Liquid extract
A liquid material derived from cultivated watermelon through our bioconversion process. Its composition and analytical profile guide ingredient evaluation, formulation work and biological research.
Technology
Watermelon Bioconversion Technology: Native-Moisture Processing & Analytical Control
A process-defined development platform for converting cultivated Citrullus lanatus whole biomass into characterisable biological outputs.
A visual expression of La Grace Bio's whole-biomass watermelon biotechnology focus.
Visible science. Practical development.
The platform combines cultivated watermelon biomass, native-moisture processing and analytical characterisation in a development workflow designed to make biological outputs easier to understand and compare.
- Whole-biomass approach using cultivated Citrullus lanatus
- No added process water during the core conversion stage
- Analytical evidence used to guide development decisions
Traceable input
Defined cultivated biomass and documented preparation.
Controlled conversion
Whole-biomass processing using native moisture and controlled process parameters.
Analytical comparison
Characterisation is used to assess composition and batch-to-batch behaviour.
Platform language
The Honey Matrix: proprietary processing environment
Honey Matrix is La Grace Bio's internal term for the controlled bioconversion environment used within the watermelon processing platform. Detailed operating methods remain confidential and are subject to the company's IP strategy.
The technology remains in development. Analytical characterisation does not by itself establish clinical efficacy, commercial regulatory clearance or suitability for a specific end product.
What we produce
Liquid extract. Plant fibre. Ingredients with purpose.
Whole-watermelon bioconversion produces a liquid extract and a fibre-rich solid fraction. We develop these materials as starting points for partner-led ingredient and product development.
Fibre fraction
The recovered fibre-rich solid material provides a second development stream. Potential uses include food ingredient and biomaterial research, with composition and functional properties to be assessed for each use.
Connect the process to your product.
The value of the process lies in what its outputs can contribute to a formulation or research programme.
Explore the four application areas
Practical development
Working with real material.
Process development connects equipment, material handling and the properties of the resulting outputs. The next step is to assess those outputs against the needs of a specific formulation or research project.
Explore the outputs