Environmental Technologies

Our integral system approach and troubleshooting expertise can help your dust collection equipment achieve greater filtration efficiency and equipment performance. Our manufacturing capability allows us to customize products to fit almost any specific OEM styles. We have seen and solved just about every type of dust collection problem in mining and industrial applications worldwide. With a global network of engineers and emissions experts ready to serve you, we can be your preferred choice for particulate matter expertise and technology.

Environmental Technologies

ThermoPleat® Filter Elements

Engineered with increased surface area and able to provide greater airflow capacity, these pleated filters can be used in baghouses with operating temperatures up to 450ºF (240ºC).

BHA-TEX® ePTFE membrane

ePTFE membrane laminated filter bags provide superior filtration efficiencies and increased air volumes in demanding baghouse applications.

Horizontal Dust Collectors

Designed for applications where space is limited, these compact point vent dust collectors provide a simple and effective solution for venting conveyor belts and bucket elevators.

Max-9ESFF

The Max-9™ Electrostatically Stimulated Fabric Filter (ESFF) system is a technology designed to address fine particulate and the need for a compact footprint. The technology uses high voltage discharge electrodes in the same casing with fabric filters.

Baghouse Engineered Services

Our system-wide enhancement offerings include baghouse equipment upgrades conversions and patented specialty and new equipment options. Equipment inspection services, project management and technical advise also available.

SQ-300i Precipitator Voltage Control

The core of the control system for an electrostatic precipitator, the powerful and yet simple to operate SQ-300i controls and monitors key operating conditions inside your precipitator.

Precipitator Engineered Systems

Innovative upgrades, rebuilds and system conversions solutions that improve the reliability and performance of existing precipitators to meet higher production demands with reduced emissions.