A multi-site rollout of zero-waste sludge treatment plants using proprietary high-temperature biological fermentation technology. Each project targets local sludge disposal through energy recovery and biomass fuel production, aligned with China’s national “Zero-Waste City” policy. Modular facilities transform urban and industrial sludge into clean-burning fuel. Read more ...
All GreenTech / Sustainability
Project Region: China
Fund Stage: Series A
Problem and Solution:
Problem
– China’s growing urban and industrial sludge poses major environmental and land-use issues
– Traditional drying, composting, or incineration methods are inefficient, costly, and polluting
Solution
– Proprietary static high-temperature aerobic fermentation reduces sludge volume >50% in under 15 days
– End product becomes RDF-grade biomass fuel usable in cement, power, and district heating systems
– Modular design allows rapid deployment and local customisation
Project Region: China
Raise Size (Estimated in USD): Over 10M
A woman-founded skincare platform combining bio-active essential oils and native Australian botanicals to address hormonal, mental, and skin health. The brand is stocked in 70+ stores, sold globally online, and backed by clinical naturopaths. Read more ...
Project Region: Australia
Fund Stage: Series A
Problem and Solution:
Problem: Women’s hormonal and mental wellbeing needs are underserved by standard skincare and wellness brands.
Solution: Multi-functional plant-based products addressing stress, sleep, skin sensitivity and mood, supported by content, rituals and trusted retail presence.
Project Region: Australia
Raise Size (Estimated in USD): 500K to 1M
This cleantech company designs and manufactures ultra-thin, sustainable supercapacitors for powering wireless IoT devices—offering a greener, safer, and maintenance-free alternative to traditional lithium-ion batteries. Focus areas include smart buildings, asset tracking, electronic shelf labels, and smart cards. Read more ...
Project Region: Sweden
Fund Stage: Series A
Problem and Solution:
Problem
– Billions of IoT devices require sustainable and cost-effective energy solutions
– Lithium-ion batteries are hazardous, bulky, and unsustainable for next-gen IoT
Solution
– Ultra-thin, recyclable supercapacitors powered by solar, RF, or vibration
– Enables zero-maintenance, environmentally safe power at low cost
– Integrates easily with modern sensors, labels, and printed electronics
Project Region: Sweden
Raise Size (Estimated in USD): 5M to 10M
This project is developing Australia’s first commercial-scale integrated waste-to-hydrogen facility, combining clean hydrogen production, upcycled manufacturing, and zero-emission energy solutions. Anchored by supply and offtake agreements and backed by grants and pilot studies, the facility converts landfill and biomass waste into low-cost hydrogen and high-value industrial products. Read more ...
Project Region: Australia
Fund Stage: Series A
Problem and Solution:
Problem: Rising landfill waste, greenhouse gas emissions, and expensive hydrogen production hamper Australia’s clean energy transition.
Solution: This facility will produce hydrogen for <$2/kg from waste, leveraging gasification, renewable power integration, and patented process design, reducing methane emissions and creating scalable clean energy manufacturing.
Project Region: Australia
Raise Size (Estimated in USD): 5M to 10M



