Market: Power

Special Media Filtration

Special Media Filtration

Peerless Water

Special Media Filters are designed to reduce the contaminant concentrations in water to an acceptable level. Contaminants like Iron, Manganese, or H2S and heavy metals are oxidized and converted into an insoluble form and then filtered by the special media. Different media types are used depending on what kind of contaminants are removed.

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FEATURES & BENEFITS

  • Effective removal of wide range of pollutants
  • Manual and automatic operation
  • Simple operation and maintenance
  • Low operating costs
CECO Environmental

APPLICATIONS

  • Mining Industries water treatment
  • Industrial wastewater treatment
  • Manufacturing wastewater
  • Surface water and groundwater treatment
  • Process water treatment
  • Commercial & municipal water treatment

Spares and Replacement Silencers

Spares and Replacement Silencers

Burgess-Manning

With over 90 years of experience, we have thousands and thousands of silencers and filters in the field. For our Filter Silencers we have a regular after market for filters.

On the other hand, we have our silencers. These silencers hardly need replacement since there are no rotating parts. For these we get regular questions after 40 years if we can still replace or upgrade them.

To support our customers, we have a big range of silencers and filters in stock so that we can support our customers with quick turn around and supply of the required silencers. These silencers can be a 100% like for like requirements or our Application Engineering team can advise in upgrading the silencer to enhance acoustical or pressure drop performance.

We are setup to support you with 1 off silencers or orders of 100+ silencers. For our standard range of silencers all engineering is already completed and if not in stock the team can support you quickly to supply.

If you have any questions, please reach out to our dedicated aftermarket specialist to support you.

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Selective Non-Catalytic Reduction (SNCR)

Selective Non-Catalytic Reduction (SNCR)

Peerless Emissions Control

SNCR systems provide a low-cost technique to reduce NOx emissions by 30%–75% for boilers, furnaces and kilns.

The SNCR process involves injecting a reagent into the flue gas in the appropriate temperature window. The reagent reacts with NOx to form harmless nitrogen and water. The design, arrangement, and location of the reagent injectors are critical to the performance of the SNCR system. Our advanced technology utilizes variable droplet size control and automatic tilting injectors based on furnace temperature, to enhance the NOx reduction performance.

SNCR System Package

Our SNCR systems include reagent storage tanks, pumping and flow control, reagent injection systems, and a boiler control interface. CCA also provides experienced field engineers for optimizing the SNCR in conjunction with the combustion system and overall operations.

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FEATURES & BENEFITS

  • Injection of urea or ammonia (mixed with air and water) into furnace section of field erected boilers
  • NOx reduction reaction temperature window: 1,650–2,100 °F
  • Optimum injector locations determined by CFD modeling of furnace and exhaust gas profiles
  • CCA developed unique tilting injector design to improve efficiency and reduce equipment costs
  • Low total cost of ownership
  • High-efficiency NOx removal, providing 30%–75% reduction
  • Energy efficient
  • Easy to retrofit with minimal downtime

Selective Catalytic Reduction (SCR) – Peerless Emissions Control

Selective Catalytic Reduction (SCR) – Peerless Emissions Control

Peerless Emissions Control

As flue gases are combusted in gas turbines and process furnaces, nitrogen oxide (NOx) is formed. Our Selective Catalytic Reduction (SCR) system is a post-combustion NOx control technology, which injects an ammonia (NH3) based reagent into the flue stream to reduce NOx emissions by up to 95%.

Peerless Emissions Control patented Direct Injection SCR System is an innovative delivery, metering and injection system designed to reduce NOx and CO emissions using substantially less auxiliary load compared to a traditional SCR system.

Our Peerless Emissions Control brand TRIM-NOx® XL SCR injection module automatically injects a urea or ammonia-based reagent into the exhaust gas of a boiler, furnace, turbine or IC engine to reduce NOx emissions. Each module is engineered to optimize efficiency, performance and reliability while meeting stringent environmental standards.

Our SCR designs are engineered to optimize efficiency, performance and reliability, while meeting stringent energy standards. They are adaptable for a wide range of temperatures, exhaust flow conditions, and various types of fuel including:

  • Natural Gas
  • Refinery Gas
  • Coal
  • Biomass
  • Fuel Oils
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FEATURES & BENEFITS

  • Eliminates the need for vaporization equipment such and fans and electric heaters
  • CCA specializes in safer alternatives to ammonia (e.g., urea-based SCR)
  • Efficient NOx and CO reduction of 95%+
  • Reduces capital and operational costs by as much as 60%
  • Less equipment means less maintenance costs and reduced downtime

SAREX ® VG-SEP™

SAREX ® VG-SEP™

VG-SEP 200 Series Bilge Water Separator meets your need for a small unit with a lower capital cost. Ideal for engine rooms where your installation space and budget are tight especially on Yachts, Tugs and Towboats. The VG-SEP 200 uses coalescer first stage technology coupled with high tech replaceable filter elements to meet strict IMO MEPC.107(49) requirements for removal of emulsified hydrocarbons from bilge water to less than 15ppm.

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FEATURES & BENEFITS

  • Superior separation of emulsions in a compact design
  • Small footprint allows easy retrofit installation
  • Manual controls are simple and easy to operate
  • All units are pre-wired and pre-piped to facilitate easy installation and operation
  • IMO MEPC.107(49) type approved by USCG
  • Updated design with easily replaceable filter elements for ease of maintenance

Reverse Osmosis Treatment

Reverse Osmosis Treatment

Peerless Water

In the reverse osmosis membrane, the natural osmosis effect must be reversed; this can be achieved by overcoming the osmotic pressure. To force the feed water to flow towards the permeate water stream, the feed water must be pressurized at an operating pressure more significant than the osmotic pressure. As a result, the feed water is separated into two streams, permeate water (Low Salinity) and Brine Stream (High Salinity).

The System is mainly consisting of pretreatment, chemical dosing stations, membrane modules and a high-pressure pump. Membrane working pressure depends on the feed water quality and can reach 60 bar in the case of seawater.

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FEATURES & BENEFITS

  • Due to the spiral wound membrane, the system becomes very compact and require minimal footprint
  • Salt rejection can reach 99.7%
  • Can be delivered in containers
  • RO is standardized equipment for standard requirements, customized packages also available to meet performance guarantees and specification
  • Modular design, easy to expand and maintain
  • Produces safe potable water according to WHO
CECO Environmental

APPLICATIONS

  • Nano Membrane: widely used for water softening for potable and process applications
  • Reverse Osmosis Membrane: used for brackish and seawater desalination for potable and process applications
  • Sulphate Removal Membrane: used for sulfate removal from seawater for injection water applications
  • Reverse Osmosis Membrane: used as tertiary treatment for wastewater recycling for process (boiler, cooling) water applications

RETROFIT DeNOx TECHNOLOGIES AND AFTERMARKET SERVICES

RETROFIT DeNOx TECHNOLOGIES AND AFTERMARKET SERVICES

Peerless Emissions Control

IMPROVE YOUR PLANT’S EMISSIONS PERFORMANCE

When your pollution control system underperforms, your plant suffers unnecessary maintenance costs and downtime. Often while one component of the system may appear to be the issue, the root causes may lie in inefficiencies throughout the system.

With expertise in total SCR system design and optimization, CECO Peerless is your one-stop partner to meet NOx emissions regulations while working within your existing plant infrastructure. Our extensive experience with complicated SCR retrofit projects helps you get more out of your plant while avoiding unnecessary maintenance costs and outages.

PEERLESS EMISSIONS ARE YOUR EXPERT IN TOTAL SCR SYSTEM DESIGN AND OPTIMIZATION

SCR SERVICES

Consult our experienced team of SCR engineers and technical support professionals to maintain your system and improve your plant’s performance.

  • CFD modeling and flow analysis
  • Emission engineering and consulting
  • Long-term service agreements
  • On-site technical advisory engineers/techs
  • Operator training
  • Optimization services
  • Parts
  • PLC programming and support
  • Systems support 

TURNKEY ENGINEERING AND INSTALLATION

Peerless Emissions delivers comprehensive DeNOx system solutions, including design, supply, installation supervision, and start-up services for SCR systems. Our dedicated in-house computation fluid dynamics (CFD) department draws upon 30 years of experience to engineer the best solution for your plant. Through complete integration of AFCU, catalyst, and system processes, CECO Peerless provides a single-source performance warranty.

SEE WHAT THE PEERLESS EMISSIONS ADVANTAGE CAN DO FOR YOU

  • 90 years in business
  • Optimized life-cycle costs › Modular construction
  • Standard designs
  • Fast delivery
  • Easy installation
  • In-house CFD
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RETOX Regenerative Thermal Oxidizer (RTO) System: Tower-Type

RETOX Regenerative Thermal Oxidizer (RTO) System: Tower-Type

Adwest

Adwest provides tower RTO thermal oxidizer solutions with low cost and high benefit for ethanol, wood products, paint finishing, flavors & fragrances, food processing, building products, petrochemical and pharmaceutical applications. Our multi-tower technology can provide up to 99%+ emission reductions of volatile organic compounds (VOCs), acid and malodorous process streams.

Operating flow control of a tower-type RTO Thermal Oxidizer – Inlet/Outlet/Purge

The VOC laden air is directed by the flow control (poppet/butterfly) valve mechanism to flow through up to 9 beds into the combustion chamber where the VOCs are purified. These RTO ceramic media beds are designed to provide up to 97% primary heat recovery and produce very high rates of heat transfer. This results in the air being preheated very close to the required oxidation temperature (1500 to 1700 degrees/f) by the time it reaches the combustion chamber requiring minimal auxiliary fuel input to the RTO system.

The clean air then exits the combustion chamber through an outlet bed or beds that have been previously cooled. As the air passes through these beds, it is cooled by the same heat transfer process. After passing through the outlet beds the air exits the RTO system at a temperature only slightly higher than the inlet temperature.

After several minutes the first set of inlet beds becomes depleted of heat while the second set of beds (outlet) becomes preheated with the heat liberated from the combustion process. At this point the flow of air through the beds is switched with the previous inlet beds acting as the outlet beds and the former outlet beds acting as the purge bed. The purged bed becomes the inlet bed. In this way each bed periodically extracts heat from the clean gas stream exiting the combustion chamber then releases this heat into the polluted gas entering the combustion chamber. A dedicated purge bed is utilized with tower RTOs to assure 100% capture of the VOCs and treatment on the inlet bed side. This method is thermal regeneration. The combination of thermal oxidation and regenerative heat recovery allows the RTO Thermal Oxidizer system to efficiently destroy VOC laden air with minimal operating costs.

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CECO Environmental

APPLICATIONS

  • Natural Gas Transmission
  • LNG Production
  • Natural Gas

RECYCLO-SEP®

RECYCLO-SEP®

Take the “Waste” Out of Waste Water With a RECYCLO-SEP® Recycler.

The RECYCLO-SEP® is a fully automatic wastewater recycling unit that processes dirty water created by cleaning equipment into water clean enough to be reused. The process flow rates are 6 GPM for the RECYCLO-SEP®.

Model 2000 and 12 GPM for the RECYCLO-SEP Model 2800.

The RECYCLO-SEP® has been proven especially effective in removing oils, grease, heavy metals, solids and other contaminants from water used in conjunction with pressure washers, steam cleaners or similar equipment. The system maintains a proper pH balance so that the recycled water may be safely reused. The RECYCLO-SEP® separator eliminates pollution problems by taking the waste out of waste water through recycling and reuse. The waste residue is reduced to a small, easily disposable semi-dry cake.

The principal system components consist of four vertically skid mounted tanks equipped with a feed pump, process pump, cartridge filter, three metering pumps, and associated valves and controls. The four processing tanks include the first stage tank, the flocculate tank, in which the majority of oil and solids are removed from the wastewater influent. The second stage, the separator tank, continued separation of remaining residual oils and solids. The third stage, the surge tank, provides a supply of clarified water for operation of the process pump. The fourth stage, the storage tank, stores the clean, processed water ready to be reused.

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FEATURES & BENEFITS

  • Provides easy and cost effective environmental regulations compliance
  • Prevents pollution from waste water discharge by converting existing open-loop operations into environmentally safe closed-loop systems
  • A simple, economical and reliable process for producing clean reusable water
  • Eliminates the need and cost of discharging waste water into a sewer and avoids the expense of transporting large volumes of liquid waste to a hazardous dump site
  • Saves water and reduces monthly water fees
  • Proven performance with state-of-the-art technology
  • Skid mounted for easy installation and operation
  • Enhances water conservation

Rectangular Splitter Attenuator

Rectangular Splitter Attenuator

Wakefield Acoustics design software allows custom selection of rectangular splitter attenuators to suit all air and gas movement applications.

PLANTROOM ATTENTUATION
From smaller attenuators for dust extraction plant, through to large attenuators on primary & secondary air fans used in power generation, we work closely with OEM’s, end users, contractors and consultants to address complex noise problems across a wide range of industries. Each attenuator is cost-effectively designed to meet the most demanding of customer noise specifications.

We offer several type of attenuator designs dependent on application and structural requirements, from light gauge screwed construction through to a heavy plate welded units.

All our attenuators have aerodynamic inlet fairings to reduce pressure loss, mineral wool infill protected by either a glass tissue scrim spun bound poly cotton or a woven glass cloth lining and a final layer of perforated sheet steel protection.

Inlet air filters are commonly used in conjunction with our range of rectangular splitter attenuators where a common filter bank is installed prior to the acoustic baffles. Access to the filters can be gained either through a side access door fitted into the filter plenum or via the end of the attenuator should space permit.

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FEATURES & BENEFITS

  • Melinex moisture resistant membrane for damp process air
  • Aerodynamic ‘V’ noses and ‘Bull’ noses to reduce pressure loss
  • Operating temperatures in excess of 250°C
  • Combined inlet filter silencers complete with filter slides and cells
  • Transition pieces
  • Weather cowls and louvres
  • VARIOUS FINISHES INCLUDE:
    • Polyester powder coated
    • Wet paint systems
    • Plastic coated steel