Dealing with tough debris and clogged pumps and pipes are significant and costly issues for many municipal public works departments. These problems are escalating in many places the world over due to the growing popularity of flushable wipes products, as well as aging facilities and a lack of funding for sewer and utility systems. These issues can cost extensive amounts of downtime and capital due to frequent maintenance, equipment repairs and unscheduled shutdowns.
JWC Environmental’s 3-HYDRO inline grinder is now offered as a skid-mounted solution for plug-in-and-grind flexibility. It is a suitable option for tank-bottom cleaning and solids-control operations. It is a powerful grinder that easily reduces troublesome solids, including rocks, wood, paraffin and other debris. The self-contained system is prewired with NEMA 7, UL-certified explosion-proof controls and motors for hazardous locations.
Regardless of the haul route, commercial drivers across America have come to rely on Pilot Flying J truck stops as a comfortable one-stop respite during the long hours between their destinations. Customers can grab a hot meal, do their laundry, use the business center or even visit an urgent care clinic if needed. Since the merger of Pilot TravelCenters LLC and Flying J Inc.
When designing a sludge thickening system, there are many considerations to account for, polymer chemistry being chief among them. The right polymer chemistry contributes to more effective thickening at a lower cost. However, the right chemistry also must be complemented by mechanical processes that enable the chemistry to work effectively.
JWC Environmental has announced the promotion of Greg Guard to senior vice president of global sales. In this newly created position, Guard will be responsible for directing JWC’s global sales initiatives and strategies.
Paul Schuitt has joined JWC Environmental as the western regional sales manager for the municipal wastewater market.
When the Santa Margarita (Calif.) Water District (SMWD) was formed in 1964 by a group of ranchers who wanted a reliable water source for their cattle, the district served more cows than people. Since then, the area has grown to over 150,000 homes and businesses, and the SMWD maintains more than 1,200 miles of water and sewer lines across a 62,674-acre service area.
JWC Environmental has entered into an agreement to acquire IPEC Consultants Ltd.
IPEC Consultants is a Canada-based manufacturer of solids/liquid separation products for wastewater and specialty industrial process liquids.
The new 10K Series Muffin Monster from JWC Environmental combines waste grinding capabilities in a compact, easy-to-install unit that is suited to a variety of wastewater grinding applications. This newest addition to the family of Muffin Monster grinders is available in pipeline, open channel and pump station configurations that pack big power in a small package.
Pump blockages and rags are significant barriers to energy and operational efficiencies at pump stations, causing unscheduled shutdowns, safety hazards for operators, costly equipment repairs and increased power usage due to a decrease in the pumps’ hydraulic performance. Scottish Water observed these negative effects, which were caused by an influx of wipes and rags throughout a network of area pump stations.
Located along the Spokane River and set among large evergreen trees, the City of Coeur D’Alene, Idaho, treatment plant follows some of the toughest treatment requirements in the nation. The facility must meet strict nutrient limits in order to protect the river and a downstream drinking water reservoir.
The Coeur D’Alene, Idaho, wastewater treatment plant has been in operation since 1939, making it one of the earliest examples of a municipal secondary-level treatment facility in the world. Since then, the facility has been overhauled significantly to keep up with demand, area growth and innovations in wastewater treatment technology.
The patent-pending improvements to JWC Environmental’s Muffin Monster family of grinders and Monster Separation Systems fine screens capture wipes, cut them to a size that will not clog pumps and remove them from the waste stream.
Increasingly, wipes are causing serious issues for wastewater treatment system operators. Many of the wipes entering sewage systems are not dispersible and technically not flushable. The term “flushable wipes” was spawned in the 1980s when a consumer products company brought a latex-bonded air-laid wet wipe with polyester fibers to the market. The wipe was considered “flushable” since it could transit through the toilet, but with all those polyester fibers, it was not dispersible.
Grease can cause big problems, but when managed properly it can provide big dividends as a renewable energy source. The wastewater treatment plant in West Lafayette, Ind., has grease in abundance and is making the most of it.
In 2012, the plant received an average of 18,000 gal of grease per month. Although grease deliveries are not always daily, the plant can get multiple deliveries in one day. One small tanker truck can bring in 2,000 to 3,000 gal while a large truck can bring in between 4,000 to 5,000 gal.
An Abundance of Grease
The city of Revelstoke, located along the Columbia River in British Columbia, boasts a growing ski resort and one of the world's best heli-skiing destinations. The scenery of the neighboring Selkirk and Monashee mountains belies Revelstoke's growing population. In 2007, Revelstoke had more than 7,000 residents, and hosted thousands of winter sport enthusiasts at Revelstoke Mountain Resort.
A Growing Problem
In recent years, maintenance operators at the Segerstrom Lift Station in Santa Ana, Calif., noticed an escalation in pump ragging and blockages. This led to an increase in maintenance expenses due to half- to full-day cleanings and an increase in man-hours. Engineers sought the help of Costa Mesa-based JWC Environmental (JWCE), which recommended a Channel Monster sewage grinder.
For many years, a water reclamation plant in Texas successfully used six Penn Valley double disc pumps for their primary sludge and scum applications. At their latest expansion project, they added macerators in-line ahead of all the double disc pumps to enhance their process and grind rags and debris. Since the installation of the macerators, they have suffered severe problems with plugging of the pump suction lines that led to frequent pump rebuilds. After years of frustration in dealing with this problem, they turned to the Sludge Monster.
When Otter Creek Water Reclamation District was faced with expensive recurring cleanup costs at its largest wastewater pump station, engineers solved the problem with the Muffin Monster.