Our Innovation/R&D

EcoGuard™ is an early-stage biological larvicide being developed by Ecorem Tech to combat mosquito-borne diseases, particularly malaria, in high-burden regions across Africa—with a focus on Nigeria.

EcoGuard is undergoing laboratory research and conceptual validation. The innovation aims to biologically target mosquito larvae in stagnant water bodies, interrupting their life cycle before they mature into adult vectors.

Designed to be eco-safe, low-cost, and community-friendly, EcoGuard is being developed with future deployment in mind for tropical environments where conventional chemical control methods are either ineffective or unsustainable. Ecorem Tech is seeking R&D funding, field trial partnerships, and global health collaborators to accelerate EcoGuard’s path from lab to life-saving deployment.

EcoGuard is part of our pipeline of nature-based public health innovations aimed at transforming how vulnerable communities protect themselves from vector-borne diseases.

EcoAqua-Clear™ is a next-generation eco-biocide at Ecorem Tech. It is being formulated to tackle harmful algal blooms (HABs) in freshwater systems through an innovative combination of naturally occurring microbes, biodegradable surfactants, and controlled-release technology.

Initially designed with UK water bodies in mind—where nutrient runoff and climate-driven bloom events are rising—EcoAqua-Clear is intended for eventual deployment in liquid, granular, and bioblock formats for flexible environmental application.

While still in the conceptual validation phase, this solution embodies our commitment to nature-based, scalable water remediation tools for environmentally stressed aquatic ecosystems.

Ecorem Tech is seeking R&D partners and early funding to advance EcoAqua-Clear from proof-of-concept to field-ready prototypes.

This is a research-stage product in Ecorem Tech’s eco-biotech innovation pipeline.

EcoBio™ is a next-generation biofertilizer platform under development at Ecorem Tech, designed to harness the power of plant growth-promoting microbes (PGPMs) and organic carriers to support nutrient-efficient, resilient, and regenerative agriculture. 

Currently in the proof-of-concept and early lab validation phase, the EcoBio™ line is being formulated to benefit a wide variety of crops—including leafy greens, legumes, root vegetables, and tubers—with a special focus on degraded soils and low-input farming systems across Nigeria, Sub-Saharan Africa, and the Global South.

Each EcoBio™ prototype is built to:

• Enhance nutrient uptake and soil microbiome diversity.
• Improve plant vigour, yield, and resilience to stress.
• Reduce reliance on chemical fertilizers and restore soil health.

We’re seeking funding and partners to support lab trials, pilot programs, and collaborative R&D that will help bring EcoBio™ from concept to field-ready solution. 

EcoPurge™ is an early-stage biocidal powder being developed by Ecorem Tech to address urgent sanitation challenges in low-resource and high-risk environments. Formulated for potential use in faecally contaminated water bodies—such as gutters, stagnant drains, latrine runoff, and open waterways—EcoPurge™ is being designed to target harmful waterborne pathogens, including Vibrio cholerae, E. coli, Shigella, and Salmonella.

Though still in the proof-of-concept and lab validation phase, EcoPurge™ aspires to become a frontline public health intervention for underserved peri-urban and rural communities, emergency response zones, IDP camps, and flood-prone areas across Nigeria and Africa.

Ecorem Tech is pioneering this solution as part of our broader mission to democratize access to safe, clean environments—starting from the lab bench.

Currently under early laboratory investigation, EcoPurge welcomes collaborators for joint development and funding support.

This product is currently under R&D and not yet available for commercial deployment.

EcoHydro-Break™ is Ecorem Tech’s next-generation microbial bioremediation solution under early-stage development, designed to tackle hydrocarbon pollution in terrestrial and aquatic environments. It combines specialized strains of oil-degrading bacteria with biodegradable biosurfactants to form a potent consortia that accelerates the breakdown of petroleum hydrocarbons into harmless byproducts.

This dual-action formula enhances bioavailability, improves emulsification of oil slicks, and supports faster, more complete remediation of contaminated sites—whether on farmland, wetlands, riverbanks, or offshore waters. 

Though still in laboratory formulation and proof-of-concept testing, this biotechnological approach aims to offer a scalable, eco-friendly, and cost-effective alternative to conventional oil spill response methods. Potential use cases under investigation include oil-polluted soils, interceptor systems, industrial drainage, and marine spill zones.

EcoHydro-Break™ reflects Ecorem Tech’s mission to build next-generation solutions for environmental remediation—starting from scientific discovery to real-world deployment. Ecorem Tech is seeking R&D partners and early funding to advance EcoHydro-Break from proof-of-concept to field-ready prototypes. 

EcoBio-Brick™ and EcoGrout™ are pioneering biotechnology solutions from Ecorem Tech, designed to replace carbon-intensive building materials and repair systems with sustainable, microbe-powered alternatives.

EcoBio-Brick™ harnesses microbially induced calcite precipitation (MICP) to bind sand into durable bricks—without the need for firing or Portland cement. Ideal for low-carbon construction and climate-resilient housing.

EcoGrout™ is an injectable, self-healing biogrout that uses naturally occurring bacteria to seal cracks in concrete and stone through in situ calcite formation. It’s targeted at infrastructure restoration, water-tightening, and conservation projects.

Both technologies are currently at the concept and lab-research stage and represent promising advances in bio-based construction. Ecorem Tech is actively seeking grants, pilot partners, and R&D investors to accelerate their development toward commercialization.

Invest in the future of regenerative infrastructure—built and repaired by nature.