Water & Wastewater Treatment Equipment Serving Omaha, NE
Precision lime slaking, biosolids stabilization, drying, storage, and truck loading systems engineered by RDP Technologies for Omaha and Douglas County municipal facilities.
Trusted Process Equipment for Omaha Water & Wastewater Plants
For over 45 years, RDP Technologies has been building robust equipment, backed by dependable process performance, based upon a foundation of practical technologies that simply perform. Omaha-area utilities count on RDP for clean, accurate, reliable systems that are simple and easy to maintain.
Biosolids Storage & Precision Truck Loading Systems
The City of Omaha Public Works Department operates the Missouri River Wastewater Treatment Plant and the Papillion Creek Wastewater Treatment Plant, the two major facilities serving wastewater treatment for Omaha and the surrounding metro region. The Metropolitan Utilities District (M.U.D.) and Sarpy County partners handle additional treatment capacity across the broader Omaha-Council Bluffs metro area. Daily biosolids volumes from these plants move to land application sites across the fertile farmland of eastern Nebraska and western Iowa. Reliable storage and loadout equipment is essential to keeping operations running smoothly through harsh Great Plains winters, severe summer storms, and the operational realities of treating wastewater in a major agricultural region. RDP Technologies engineers biosolids storage systems and precision truck loading systems that automate the full flow from dewatering through to the departing truck.
Moving floor technology built into live bottom bin storage keeps sticky sludge cake flowing reliably through both subzero winter days and humid Plains summers, eliminating the bridging and rat-holing common to conventional steep-walled hoppers. Sludge cake truck loading runs automatically through the precision truck loading system, with most loads completed within minutes and held to within a couple hundred pounds of the operator’s target weight.
Three decades and approximately three hundred biosolids conveying equipment installations have refined a layout that keeps trucks clean, departure times predictable, and operator involvement minimal at the bay. Because the cycle runs without continuous attendance, Omaha-area plant staff can redirect labor toward higher-value work elsewhere in the facility. For utilities managing weather-driven hauler disruptions and routine rotations to agricultural land application sites across the Corn Belt, that automation directly improves daily throughput and operational resilience.
Biosolids Lime Stabilization & Pasteurization Solutions in Omaha, NE
Nebraska’s substantial Corn Belt agricultural base supports active beneficial reuse of biosolids, with the Nebraska Department of Environment and Energy (NDEE) administering oversight under federal EPA 503 standards. Cropland in Douglas, Sarpy, and surrounding counties offers strong land application pathways, and the broader regional disposal network extends across eastern Nebraska, western Iowa, and beyond. Class A treatment pathways continue to attract Omaha-area utilities seeking broader market access and operational flexibility. RDP Technologies has been delivering EPA 503 compliant lime-based solutions since the federal rules were first established, supporting both Class A biosolids treatment and Class B biosolids stabilization at facilities across the Great Plains.
The EnVessel Pasteurization biosolids pasteurization system is one of the most widely deployed Class A processes nationally, with more than 70 installations operating across the United States. EnVessel pairs lime addition with controlled supplemental heat instead of relying on heavy lime overdosing, keeping chemical demand reasonable while reliably hitting the time, temperature, and pH thresholds required for full pathogen kill.
Enhanced Pasteurization moves the cycle into a sealed sequencing batch reactor where lime drives pH above 12 and controlled heating completes disinfection. Both pathways serve as proven wastewater pathogen reduction equipment, supported by published case studies and decades of operational data from municipalities nationwide. For Omaha-area facilities planning capital upgrades against NDEE requirements or evaluating Class A expansion to support Corn Belt beneficial reuse markets, these are regulator-recognized options with strong long-term track records.
Lime Slaking & Feed Systems for Omaha Water Treatment Facilities
The Metropolitan Utilities District (M.U.D.) operates the Florence Water Treatment Plant and the Platte West Water Treatment Plant, serving Omaha and surrounding communities with a conjunctive use approach drawing from the Missouri River, the Platte River, and groundwater wells. Florence has been operating since the late 19th century, making it one of the oldest continuously operating water treatment plants in the country. The naturally hard surface water from these sources requires substantial lime feed for softening, pH adjustment, and corrosion control. RDP Technologies designs lime slaking and feed systems engineered for the precision and reliability that high-volume Great Plains municipal operations require year-round.
The Tekkem family of lime slakers for water treatment applies load cell technology to combine a measured weight of quicklime with a measured weight of water, holding the slaking reaction within the proven 180°F to 190°F temperature window. This weight-based control approach enables precision lime dosing systems with slurry concentration adjustable from one percent up to thirty percent based on plant requirements.
The same Tekkem platform converts to operate as a hydrated lime feed system without any physical modifications, providing flexibility as lime market conditions shift across Nebraska and the broader Great Plains. A continuous slurry delivery loop combined with pinch valve and flow meter dosing supports accurate feed at multiple application points within a facility. With only one moving part inside the reaction tank, maintenance demands stay infrequent and predictable for plants running around the clock through Omaha’s extreme temperature swings and seasonal source water variability.
Custom Engineering & Process Equipment Support Serving Omaha
Water and wastewater infrastructure across the Omaha metro region operates through some of the most demanding seasonal conditions in the country, with subzero winter cold, severe summer storms, tornado risk, and recurring Missouri River flood events all factoring into long-term capital planning. The Omaha-Council Bluffs cross-border metro adds tri-state coordination realities to operations. RDP Technologies brings over 45 years of custom process equipment engineering experience to capital projects across Douglas, Sarpy, Washington, and surrounding eastern Nebraska and western Iowa counties.
As a wastewater treatment equipment manufacturer that handles design, fabrication, and controls programming under one roof, we adapt to existing tankage, constrained site footprints, and operator workflows rather than forcing a generic package into a difficult location. Our intelligent control platforms integrate cleanly with SCADA systems and meet the detailed reporting expectations of Nebraska Department of Environment and Energy, Iowa DNR for Council Bluffs cross-river partners, and EPA Region 7 oversight.
We engage directly with municipal engineers, consulting firms, and plant operations staff from early scoping through commissioning and long-term technical support. Robust equipment, dependable process performance, and practical technologies that simply perform are the principles that have guided every project we deliver. Omaha-area facilities benefit from working with a single accountable manufacturer that designs, builds, and stands behind the equipment for the long haul.
Biosolids Drying Systems for Omaha Wastewater Plants
With weather-driven hauling disruptions a recurring reality in the Great Plains and Corn Belt beneficial reuse markets continuing to evolve, biosolids drying systems offer Omaha-area wastewater plants a strategic capital investment for cutting hauling tonnage and unlocking higher-value end products like dried biosolids fertilizer suited to agricultural markets. The RDP-Fenton wastewater sludge dryer operates on a repeating batch cycle that allows drying time to be adjusted to match the natural variation in sludge cake solids concentration coming off the dewatering line.
Batch sludge drying equipment handles those upstream variations cleanly, whereas continuous-flow dryers often struggle when feed quality shifts unexpectedly. Operators in the field have repeatedly noted how little daily attention the system requires once a stable recipe is dialed in.
The dried product comes out significantly reduced in volume and weight, lowering trucking costs and opening pathways into fertilizer, soil amendment, and energy recovery markets across Nebraska, Iowa, Kansas, Missouri, and the broader Great Plains and Corn Belt. Pairing the dryer with upstream RDP lime feed or storage equipment gives Omaha wastewater plants a fully integrated biosolids handling line backed by a single manufacturer with consistent controls and ongoing support. Long service life and ease of operation were the design priorities from the start, and that focus shows up clearly in real-world performance data from installed sites across the country.
Ready to Discuss Your Omaha Project?
Connect with the RDP Technologies team to scope lime feed, biosolids, or drying equipment for your Omaha-area facility. We’re ready to help.