NutriXect is a cleantech startup based in Mpumalanga, South Africa, focused on transforming locally available agri-food waste into affordable, high-performance insect-based poultry feed and organic fertilizer using Black Soldier Fly (BSF) bioconversion technology, addressing three critical challenges in the region: high poultry feed costs, inefficient waste management, and declining soil fertility. Its flagship products—NutriXect Layer™ and NutriXect Frass™—offer a sustainable alternative to conventional inputs. NutriXect Layer™ is an insect-based poultry feed that reduces feed costs by up to 23% compared to soy-based feeds, while improving egg production, feed efficiency, and animal health through functional nutrients such as antimicrobial peptides and chitin. NutriXect Frass™, a by-product of the process, is a nutrient-rich organic fertilizer that enhances soil structure, boosts plant immunity, and improves crop resilience.
NutriXect operates a vertically integrated, solar-powered production model that significantly reduces energy consumption while enabling localized manufacturing and distribution. This approach not only lowers environmental impact but also strengthens rural economies by creating green jobs and supporting youth empowerment initiatives. NutriXect’s process avoids approximately 92 kg of CO₂ equivalent emissions per functional unit (100 kg of poultry feed), contributing to climate change mitigation and supporting the transition to a circular bioeconomy. By targeting smallholder poultry and crop farmers, cooperatives, and agro-dealers, NutriXect is building a scalable, climate-smart solution that enhances farmer profitability, promotes sustainable agriculture, and drives inclusive economic development across South Africa.

Green Energy Holding Group is the developer of the HydroNova Project (incorporating the ARMMONIEL™ innovation), the world’s first scalable, plug-and-play e-fuel. Boasting an energy density >54 MJ/L and calibrated to specific engine sizes within hard-to-abate industries, HydroNova is designed to replace conventional diesel, petroleum, ammonia, jet fuel, hydrogen, and methanol in any engine without modification. As global energy landscapes face the closure of key straits and the decline of the legacy fuel era, HydroNova provides a resilient, decentralized alternative, ensuring regional energy sovereignty.
Technically, the HydroNova molecule is MW-scalable, NOx-free, and produces zero CO2 emissions. Unlike other synthetic fuels, it features zero boil-off and is zero-corrosive, making it a stable, long-term energy asset. Its "drop-in" nature allows for immediate integration into existing heavy-duty transport, maritime, and industrial power generation infrastructure, bypassing the need for expensive mechanical retrofits.
The project operates within an integrated ecosystem, including the MONIEL RESERVE BANK and the MERA stablecoin, ensuring the green energy transition is both financially inclusive and technologically advanced. By leveraging proprietary quantum AI logic and biometric security (El-Finger™), GEHG is not just replacing a fuel molecule but building a decentralized, carbon-neutral energy future. We are actively inviting global pilots and licensing partners to transition from passive consumers of legacy fuels to active producers in a localized, green energy economy.

Abuti Spinach is a digital platform designed to support small-scale farmers across Africa by improving productivity, reducing input costs, and promoting sustainable agricultural practices. The platform provides farmers with accessible, data-informed guidance on crop management, planting strategies, and resource optimisation, enabling them to make better decisions in real time.
Our solution focuses on increasing efficiency in water usage, land utilisation, and crop planning critical challenges for farmers operating under climate variability and limited resources. By simplifying complex agricultural insights into easy-to-use tools, Abuti Spinach bridges the gap between technology and traditional farming practices.
Currently piloted with a growing network of farmers, the platform has demonstrated the ability to improve yields while reducing reliance on expensive inputs such as fertilizers and pesticides. Abuti Spinach also fosters a community-driven ecosystem where farmers can learn, share insights, and access new market opportunities.
As we scale, our vision is to build Africa’s largest agricultural intelligence ecosystem for smallholder farmers, contributing to climate resilience, food security, and inclusive economic growth across the continent.

GreenSweep EcoServices is a South African cleantech initiative focused on transforming waste into valuable resources through innovative and scalable solutions. Operating under Steinkopf Tourism Investments in the Northern Cape, the organisation is developing two integrated systems aimed at addressing waste management, environmental sustainability, and agricultural challenges.
The first innovation is an Advanced Landfill & Waste Diversion Plant, designed to process mixed waste, recover recyclable materials, and convert organic waste into compost, significantly reducing landfill pressure and environmental pollution.
The second innovation is a Solar-Powered Circular Processing System, a modular and mobile unit that operates in rural and off-grid areas. This system processes organic waste into compost and liquid fertilizer using renewable energy, supporting sustainable agriculture and local economic development.
Together, these solutions promote a circular economy approach, enabling communities and municipalities to reduce waste, create jobs, and generate income from recycled materials and agricultural outputs. The innovation is designed to be affordable, scalable, and adaptable to South African conditions, with strong potential for replication across the country.
GreenSweep EcoServices aligns with national and global climate goals by reducing greenhouse gas emissions, improving resource efficiency, and supporting green economic growth.

Mosebe Enterprise is a South African cleantech company focused on developing affordable, sustainable energy solutions for underserved communities. The company designs and manufactures solar-powered devices using a combination of locally sourced and refurbished electronic components, helping to address both energy poverty and electronic waste. Our innovations are designed to improve energy access for households, students, small businesses, and community-based infrastructure in areas affected by unreliable electricity supply or lack of grid access. Beyond energy provision, our work is rooted in social impact, with a strong emphasis on safety, education, economic inclusion, and environmental sustainability. By converting waste into functional clean energy products, Mosebe Enterprise is building practical, scalable solutions that empower communities while contributing to a greener and more resilient future

KiLOVOX is an African industrial cleantech platform that automates carbon verification and reporting, transforming raw operational data into compliance-ready intelligence, carbon credit assets, and financial insight. Purpose-configured for the industries that move Africa forward — from mine face to hospital ward.
Using IoT-powered sensors connected to energy meters, production lines, and environmental monitors, KiLOVOX captures emissions at second or minute intervals, delivering real-time accuracy that quarterly manual reporting cannot match. The platform automates compliance against GHG Protocol, IFRS S2, and ISO standards — reducing report preparation from weeks to days — while converting verified avoided emissions into tradable carbon credit assets, managing quantification, eligibility, registration, and market access end to end.
Underpinned by predictive AI, edge and cloud processing, and fully customisable dashboards, KiLOVOX delivers purpose-configured intelligence across eight key sectors:
• Healthcare — Scope 1, 2 & 3 tracking across hospital campuses, cold-chain pharmaceutical monitoring, and automated IFRS S2 compliance reporting
• Energy & Renewables — generation and grid emissions intelligence
• LPG & Gas — fugitive emissions tracking and leakage detection
• Agriculture — land-use and operational carbon measurement
• Mining & Heavy Industry — high-intensity emissions monitoring at source
• Manufacturing — production-line carbon footprint and ESG reporting
• Logistics & Terminals — fleet and facility emissions management
• Smart Infrastructure — utility and building-level carbon intelligence
KiLOVOX turns compliance obligations into carbon market opportunities — making decarbonization measurable, monetisable, and accessible across Africa's most critical industries.

Kasi Gas, founded in 2022, is transforming rural South African communities by converting organic waste into Biogas and Biofertilizer as a byproduct to promote clean cooking, soil health, sustainable agriculture, and local economic development, with initial grant support from BeVisioneers - The Mercedes-Benz Fellowship, Germany, the team built a successful pilot biogas plant in Fernie, Mpumalanga, proving its concept and gaining the support for district-wide community partnerships and waste sourcing. This project aims to take the project into the commercial expansion of the model, and in the long run micro-franchise to all part of Rural South Africa.

LabZero is a cleantech-driven virtual laboratory simulation platform for training in cell culture and biosafety. It enables users to practice aseptic techniques and laboratory workflows in a digital environment before entering physical labs. The platform addresses high consumable costs, contamination risks, and limited infrastructure by replacing early-stage wet lab training with simulation. This prevents waste generation at source and reduces reliance on energy-intensive equipment such as incubators and autoclaves .
LabZero operates at the intersection of waste avoidance and energy efficiency, reducing plastic, reagent, water, and energy use while improving training quality. It provides scalable, cost-effective, and sustainable training solutions for universities, research institutes, and biotech organisations

The browsilage process is an emergent, climate-smart agricultural innovation, producing a highly useful product/fodder by the debushing of encroaching bush, yielding a double-edged beneficial process (encroachment reduction and fodder security) complementing two critical rural value chains, biomass and red meat.
The solution involves the following components:
Enabling biochemistry –The best combination of different inoculants/enzymes/supplements for specific encroaching bush types.
The first innovation is the development of appropriate silage inoculant/supplement mixes for different encroaching species. Existing patented inoculants are developed for mono-culture grain and sorghum silage. This will open a vast biomass resource currently not exploited.
The second innovation is making silage from encroaching bush. The production of dry fodder pellets from encroaching bush is a well-established practice. Silage yields a more compatible product for rumen processing and in addition allows for nutritional improvements.
Improved process - correct harvesting, processing and packaging, creating synergy with other biomass products - wood, charcoal, biochar, wood vinegar.