Environmental Protection

Water


IDEAL MBBR™ Moving Bed Biofilm Reactors

IDEAL MBBR™ Moving Bed Biofilm Reactors

World Water Works, Inc.'s IDEAL MBBR™ Moving Bed Biofilm Reactors upgrade existing industrial wastewater treatment facilities for overloaded, non-performing, and/or undersized systems. The product can enhance existing performance and increase capacity of existing treatment plants by being installed in a small footprint reactor(s) upstream of the existing biological system.

The IDEAL MBBR™ acts as a roughing reactor, unloading the existing system by 60-80%. The plant upgrade can be achieved with no disruption in facility manufacturing or wastewater system performance. World Water Works offers a special PAYS™ program that allows this upgrade to be paid overtime.


Wilden Pump and Engineering Co.

Pro-Flo Shift

Pro-Flo Shift

The Wilden Pro-Flo SHIFT represents a breakthrough in energy efficiency within the AODD pump category. Due to its design, the patent-pending Pro-Flo SHIFT Air Distribution System (ADS) allows Wilden AODD pumps to achieve up to a 60% savings in air consumption over all competitive AODD pump technologies, while providing more product yield per standard cubic foot per minute (SCFM). While the Wilden Pro-Flo SHIFT dramatically improves energy efficiency, it also costs 50% less than an electronically actuated ADS, is submersible, and features plug-and-play operation. Its robust design makes the Pro-Flo SHIFT ideal for use in harsh operating environments and includes ATEX compliance for use in potentially explosive atmospheres. The Pro-Flo SHIFT has fewer operating parts, which equates to less downtime and simple maintenance.

The Wilden Pro-Flo SHIFT is available in 38 mm (1-1/2”), 51 mm (2”), and 76 mm (3”) sizes and features maximum discharge pressures to 8.6 bar (125 psig), maximum flows to 1,056 lpm (279 gpm) and maximum solid-handling size to 13 mm (1/2”). The Pro-Flo SHIFT is available with maximum suction lifts to 7.2 m (23.8’) dry and 9.0 m (29.5’) wet. 


    ParkUSA

    raintrooper

    RainTrooper

    RainTrooper is a site-customized rainwater harvesting system that uses pre-storage filtration and first-flush treatment. It offers both above ground and below ground water storage tank applications, as well as post-treatment with micro-filtration, activated carbon and UV light technology, and pump systems for the distribution of the rainwater for potable and non-potable use. The cisterns may be concrete or fiberglass for cost effective below ground installations, corrosion resistant plastic for above ground applications or aesthetically pleasing corrugated steel tanks providing high visibility of the green system. 

    http://www.park-usa.com/layout.aspx?elid=2


      New Pig Corp.

      buildaberm

      Build-A-Berm Barrier Bladder Section

      Build-A-Berm Barrier Bladder Section helps facilities meet secondary containment regulations while minimizing the overall area needed to provide containment. When used with the Build-A-Berm System, the Bladder Section provides an additional 55 gallons of sump capacity to a secondary containment area. Ideal for use in limited spaces where the current containment area cannot be expanded, The Bladder Section remains out of the way and automatically deploys when a spill occurs.

      http://www.newpig.com/pig/US/pig-build-a-berm-barrier-bladder-section-plr517


        EOS Remediation

        EOS100

        EOS 100

        EOS100 is a 100 percent fermentable, water-mixable vegetable oil-based organic substrate that provides a lasting source of carbon for enhanced in-situ anaerobic bioremediation. EOS100 ships as a concentrate and readily mixes with water on a project site. Compared to our existing emulsified oil products, this new formulation is tailored to provide optimal oil retention in high K aquifers and soils with characteristically low oil retention such as fractured bedrock and sandy aquifers. 

        http://www.eosremediation.com/family-of-products/eos-100-product-information-sheet/


          KROHNE Inc.

          flowmeter

          Variable Area Flowmeter

          H250 M40 Variable Area Flowmeter

          The H250 M40 Variable Area Flowmeter combines the major explosion protection types in one device. It can be used in any suitable application that requires intrinsically safe (IS) or non-incendive (NI) wiring strategies, as well as for dust-ignition or explosion proof installations. The worldwide approvals make the H250 M40 flowmeter the best choice for large international companies that have a stringent explosion protection strategy for all plants but also require local approvals. OEMs now can also fulfill different customers' requirements with a single device. In addition, the H250 M40 is the first variable area flowmeter with stainless steel housing and an explosion proof (Ex-d/XP) enclosure, making it ideal for the oil and gas industry.

          All available H250 M40 flowmeter indicator options can be supplied with specific approvals, on site, and without interrupting the process. These purely mechanical flow indicators can easily be upgraded with 1 or 2 limit switches (NAMUR, transistor, or reed), a 4...20mA signal output with HART, a graphical LCD with totalizer and pulse output, as well as a digital, bus-powered communication interface using FOUNDATION Fieldbus or the PROFIBUS (Process Field Bus) PA standard.

          http://krohne.com/en/products/flow-measurement/variable-area-flowmeters/metal-cone/h250-m40/


            The KROHNE IFC050

            KROHNE IFC 050 Electromagnetic Signal Converter

            http://www.us.krohne.com


            Sensorex

            Drop-in Replacement for Strantrol pH and ORP Probes

            The S420 series was designed as a direct replacement for existing Strantrol pH and ORP probes. Constructed of durable CPVC, S420 probes offer improved chemical resistance. Additionally, Sensorex uses a higher volume of its proprietary polymer sensor reference gel for longer service life. The advanced sensor technology delivers accurate measurement over a range of 0-14 pH or -1000–1000mV for ORP. The probes are suited to a variety of applications with a temperature range of 0-50°C and a pressure maximum of 100psig.

            The threaded ½” NPT connection enables easy in line installation or use with existing Strantrol flow cells without modification. Advanced signal shielding reduces noise for more accurate communication with process control systems. Both the pH and ORP probes are available with the option of 30 inch or 10 foot cable lengths for quick integration into existing systems.




              GE Water

              Reduces energy consumption and increases MBR technology

              LEAPprimary

              LEAPprimary significantly reduces overall energy use, costs and physical space requirements by combining separation, thickening and dewatering of primary wastewater solids into one compact, high-performance unit. It replaces conventional clarification and fine screening in a typical MBR plant. LEAPprimary offers high removal of total suspended solids (50-70 percent) and biochemical oxygen demand (25-40 percent), and the removed solids can be dewatered to 20-30 percent dry matter, minimizing handling costs. Since solids and organic material are removed prior to secondary biological treatment, energy use for biological treatment is reduced.

              http://www.ge.com/


                The Witte Company

                The remote desktop capability allows process engineers to start and stop batch and continuous operations, adjust their parameters, and check process conditions such as air temperature, airstream velocity, and retention time in real time while away from the processing line.

                Remote Monitoring/Control of Fluid Bed Dryers, Dewaterers

                The Witte Company

                Process equipment manufacturer The Witte Co. has unveiled remote monitoring and control on its line of vibrating fluid bed dryers, coolers, dewaterers, pellet classifiers, conveyors, and other equipment. Controlled remotely with a dedicated PLC HMI, the remote desktop capability allows process engineers to start and stop batch and continuous operations, adjust their parameters, and check process conditions such as air temperature, airstream velocity, and retention time in real time while away from the processing line. This is ideal for water/wastewater, food, beverage, chemical, pharmaceutical, plastics, and other processors with multiple facilities worldwide and/or those operating in controlled environments.

                http://www.witte.com


                  The foils are manufactured in a range of flute sizes such that once the blocks are assembled, different specific surface areas are available to provide efficient treatment for BOD and ammonia reduction while preventing any fouling from the suspended solids in the influent.

                  GEA 2H BIOdek® Vertical Flow Fill

                  GEA 2H BIOdek® Vertical Flow Fill

                  The foils for the BIOdek® fills are extruded directly from the molten mass, free from stress and with uniform finish. The unique welding process developed to assemble the PP foils into blocks provides an environmentally friendly solution, eliminating the need for harmful solvents. The foils are manufactured in a range of flute sizes such that once the blocks are assembled, different specific surface areas are available to provide efficient treatment for BOD and ammonia reduction while preventing any fouling from the suspended solids in the influent. GEA Heat Exchanges (Bochum, Germany), is exhibiting its 2H products for the municipal and industrial markets at the WEFTEC® 2013 conference, Oct. 7-9 at Chicago's McCormick Place.

                  For information, contact GEA Heat Exchangers Inc., 2H Water Technologies, 14151 Interdrive West, Houston, TX 77032, phone 281-227-7900, www.gea.com.

                  http://www.gea.com


                  Electro-Chemical Devices, Inc.

                  Seawater Dechlorination Analyzer

                  Seawater Dechlorination Analyzer

                  Seawater Dechlorination Analyzer

                  The Model DCA-23 Seawater Dechlorination Analyzer from Electro-Chemical Devices (ECD) is a low maintenance measurement solution that requires no chemicals to monitor seawater chlorine levels accurately in a wide range of industrial process and municipal water treatment applications.

                  Seawater has multiple process industry uses, including heat exchange systems at LNG terminals, oil/gas refineries, electric power plants and SWAC systems (salt water air conditioning) in commercial buildings. The DCA-23 is a single-purpose analyzer that monitors chlorine in seawater from 0.0 to 2.00 ppm. It features an economical, low-maintenance design that requires no chemicals.

                  The analyzer measures the pH, temperature, and Total Residual Oxidant (TRO) of seawater and converts them into an equivalent ppm chlorine value, which is displayed to conform with existing conventions. It features a minimum detection limit (MDL) of 0.014 ppm and a limit of quantification (LOQ) of 0.044 ppm, making the DCA-23 Analyzer suitable for monitoring in environments with the most stringent dechlorination regulations.

                  The DCA-23 features three sensors, pH, TRO and temperature. The pH sensor measures from 0-14 pH, the TRO sensor measures from ±1500 mV and the temperature sensor measures from 0-100°C.  The DCA-23 with its tri-parameter monitoring, is the ideal seawater chlorine analyzer for a wide range of applications.


                    World Water Works, Inc.

                    www/RESOURCE DAF

                    www RESOURCE DAF

                    www RESOURCE DAF

                    World Water Works, Inc. announces the availability of its new www/RESOURCE DAF, a next generation dissolved air flotation (DAF) system that handles flows from 5,000 to 8,000 gallons per minute (gpm) and is ideal for industries ranging from food processing, to desalination pretreatment, to textiles, to petroleum, and beyond. Pilot treatment plants are available and thorough bench testing and pilot treatability studies are conducted to guarantee results.

                    With a high total dissolved solids (TDS) and saltwater tolerance, www/RESOURCE DAF provides the flexibility to outperform traditional DAFs and ensure longevity. Heavy duty durable polypropylene construction allows operation over a wide temperature range and pH range of 2-13, so the system offers tremendous treatment flexibility. The system’s design guarantees low operational and maintenance costs. Consistent and reliable performance ensures compliance with government regulations.

                    The www/RESOURCE DAF system uses DAG (Dissolved Air Generator) technology, which allows the removal of fine insoluble materials by generating 5-12 micron bubbles, the finest in the industry. The DAG system achieves saturation efficiencies that approach 100 percent at low energy consumption. This performance has been documented through upgrades of existing systems that show the new DAG technology improves performance while reducing energy costs by more than 50 percent.


                      Boemar Products, Inc.

                      DRAIN-FX

                      DRAIN-FX

                      DRAIN-FX

                      As there is a great concern about the environmental impact of pouring toxic chemicals into the water supply, DRAIN-FX delivers an effective green alternative within the drain cleaning product category.  DRAIN-FX is a hydro-mechanical drain cleaning device that uses simple tap water and clever engineering to create a powerful pressure washer, which breaks down clogs and flushes them away. 

                      The DRAIN-FX by Boemar Products, Inc. was designed by a licensed plumber to fit taps with removable aerators and will inevitably surpass any other drain cleaning product currently available.  DRAIN-FX comes with a lifetime warranty at an affordable price.


                        McCrometer Inc

                        Water-Cone Flow Meter

                        Water-Cone Flow Meter

                        Water-Cone Flow Meter

                        McCrometer’s Wafer Cone’s new direct mount configuration minimizes installation labor while ensuring accuracy. Direct mounting the transmitter eliminates impulse lines, which not only lowers installation costs but also reduces potential leak points by more than 50 percent. Simple plug-and-play mounting ensures the meter is installed correctly the first time and eliminates a potential source of flow measurement errors. 

                        The Wafer-Cone Flow Meter is ideal for gas or liquid service in line sizes from 1 to 6 inches. The meter’s flangeless design makes installation fast and easy, while the interchangeable cone offers flexibility to accommodate changing flow conditions without the need for recalibration. When flow conditions change over time, the cone can be removed and replaced with a cone at a different beta ratio eliminating the need to buy a new meter. 

                        Space-saving and field-proven, the Wafer-Cone Flow Meter can be installed virtually anywhere in a piping system or be easily retrofit into an existing piping layout. No moving parts, virtually no maintenance, and an economical price make it ideal for applications including: natural gas wellheads, CO2 and water injection, gas lift, compressor anti-surge, fuel gas, separator discharge, biogas reactors, cooling systems, plant HVAC, process gas lines, and more.

                        The product’s design features a centrally-located cone inside a tube, which interacts with the fluid flow and reshapes the velocity profile to create a lower pressure region immediately downstream.  The pressure difference exhibited between the static line pressure and the low pressure created downstream of the cone can be measured via two pressure sensing taps.  One tap is placed slightly upstream of the cone and the other is located downstream of the cone.  The pressure difference can then be incorporated into a derivation of the Bernoulli equation to determine the fluid flow rate.


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