, eco-friendly materials for interior design.
Media & Entertainment
Raising awareness through green-focused content.
Eco-Tourism
Developing sustainable travel experiences.
Public Sector
Collaborating with governments on eco-friendly initiatives.
Nonprofits & NGOs
Supporting environmental advocacy through collaboration.
Agricultural Tech
Advancing precision farming technologies.
Waste-to-Energy
Converting waste into usable energy sources.
Construction
Building infrastructure with net-zero carbon emissions.
Water Treatment
Improving water recycling and filtration technologies.
Finance
Supporting green investments and sustainable funds.
Insurance
Developing coverage for eco-friendly projects.
Urban Planning
Designing smart cities with sustainability in mind.
Food Production
Implementing sustainable food processing techniques.
Biopharmaceuticals
Researching green alternatives to traditional medicines.
Software Development
Creating apps and platforms for sustainability tracking.
Consulting
Offering expertise on green technology adoption.
Automotive
Supporting electric and eco-friendly vehicles.
Landscaping
Promoting biodiversity and sustainable landscapes.
Waste Management
Innovating ways to reduce and repurpose waste.
Maritime & Shipping
Developing cleaner fuels for ships.
Retail Energy Suppliers
Providing green energy to businesses and homes.
Manufacturing
Implementing eco-friendly production processes.
Architecture
Designing green buildings and urban spaces.
Plastics
Developing biodegradable and recyclable plastic alternatives.
Telecommunications
Using sustainable energy for global communications.
Public Transportation
Enhancing green transit systems.
Aquaculture
Supporting sustainable fisheries and fish farming.
Real Estate
Creating energy-efficient, eco-conscious properties.
Smart Homes
Developing energy-efficient homes using IoT.
Pharmaceuticals
Reducing carbon emissions in drug production.
Banking
Offering financial products supporting sustainable projects.
Legal
Providing regulatory guidance on eco-friendly initiatives.
Event Management
Hosting sustainable, low-impact events.
+ Many More!
Our Shop
Volt the electric car - Support Our Project
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Solflare the Sun - Support our project
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EcoBright the lightbulb - Support our project!
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Solflare the Sun Bag - Support our project
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Who we are working with
Our Partners and Potential Partners
These are the people and businesses that are looking after our planet and our future.
