With experience across a diverse range of industries, delivering a wide array of technologies and services, we understand the nuances that occur between industries and clients. No two clients, sites or industries are the same, and therefore unique solutions are required to meet your individual needs.
Through the collaboration of our partners, we can conceive, design, manufacture, install and commission all systems necessary to control air and flue gas emissions from your facility, allowing you to reach emission reduction targets and become more environmentally friendly.
With ever stricter environmental regulations, combined with a competitive marketplace, it is more important that ever to execute environmental compliance as cost-effectively. Combining the technical excellence of our partners, with our flexible Environmental Compliance as a Service™ (E-CaaS) solution, we are uniquely positioned to ensure that the cement, lime and aggregates have the quality and performance they demand, with the capability to reduce upfront costs and compliance risks.
Our wide range of products and services are well-suited to the demands of the chemical processing industry, delivering high performance, continuously operating, air pollution control systems. When combined with our unique Environmental Compliance as a Service™ (E-CaaS) solution, we can provide flexible contracting approaches that allow our clients to focus on their core production needs, with the confidence that their site meet all environmental compliance needs in the long-term.
The extensive engineering expertise of our business, combined with our flexible E-CaaS solutions, guarantee compliance and optimized performance so your chemical plant can focus on production.
Having pioneered ceramic filter technology into the glass industry over a decade ago, our team have worked on nearly 50 installations throughout North America. While ceramic filter systems are considered Best Available Control Technology (BACT) in many states, we provide a wide range of air pollution control technologies and services that can meet individual needs, from Electrostatic Precipitators (ESP) and Selective Catalytic Reduction (SCR) systems, to retrofitting existing baghouse and ESP to ceramic filter technologies, ensuring that within the same footprint, you can meet new or revised multi-pollutant requirements.
Our systems are proven to deliver continuous operation with no adverse downtime, and with a modular design functionality, we can ensure we help future-proof your facility for any long-term capacity increases. Combined with our E-CaaS solution offering, we can uniquely provide our clients long-term environmental compliance with no upfront capital and long-term risk assurance.
At Precision Partners, we have the products and services to enable optimal flue gas treatment and environmental compliance unlike no others. While most companies focus on the technology, product or system required, our solutions are focused on your absolute need – compliance.
We work in partnership with a number of clients within the oil & gas sector to develop solutions that can be retrofitted to deliver maximum multi-pollutant reductions on flue gas emissions on existing refineries and Fluid Catalytic Cracking Units (FCCU). Additionally, through wider collaboration, we develop long-term solutions to develop pollutant offsetting strategies that maximize the cost-effectiveness of your compliance strategy.
Whether requiring multi-pollutant reduction of the flue gas to meet environmental compliance, or reduce dust and particulate from the syngas, we have the experience and product range to support your needs. Our ceramic filter systems are well suited to deliver optimal particulate and dust removal in the syngas (>99.99%) to allow for electricity production. While wet electrostatic precipitator (wESP) and venturi wet scrubbers have been used for syngas cleaning systems, ceramic filters provide an all dry system that can deliver optimized efficiency.
Additionally, ceramic filters are the premier solution for delivering high levels of pollutants such as PM, NOx, SOx, HCl, and VOC to permitted levels, with the temperature flexibility to allow for optimal operation. For further improvement of the overall plant efficiency, our team can also support the integration with waste heat recovery.