Advanced Thermal Conversion (ATC) vs. Traditional Incineration (WTE)
Advanced Thermal Conversion (ATC) Nexus C³ ATC™
• No open-air burning of waste
• Controlled, low-oxygen conversion (pyrolysis + gasification)
• Lower emissions profile (NOx, SOx, particulates)
• Designed for tightening EPA standards
• Converts waste into usable energy on-site
• ⚡ Power + ❄️ Cooling + 💧 Water in one system
• Reduces landfill volume by >90%
• Turns waste into a local energy asset
• Modular and scalable (1–100+ TPD)
• Faster deployment vs. large infrastructure projects
Traditional Waste-to-Energy Incineration Systems (WTE)
• Burns waste at high temperatures
• Requires excess oxygen and continuous combustion
• Higher emissions (NOx, SOx, particulates)
• Increasing regulatory pressure
• Energy lost as heat
• No cooling or water recovery
• Large, centralized infrastructure
• Slower deployment timelines
• High permitting burden
• Bans and restrictions in multiple regions
The Nexus CleanTech Circular Trifecta
One System. Three Outputs. Total Resource Optimization.
CopiousGreen™ transforms waste into what modern infrastructure demands.
Through Advanced Thermal Conversion (ATC), a single input becomes three critical outputs — energy, cooling, and water — delivered through one integrated system.
⚡CoolPower™️
Reliable, on-site energy generation
Built for grid-constrained and high-demand environments
• Converts waste into usable electricity
• Reduces dependence on external power sources
• Supports microgrids and distributed energy systems
• Enables faster deployment without grid delays
❄️ CoolAir™️
Thermal-driven cooling — without the electrical burden
• Uses recovered heat to drive cooling systems
• Reduces electrical demand from traditional HVAC
• Ideal for data centers and high-density environments
• Supports energy efficiency and cost reduction
💧CoolWater™️
Distilled water recovery from thermal processes
• Produces usable water from system heat
• Reduces reliance on external water supply
• Supports operations in water-constrained regions
• Enables circular resource utilization