Welcome to Waste2Energy recycling Plants
Turning Waste into Reliable Power
Since 1979, our company Emission Resource Group is leading in Waste Recycling Technology
About Us
Waste2Energy Global Solutions
Proven Waste-to-Energy Solutions by Emission Resource Group (ERG)
ERG’s Material & Municipal WTE facilities handle mixed waste streams without costly pre‑processing, continuously generating steam to drive turbine‑generators. Plants are built in modular, parallel lines for high uptime and easy scaling.
- 70+ incineration & WTE plants delivered
- Meets or exceeds EPA & global standards
- Multi‑fuel capable (MSW, agricultural, medical, tires, e‑waste)
- Remote monitoring & on‑site controls
- Zero landfill return — bottom ash reused in asphalt & concrete
- 250 -1,500TPD scalable in 250 TPD steps 14–36MWh
- Typical plant Output > 99.5% sub‑micron particulate capture (MicroMist™)
Applications
- Municipal & commercial solid waste
- Agricultural residues & animal waste
- Medical & biohazardous waste
- Used tires & selected e‑waste
Highlights
- Segmental design; maintain a line without shutting the plant
- Three‑day on‑site feedstock reserve for steady operation
- Automated rams agitate fuel for complete incineration
- Bottom ash quenched & repurposed; no return to landfill
Patented Technology
Why MicroMist™
- High efficiency on fine particulate and condensables
- Acid gas control (SO₂, HCl, HF) and heavy metals
- Stable draft control, low energy consumption
- Separate stage effluents reduce water treatment load
From Waste Reception to Clean Stack
1. Weigh & Receive
Trucks are weighed in/out; waste is inspected and recyclables are diverted.
2. Shred & Condition
Waste is shredded then mixed and dried in a trommel; moisture control ensures optimal combustion.
3. V‑Hearth Incineration
Patented primary chamber with under & over‑fire air plus hydraulic rams ensures complete burn, even of heavy particles.
4. Cyclone‑Boiler
High‑temperature cyclone integrated with boiler generates steam to drive the turbine‑generator.
5. MicroMist™ Scrubbing
Wet scrubber removes sub‑micron particulate, condensables, acid gases, and even mercury for colorless emissions.
6. Ash Handling & Reuse
Non‑toxic ash is quenched and blended into asphalt and concrete products — supporting circular outcomes.
Research & Development to support long term success.
Significant investments in Research & Development (R&D) and Engineering are the cornerstone of sustainable growth and long-term competitiveness. By allocating substantial resources to innovation, companies not only accelerate the development of breakthrough technologies but also strengthen their capacity to optimize processes, reduce costs, and enhance product reliability.
In the field of waste recycling technology, these investments play a critical role in designing advanced treatment systems, improving conversion efficiency, and creating scalable solutions that transform waste into valuable energy and raw materials.
The transition to a sustainable and circular plastics economy demands focus, collaboration, and sizeable, long-term investments in systems and technology that can deliver the shift to a zero-waste future. We are fully committed to addressing the immense challenges of waste management, circularity, and ending plastic waste in the environment.
By driving innovation and fostering partnerships across industries, we aim to deliver transformative impact, shaping a cleaner, more sustainable future for generations to come.
Solutions
Proven Waste-to-Energy Solutions
ERG’s Material & Municipal WTE facilities handle mixed waste streams without costly pre‑processing, continuously generating steam to drive turbine‑generators. Plants are built in modular, parallel lines for high uptime and easy scaling. State-of-the-Art proven Technology provided by reliable partners and flexible solutions.
- 70+ incineration & WTE plants delivered
- IRR 16-32% p.a. range depending on various conditions
- Meets or exceeds EPA & global standards
- Multi‑fuel capable (MSW, agricultural, medical, tires, e‑waste)
- Remote monitoring & on‑site controls
- Zero landfill return — bottom ash reused in asphalt & concrete
- 250–1,500TPD scalable in 250 TPD steps 14–36MWh typical plant
- outputs>99.5%sub‑micron particulate capture (MicroMist™)
Applications
- Municipal & commercial solid waste
- Agricultural residues & animal waste
- Medical & biohazardous waste
- Used tires & selected e‑waste
Highlights
- Segmental design; maintain a line without shutting the plant
- Three‑day on‑site feedstock reserve for steady operation
- Automated rams agitate fuel for complete incineration
- Bottom ash quenched & repurposed; no return to landfill
Warranties and Service Level Agreement (SLA)
1.1 Warranties
The Supplier provides the following warranties to the Purchaser with respect to the Waste Recycling Plant:
• Performance Warranty: The plant shall operate at the agreed processing capacity (e.g., metric tons per day) and efficiency levels, as defined in the technical specifications, for a minimum warranty period of 12 months after commissioning.
• Equipment Warranty: All machinery, systems, and components shall be free from defects in design, material, and workmanship. Defective parts will be repaired or replaced at the Supplier’s cost during the warranty period.
• Environmental Compliance Warranty: The plant shall meet the applicable environmental regulations and emission standards in the jurisdiction where it operates.
• Technology Warranty: Proprietary technology, process know-how, and control systems provided by the Supplier will remain functional, updated, and supported for the warranty period.
1.2 Service Level Agreement (SLA)
To ensure continuous and reliable operation, the Supplier and Purchaser agree to the following SLA framework:
• Availability Guarantee: The plant shall maintain an operational uptime of at least 95–98% annually, excluding scheduled maintenance.
• Response Times:
- Critical failures: On-site intervention within 12–24 hours of notification.
- Non-critical issues: Remote or on-site support within 5 business days.
• Maintenance & Monitoring:
- Preventive maintenance schedules will be provided and performed quarterly or as required by manufacturer guidelines.
- Remote monitoring and diagnostics shall be available for key plant systems.
• Training & Knowledge Transfer: The Supplier shall train Purchaser’s staff in operation, maintenance, and safety procedures to ensure smooth handover and independent plant operation.
• Spare Parts Availability: Critical spare parts must be available from Supplier or authorized service providers within agreed lead times (typically 30 days).
1.3 Remedies for Non-Compliance
• In the event of failure to meet performance guarantees or uptime thresholds, the Supplier shall provide liquidated damages or extend the warranty period at no additional cost.
• Persistent non-compliance may trigger step-in rights for the Purchaser, including the right to engage third-party service providers at the Supplier’s expense.
Leadership & Experts
Our leadership and experts team
Albert Franceskinj Esq.
Group Director — Albert brings extensive international experience in corporate leadership, cross‑border investment structuring, and project financing. He has overseen large‑scale joint ventures across Southeast Asia and Europe, focusing on waste‑to‑energy, commodities trading, and infrastructure development. As ERG’s Group Director, Albert ensures strategic partnerships, governance frameworks, and financing structures align with long‑term sustainable growth for both public and private stakeholders.
Joseph M. Lucia, PE
President — 40+ years across WTE, wastewater, power, and major public works; holds patents for Fortis Pile, Cyclone‑Boiler, V‑Hearth.
Roger W. Patten
Architect, Principal — Licensed in WA; co‑inventor on Cyclone‑Boiler & V‑Hearth; extensive industrial and tilt‑up expertise.
Marvin Miller
Sales & Logistics — 35+ years in complex international sales; leading ERG market development in the Americas & Asia.
Corky Smith Jr.
Engineering — Former president at Olivine Corp.; experience across 70+ incinerators & WTE plants; key to next‑gen V‑Hearth.
Daniel Bogar
Steam Power — Consultant with deep naval steam‑power, chemistry, and environmental control expertise.
Carlos E. Torres‑Velázquez
Electrical Power Ops — 20 years at PREPA; wastewater & demin water expertise supporting reliable generation.
Miles Zuluaga
Construction Superintendent — Full‑cycle schedule, supplier, and cost control for plant delivery.
C. Y. Montañez Velázquez
Water Treatment — Desalination specialist; environmental & safety compliance for steam systems.
Patrick Crosby, S.E., DBIA
Seismic Design — Principal at The Crosby Group; global post‑quake forensics applied to plant resilience.
Adrian Garcia Heredia
Plant Equipment & Controls — Field maintenance + network admin background for modern monitoring.
Annette M. Fernandez Rosario
Environmental Consultant — Permits, inspection, and compliance oversight.
Yuriy K. Zuyev
Systems Safety — Eastern Europe & Russia; toxins and bio‑waste risk research.
Angelo M. Lucia
Environmental Science — Waste storage impact and wildlife protection advisory.
Kiryl Kaminski
Engineering — Pollution reduction and waste removal studies in Eastern Europe.
Reymundo D. Hernandez
Sales & Marketing — Caribbean & Latin America; community‑focused deployment experience.
and ERG team members to make Waste2Energy successful and sustainable.
Partners
Strategic Cooperations
Strategic Partners & Consultancy
The Crosby Group — Structural & seismic
EnviroCare International — MicroMist™ scrubbing
Siemens Energy Germany— Power & controls
Black & Veatch — Power technologies
Rotation Systems — Mechanical systems
Solar Unlimited — Renewable integration
Emission Resource Group (ERG) integrates proven technologies and advanced systems with the expertise of its global partners to deliver solutions that go beyond traditional approaches. By combining operational know-how, innovative engineering, and strong international alliances, ERG is able to create substantial additional value for clients and stakeholders. This integrated model not only enhances efficiency and sustainability but also ensures that each project benefits from the collective strength of world-class partners, resulting in long-term economic, environmental, and social impact.