Our Vision
At Neuvero, Inc., we believe that the world’s waste holds untapped potential. Founded by a U.S. Army veteran and entrepreneur, Neuvero was born from a bold vision: to redefine pollution as a source of power, profit, and progress.
Our proprietary system—IWVAMS (Integrated Waste Valorization and Advanced Manufacturing System)—is a fully integrated, closed-loop platform that transforms waste into energy, refined metals, clean hydrogen, and sustainable building materials. At Neuvero, we believe the greatest environmental solutions are born from rethinking the problem itself. We envision a world where waste is no longer pollution—but potential. Through our proprietary IWVAMS technology, we transform society’s byproducts into clean energy, refined materials, and sustainable infrastructure. Our mission is to eliminate landfills, reduce carbon emissions, and replace extractive industry with regenerative systems—paving the way for a cleaner planet, stronger communities, and an industrial future that restores more than it takes.


Environmental Benefits
🌱 Environmental Impact
At Neuvero, we don’t just manage waste—we eliminate it. Our proprietary IWVAMS platform transforms discarded materials into clean energy, refined metals, and sustainable building products, all while reducing pollution and supporting a regenerative industrial model. Below are the core environmental benefits of our system:
♻️ Landfill Elimination
We divert over 95% of incoming waste from landfills.
- Reduces methane emissions from organic decomposition
- Prevents groundwater contamination from leachate
- Preserves land and natural ecosystems
⚡ Clean Energy from Waste
Our system generates electricity, hydrogen, and syngas from waste.
- Offsets fossil fuel use and central grid demand
- Utilizes waste heat recovery and piezoelectric systems
- Powers operations using the energy it creates
🌍 Carbon Emissions Reduction
IWVAMS significantly reduces carbon output across all stages.
- Captures carbon in char and vitrified materials
- Low-emission conversion processes
- Potential for carbon-neutral or negative operations
🔩 Metal Recovery & Refining
We extract and refine valuable metals from waste streams.
- Reduces the need for mining and smelting
- Recovers aluminum, copper, steel, and precious metals
- Supplies clean feedstock for domestic manufacturing
🧱 Vitrified Ash Concrete
Inert inorganic residues are transformed into construction-grade concrete.
- Low-carbon alternative to Portland cement
- Eliminates the environmental cost of mining for sand and stone
- Durable, non-leaching, and structurally sound
🌊 Air & Water Quality Protection
Advanced scrubbing and filtration protect local ecosystems.
- Removes 99.9% of airborne pollutants before emission
- Treats all water to exceed Clean Water Act standards
- Prevents environmental discharge of toxins or runoff
🔄 Plastics Upcycling & Hydrogen Recovery
We turn low-grade plastic waste into valuable outputs.
- Converts plastic into hydrogen-rich fuel or usable oil
- Prevents incineration and ocean-bound microplastics
- Supports closed-loop plastic lifecycle management
🏭 Resilient, Localized Infrastructure
Our system is designed to be modular and scalable.
- Reduces transport-related emissions
- Enables local energy and material production
- Strengthens economic and environmental sovereignty
📉 Lifecycle Emissions Impact
Our full-cycle process cuts emissions while generating value.
Eligible for carbon credits and ESG investment
Up to 90% CO₂e reduction per ton of waste
70–95% recovery of usable materials

What Sets Us Apart
Patent-Pending Technology: IWVAMS is currently protected under U.S. Application 63/807,889.
Fully Integrated System: Combines energy production, metal refining, and material recovery into one platform.
Modular & Scalable: Built for industrial adaptability and national infrastructure needs.
Inventor-Led Innovation: Created and led by our founder with deep IP, engineering, and operational knowledge.
Sovereignty-Focused: Designed to empower local economies and reduce foreign material dependence.
Sustainability at the Core: Our systems create environmental, economic, and strategic value—without compromise.
Clean Material Manufacturing: We produce market-ready clean metals, hydrogen, and recycled concrete to fuel sustainable development
Licensing of Proprietary Waste Valorization Technology: We license our exclusive technologies to governments, energy providers, and infrastructure developers seeking sustainable solutions.
Turnkey Waste-to-Energy Facility Design
From concept to commissioning, we design and deploy advanced facilities that convert waste into power and valuable resources.
Let’s Connect
Ready to explore how Neuvero can power your sustainability goals? Connect with us today.
📧 Email: joseph@neuveroinc.com
📞 Phone: 443-597-4169
🕒 Business Hours: Monday, 12 PM – 5 PM


Biography
Joseph R. Riddle
Founder, President & Chief Executive Officer
Neuvero, Inc.
Joseph R. Riddle is building the future of industry — one that turns waste into wealth, energy into independence, and innovation into infrastructure. As the founder and CEO of Neuvero, he leads a high-impact industrial venture headquartered in Dover, Delaware, designed to disrupt legacy systems and deliver a new truth to waste and energy.
A U.S. Army veteran, inventor, and entrepreneur, Joseph is the mind behind the Integrated Waste Valorization and Advanced Manufacturing System (IWVAMS) — a patented, closed-loop platform that transforms complex waste streams into clean energy, valuable materials, and scalable industrial inputs. IWVAMS unlocks new revenue opportunities across construction, energy, and advanced manufacturing, while addressing one of the greatest environmental and economic challenges of our time.
With roots in Virginia and a strategic presence on the Maryland Eastern Shore, Joseph brings together national resilience, environmental necessity, and industrial reinvention under one mission. Backed by transformative IP and engineered for scale, Neuvero isn’t just a company — it’s the foundation of a new industrial era.
This is where innovation becomes infrastructure.
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