Terra Vita Lab
Organic waste to biological value — engineered for modern cities.
TERRA = EARTH · VITA = LIFE ·
We collect food scraps and other organic by-products and use Black Soldier Fly Larvae (BSFL) to turn them into useful resources. The larvae are harvested and processed into protein-rich meal and fat for animal feed. The process also produces frass, which can return valuable nutrients to farmland.
Terra Vita Lab is building a practical circular-resource business for the GCC and the rest of the world: collecting suitable organic by-products and turning them into BSFL protein meal, recovered fat and frass. Our focus is straightforward—make better use of organic resources, strengthen regional feed options and return nutrients to agriculture.
Explore our products →Terra Vita Lab is building a resource-recovery platform that supports stronger regional food systems. Our product roadmap includes duck eggs in an upcoming phase, followed by crabs, alongside opportunities to support shrimp and prawn aquaculture value chains.
We develop BSFL protein meal and recovered fat for evaluation by feed manufacturers. Buyers can discuss target specifications, intended use, sample evaluation and supply planning with Terra Vita Lab—always with a focus on dependable performance and sensible cost per unit of nutrition.
Our process also produces BSFL frass for soil and growing applications, helping return recovered nutrients to agriculture. Product details and use guidance are matched to the intended application.
Terra Vita Lab connects waste recovery, feed-resource production and agricultural nutrient cycling in one circular model. Products are supplied according to their defined specifications and applicable local requirements.
Feed manufacturers and aquaculture businesses need ingredients they can evaluate, plan around and use with confidence. Terra Vita Lab focuses on clear product specifications, realistic supply discussions and responsive collaboration from the first enquiry.
Production schedules depend on dependable ingredients. We discuss expected volumes, delivery windows, lead times and future demand up front, then confirm commitments against available capacity. If plans change, early communication matters.
Every application has its own requirements. Product discussions can cover protein, fat, moisture and microbiological criteria for BSFL meal; fatty-acid profile and oxidation stability for BSFL oil; and nutrient composition and organic matter for frass. Available batch data and agreed specifications help buyers assess fit.
Import and product rules differ across GCC destinations in different parts of the world. We work with customers to identify the relevant documentation, traceability information, testing and registration requirements before supply. Any certification or approval is stated only where it is actually in place.
We welcome practical discussions about nutritional targets, formulation needs, inclusion rates, sample assessment and trial design. The aim is to help your team judge whether an ingredient suits your process—not to make performance promises without evidence.
The right comparison includes delivered cost, nutrient contribution, handling requirements and performance in the intended application. We focus on clear specifications and a commercial case customers can assess, rather than competing on price alone.
Organic-waste recovery can support circular resource use. Where data and suitable methods are available, we can discuss waste diverted, resource recovery and relevant environmental indicators so customers can assess what is useful for their own reporting.
Focus on nutritional fit, batch consistency, dependable availability and the evidence needed to evaluate performance in the target species and feed formulation.
Focus on repeatable specifications, supply planning, delivered cost and how an ingredient fits existing production and quality-control processes.
Focus on ingredient quality, traceability, nutritional information and documentation that supports product development and supplier qualification.
Focus on frass nutrient composition, organic matter, consistency, product handling and the local requirements for the intended market.
Focus on reliable supply, clear responsibilities, destination compliance, documented quality and a supplier that communicates promptly.
Get the commercial and technical details together: intended use, target specification, expected volume, delivery location and documentation needed to assess a product.
Less food waste. More food security. Nutrients back in the soil.
Our mission is to give food waste and other organic by-products a useful second life. Terra Vita Lab turns these materials into insect protein meal and fat for animal-feed makers, while returning recovered nutrients to agriculture through frass. We connect waste collection, resource recovery and farming in one practical system that helps reduce disposal and make better use of what we already have.
We envision cities and industries where organic waste is treated as a resource, not a dead end. Terra Vita Lab aims to help build stronger local food and feed systems, support productive soils and make resource recovery a normal part of urban life across the region.
These examples show how Terra Vita Lab’s work can contribute to the Sustainable Development Goals; they are not a claim of UN certification.
How Terra Vita Lab contributes: Turn food and other organic by-products into insect protein and fat ingredients for animal-feed makers, adding another source of feed ingredients to the supply chain.
How Terra Vita Lab contributes: Apply thermal engineering, insulation and process control to reduce avoidable energy demand while maintaining the biological process within its required operating range.
How Terra Vita Lab contributes: Develop skilled work across organic-waste logistics, insect cultivation, processing, quality assurance, engineering and circular-economy operations.
How Terra Vita Lab contributes: Build and operate modular bioconversion infrastructure that links organic-waste intake, preprocessing, controlled BSFL rearing, harvesting, protein-and-fat processing and quality measurement. This contributes to SDG 9 through sustainable industrialisation, process innovation and resilient circular-economy infrastructure.
How Terra Vita Lab contributes: Give urban food and organic waste another destination: resource recovery instead of disposal.
How Terra Vita Lab contributes: Turn discarded food and organic by-products into protein, fat and frass, keeping useful biological resources in circulation.
How Terra Vita Lab contributes: Diverting organic food waste from landfill will reduce landfill-related emissions of harmful gases, including methane (CH₄), carbon dioxide (CO₂), ammonia (NH₃) and nitrous oxide (N₂O), among others.
How Terra Vita Lab contributes: In approved formulations, insect-derived ingredients can provide an alternative to some conventional feed inputs, with potential to reduce pressure on marine resources where they substitute for fishmeal or similar inputs.
How Terra Vita Lab contributes: Frass returns organic matter and nutrients to agricultural soils, supporting soil health and a more circular use of nutrients.
How Terra Vita Lab contributes: Build partnerships among waste managers, farms, processors, feed businesses, researchers, investors and public-sector stakeholders to scale circular infrastructure.
The SDG graphics are used for informational alignment only. This website has not been approved by the United Nations and does not reflect the views of the United Nations or its officials or Member States. Commercial use of UN SDG branding may require prior written permission.