B&W’s broad range of experience and expertise in emissions control provides the insight necessary to evaluate, recommend and implement cost-effective solutions to improve system performance.

We work as a team with our customers to develop Net Present Value (NPV) calculations to analyze the profitability of proposed solutions to determine the best approach forward to support your emissions compliance programs.

As experts in this field, we recognize and take advantage of opportunities to apply proven technology to existing equipment that provides tangible benefits for our customers.

As a single-source supplier, B&W provides a complete package of integrated environmental upgrade and aftermarket services, including:

• Engineering assessment of recurring issues
  
  
• Upgrades for aging equipment
  
  
• Replacement parts
  
  
• Installation and construction services
  
  
• Startup and commissioning
  
  
• Performance testing and monitoring
  
  
• Field engineering services
  
  
• On-site inspections
  
  
• On-site training programs
  
  

B&W supports environmental system upgrades, services and replacement parts for equipment originally supplied by us as well as other manufacturers.

Our experience includes:

• Wet and dry FGD systems
  
  
• Wet and dry electrostatic precipitators
  
  
• Fabric filter baghouses
  
  
• Dry sorbent injection systems for SO₂, SO₃ and other acid gases
  
  
• Powdered activated carbon (PAC) and chemical additive systems for mercury control
  
  
• SCR systems and low NO_x burners

Aging technology and lack of support from some original equipment manufacturers and aftermarket suppliers has resulted in lost productivity and reduced efficiency for many electrostatic precipitator (ESP) systems.

ESP products and services provided by B&W are designed with one goal in mind—to help keep your ESP functioning at peak performance. Our vast worldwide industry experience, which includes technology formerly offered by Joy Western Precipitation, BHA, GE Energy and Rothemühle, enables us to provide integrated solutions to enhance equipment performance, regardless of original manufacturer. We provide engineered upgrades, quality components, services and construction to help keep your ESP running efficiently and effectively. Our combination of innovative, cost-effective products and services include:

• Unitized and strip collecting plates
• Wire, rigid frame and rigid discharge electrodes
• Rapper and rapper components
• Insulators
• Access doors and door seals
• Purge air systems
• Single and 3-phase power supplies and automatic voltage controls
• Rapper controls
• Electrical performance enhancement hardware and software
• 24/7 remote diagnostics
• Upgrades, rebuilds, construction, re-powering and conversions
• Field services
• Training seminars

SERVICE PROVIDED	RESULT
Competitor wet FGD retrofitted with B&W's dual tray technology	Increased SO2 removal from 83 to 98%
Full condition assessment of wet FGD system; upgraded absorber pumps and spray headers/nozzles; upgraded and replaced reagent preparation and dewatering equipment	Increased SO2 removal from 91 to 99% Increased reliability Reduced maintenance
Major upgrade of wet FGD system: conversion to forced oxidation; new absorber trays; new spray headers and nozzles; new mist eliminator blades and wash system; additional milling capacity; new hydroclones and belt filters	Increased SO2 removal from 85% to 95% Production of saleable gypsum (reduced byproduct disposal costs) Reduced maintenance Reduced footprint
Performed upgrades to trays, mist eliminators and waterwash system on four wet FGD units	Increased reliability Reduced maintenance
Converted a wet FGD to limestone reagent	Lowered system operating cost Increased reliability Reduced maintenance
Added spray dryer absorber module for increased load	Increased reliability Reduced system pressure drop
Process tuning for a dry FGD system	Lowered lime consumption Increased operating flexibility
ESP rebuild with a top rapped system	Increased reliability Reduced maintenance
Dry sorbent injection system	Reduced SO3 emissions generated across SCR to eliminate blue plume Reduced acid formation potential in ductwork and ESP