Converting waste for a cleaner tomorrow.

Engineering & Design

Technology

• Solid waste conversion technology design review and recommendation
• Air Pollution Control (APC) specification and selection
• Continuous Emissions Monitoring System (CEMS) specification and selection
• Energy recovery specification and selection
• Upfront engineering/costing/economic analysis
• Engineering specifications, designs and IP for modular mass burn, two-stage incineration, mobile, truck-mounted, containerized, shipboard, rotary, pyrolysis,
  gasification

Environment

• Environmental regulatory permitting
• Analyses: Expected stack emission, effluent or residuals
• GHG (Greenhouse Gas) reporting, emission rates and modeling
• Air emissions test planning and support

Engineering

• Waste convertor design, upgrades or modifications
• Calculations, thermal release analysis, capacity requirement
• Process flow calculations and diagrams
• Integration: Energy recovery, air pollution control, emission monitoring, material handling, weigh scales, waste oil burners, etc.
• 3D SolidWorks modeling and 2D drafting: Site plans, plant layouts, machinery layouts, guarding and platforms, welding and fabrication drawings
• Electrical design: Electrical and controls modernization, process and instrumentation, schematics

Waste

• Waste analysis, waste management reviews
• Waste characterization for project scoping, permit application, feedstock guarantee or design-build
• Impact-benefit analysis for taking in new waste streams or additional waste to address new markets
• Analysis of plant capacity/burn rate for different feedstocks
• Waste heat value content (calorimeter) analysis
• Combustion calculations
• Capacity requirement confirmation

Production

• Quality management
• Vendor selection
• Procurement
• Custom fabrication
• QC/QA

Logistics & Supply

• Provision of complete parts and services logistics program
• Spare parts provisioning and recommendations
• Re-supply management
• Obsolescence management

Startup & Training

• On-site oversight of general contractors and trades
• Pre-startup checks and setup
• System run-checks, shakedown and optimization
• Performance testing and evaluation
• Operations and maintenance training

Performance Improvement

• Efficiency assessments, from collection to disposal
• Equipment inspection with report & recommendations
• Review of on-site specific requirements
• Review of operational logs, emission reports and maintenance records
• Design improvements, repairs and retrofit
• Waste heat value content (calorimeter) analysis
• Updated documentation and Standard Operating Procedures (SOPs):
• Operational SOPs
  • Updated operator manuals and training materials
  • Maintenance & preventative maintenance schedules
  • Health & safety programs