B&W provides cost-effective control of particulate emissions with our proven pulse jet fabric filter technology. Our strong history of industrial fabric filters dates back to the 1930s. Through
our innovative technologies, we have provided some of the largest and lowest emission fabric filters in the world for a variety of industries including steam generating boilers that utilize a variety of fossil and biomass-based fuels, waste-to-energy, steel, cement and incineration.
B&W’s pulse jet fabric filters feature design innovations that provide benefits not available from other suppliers, such as:
• Long bag technology
• Integral gas and dust distribution devices
• Enhanced pulse system design
• Online maintenance access
• Various roof configurations
• Design for constructability and modularization
• Optional bypass configuration
Our fabric filters offer high particulate removal efficiencies, reduced maintenance costs, and reduced operating costs. Integrating fabric filters with our sorbent injection and flue gas desulfurization (FGD) technologies also provides high removal efficiencies of hazardous air pollutants in a variety of applications. It can also be used with an electrostatic precipitator (ESP) for greater mercury (Hg) control.
We consistently demonstrate the ability to successfully execute innovative solutions for our customers, from new equipment to large, complex full-scope engineering and construction projects.
An extensive network of worldwide regional service centers, field service engineers and technical support personnel are available to provide the customized service and aftermarket solutions for your requirements.
An electrostatic precipitator is being converted to B&W fabric filter technology at Eskom’s Tutuka Power Station in South Africa. Read about the project goals and features in this technical paper presented at Power-Gen Africa in July 2016.