Project cooperation
Up-cycling valuable nutrients from organic waste, such as food waste, poultry manure, green waste, Dairy slurry, sewage sludge, and so on.
Author
Lianying Lin
Company Director
LOHAS Fertiliser ltd
Shrewsbury, United Kingdom
I’m Lian Lin, Director of LOHAS Fertiliser Ltd, focusing on nutrient circularity with regional resources. We’re keen to collaborate for circular bioeconomy.
My organisation
LOHAS Fertiliser Ltd is an innovative UK-based SME dedicated to advancing sustainable agriculture and circular bioeconomy practices. Our core expertise lies in biotechnology-based solutions that convert organic and agricultural waste streams into high-efficiency bio-fertilisers, helping to reduce environmental pollution, improve soil health, and enhance crop productivity.
We have successfully delivered a number of Innovate UK-funded projects, focusing on the development and validation of the biotechnology-based process and its output biofertilisers through extensive field trials that demonstrate improvements in yield, cost efficiency, and environmental impact. Our approach supports zero-pollution goals by creating local, closed-loop systems that turn potential waste into valuable resources.
LOHAS works closely with academic and research institutions such as Harper Adams University and Cranfield University, and is actively seeking transnational partnerships under Horizon Europe Cluster 6—particularly in the areas of waste valorisation, nutrient recovery, climate-smart farming, and regional bioeconomy innovation.
We are passionate about demonstrating, deploying, and upscaling the nature-based solutions that align with EU Green Deal objectives and promote a sustainable, resource-efficient future for agriculture.
🌐 www.lohasfertiliser.co.uk
About me
Lian Lin is the Director of LOHAS Fertiliser Ltd, a UK-based SME committed to advancing the circular economythrough biotechnology. LOHAS develops innovative processes that transform organic waste into high-efficiency bio-fertilisers—supporting zero pollution, waste reduction, and sustainable food production.
Lian has successfully delivered five Innovate UK projects, focusing on regional biotechnology solutions that make effective use of local bio-resources which would otherwise become waste and pollute the environment. The company’s work includes extensive trials demonstrating the agronomic, economic, and environmental benefits of its fertilisers.
With a Master’s Degree from the University of Reading and a background in agriculture and horticulture, Lian bridges scientific insight with practical, market-ready innovation. She works closely with partners such as Harper Adams University and Cranfield University, and is actively seeking new cross-border collaborations under Horizon Europe Cluster 6—especially in areas like biowaste valorisation, nutrient recycling, and sustainable regional development.
She participated in a related event in Belgium in 2023 and is excited to explore partnerships that support the EU’s goals for green transition and resource-efficient innovation.
Skills
- circular econmomy
- Zero pollution
- Waste valorisation
- sustainable agriculture
- Bio-based Fertilisers
- biotechnology
- soil health
- Nutrient circularity
- Agri-waste Solutions
- Regenerative Farming
- project management
- EU & UK Funding (Innovate UK / Horizon Europe)
- Stakeholder engagement
- Regional Bioeconomy
- Field Trials & Impact Assessment
Interests
- Sustainable food systems
- environmental impact reduction
- Circular Bioeconomy
- Horizon Europe Collaboration
- University–Industry Partnerships
- Closed-loop Agricultural Systems
- Regional resources strategies
- Agricultural and Horticultural sectors
- Organic Fertiliser as peat alternative nutrients
- Organic fertiliser for Soil carbon and NET ZERO
- Organic fertiliser in mitigating climate change
- Nutrient Circularity for resilient agriculture
- Stakeholders engagement for project initiatives
- reduce carbon emissions in the supply chain
- Nutrient upcycling in intensive farming regions