About Bio Terrava

Engineering the transition from linear waste management to a regenerative circular economy.

The Problem: A Broken Linear Model

For over a century, municipal and industrial wastewater has been treated as a costly liability. Billions of dollars in public and private capital are expended annually merely to destroy, aerate, or landfill organic materials. Worse, this outdated linear model fails to address the escalating crisis of emerging contaminants, specifically PFAS ("forever chemicals") and concentrated heavy metals.

Simultaneously, global agriculture faces a catastrophic depletion of arable soil and a growing reliance on synthetically mined, carbon-heavy fertilizers. We are literally throwing away the exact macro-nutrients (Nitrogen, Phosphorus, and Potassium) that our food systems desperately need, allowing them instead to pollute our waterways and trigger toxic algal blooms.

Our Founding Story

Bio Terrava was founded by Medhat Gad, a P.Eng. and certified Project Management Professional (PMP®) with over 36 years of executive experience delivering large-scale water infrastructure. During his tenure overseeing mega-projects—including the $760M Kitchener Drain remediation program in Egypt—the limitations of traditional biological wastewater treatment became glaringly apparent.

Link To project Media 'https://bit.ly/4uSxxy8';

Biological systems are slow, highly sensitive to toxic shocks, and require massive spatial footprints. They were not designed for the complex, chemically polluted waste streams of the 21st century. Recognizing that incremental improvements were insufficient, Medhat pivoted from traditional civil deployment to deep-tech material science.

The result is Bio Terrava: a company built on proprietary, Advanced Nano composite material (INNPT) , thermochemical engineering (Terra BPC) and advanced bio-ceramic composites (VASCGBC-M). By shifting the paradigm from biological vulnerability to physical-chemical precision, Bio Terrava transforms the $50 Billion global nutrient leak[1] from an environmental hazard into a high-margin financial asset.

In progress
4

Lab Validation

process validation in progress at bench scale (McMaster University).

Target Q4 2026
5

Integrated System

Integration of Terra BPC processing and nutrient capture in a relevant pilot-scale environment.

Target Q3 2027
Key Milestone
6

Pilot Deployment

Full prototype system verified in a simulated operational environment. First Canadian field pilot.

Target Q1 2028
7

Commercial Demo

Demonstration in an operational environment at commercial scale. Final system certification.

Target Q3 2028

[1] Estimated global economic value of lost nitrogen and phosphorus. Reference: United Nations Environment Programme (UNEP) Global Nutrient Assessment.