Injection Blow Molding Case Study
Incineration Industry Solutions
Chase Nedrow delivers refractory systems designed for the extreme thermal and chemical conditions of incineration units. From municipal solid waste and medical incinerators to hazardous waste systems, our materials and assemblies are built to handle high-flux combustion, alkali attack, and corrosive off-gas exposure.
Material Sales – Incineration
Refractories Built for Thermal Shock and Corrosive Waste Streams
We supply materials selected explicitly for incineration environments that involve slag formation, chemical vapor attack, and continuous high-temperature cycling.
- Alkali-resistant dense castables
- Insulating and fireclay brick
- Ceramic fiber modules, blankets, and boards
- Gunning and patching materials
- High-alumina mortars and corrosion-resistant mixes
Why Choose Us:
- Stocked for municipal, hazardous, and medical waste incinerators
- Engineered for thermal shock and slag resistance
- Available for fast response to outage and rebuild needs
Fabrication – Incineration
Prebuilt Assemblies for Chambers, Doors, and Gas Path Zones
We fabricate refractory modules and components for primary chambers, afterburners, and transition zones—designed for long life under fluctuating loads and corrosive combustion conditions.
- Burner surrounds and arch blocks
- Access port and inspection blocks
- Door linings and throat transitions
- Expansion systems and duct interfaces
Benefits:
- Enhances reliability and speeds installation time
- Built to resist slag buildup and thermal fatigue
- Reduces downtime during turnarounds and reline events
Emisshield – Incineration
Improve Heat Transfer and Reduce Combustion Fuel Load
Emisshield coatings increase radiant heat efficiency in primary and secondary incineration zones, improving burnout, thermal uniformity, and energy use.
- Primary combustion walls and roofs
- Afterburner and secondary combustion zones
- Stack transition and preheat chambers
Performance Gains:
- More consistent burn and reduced fuel use
- Extended refractory life under harsh conditions
- Improves temperature control in waste destruction zones
Precast – Incineration
Pre-Fired Components for High-Corrosion Incinerator Zones
Our precast shapes are ideal for burner tiles, floor blocks, throat liners, and duct transitions—designed to resist alkali attack, slag buildup, and thermal shock.
- Burner blocks and roof panels
- Door linings and port blocks
- Stack transition modules
- Tertiary duct and floor segments
Why Precast Works:
- Fast installation and reduced downtime
- High resistance to corrosive ash and off-gases
- Maintains structural integrity in high-load firing cycles
Thermography – Incineration
Thermal Imaging for Lining Integrity and Energy Efficiency
Our infrared inspections detect refractory erosion, insulation loss, and energy leakage across incinerator zones, helping to avoid emissions violations and unplanned outages.
- Primary chambers and afterburners
- Transition ducts and stack liners
- Burner zones and roof systems
Advantages:
- Identifies weak points before failure
- Supports emissions compliance and maintenance planning
- Improves thermal containment and combustion stability
