In addition to helping you develop new, technologically advanced wastewater treatment plants and collection systems, we assist in rehabilitating, upgrading and expanding existing facilities for public, private, and industrial entities. HR Green offers services throughout your project's life cycle.
HR Green provides comprehensive wastewater services to move public, private, and industrial projects from conceptual planning through design, financing, permitting, construction, start-up and operation. We assist public and private clients with new, technologically advanced wastewater treatment plants and collection systems, aging treatment and collection infrastructure, higher design flows, compliance with current and future NPDES permits,More
HR Green provides comprehensive wastewater services to move public, private, and industrial projects from conceptual planning through design, financing, permitting, construction, start-up and operation.
We assist public and private clients with new, technologically advanced wastewater treatment plants and collection systems, aging treatment and collection infrastructure, higher design flows, compliance with current and future NPDES permits, and implementation of improvements to match funding. When it comes to maintaining the viable operation of treatment and collection systems, we work with you to get your facility running and help streamline the process. And if your wastewater treatment needs include high strength waste due to industrial applications, we can also address the specific needs of these types of projects efficiently and economically.
Collection System Improvements
In the spring of 2015, portions of the City of Liberty flooded, revealing extensive problems with infiltration and inflow in the City’s collection system. The City had struggled to address needs and develop plans for the maintenance of their sanitary sewer collection system, and they sought a cost-effective way to identify problem locations and help in planning future operations and maintenance work.
Iowa Great Lakes Sanitary District
The Iowa Great Lakes Sanitary District (IGLSD) intercepts the wastewater from seven Iowa cities (Spirit Lake, Arnolds Park, Okoboji, West Okoboji, Wahpeton and Milford) and the unincorporated areas in the region around the Iowa Great Lakes in Northwest Iowa.
East and West Wastewater Treatment Plant Improvements
HR Green provided bidding and construction phase services to the City of Cleveland, Texas for their East and West Wastewater Treatment Plant modifications project.
Wastewater Treatment Facility Improvements
The Facility Plan report included a thorough evaluation of existing treatment processes and structures as well as recommended improvements to meet future conditions.
Water Reclamation Facility Effluent Filter Improvements
Sioux Falls, SD
The City of Sioux Falls Water Reclamation Facility (WRF) treats wastewater from throughout the city, thus protecting the Big Sioux River from pollution. This outstanding project replaced filters at the WRF, re-using the existing concrete tanks where the filters were located.
The City of Walker had a 2-cell controlled discharge lagoon to treat the community’s wastewater and required the system to discharge more frequently.
Facility Optimized for Highly Variable Flows
The Iowa Great Lakes Sanitary District (IGLSD) Wastewater Treatment Facility (WWTF) treats municipal wastewater from a service area of approximately 12,000 acres. The population served by the IGLSD Wastewater Treatment Plant is highly variable due to increased use of the lakes during summer and holidays.
Plan for Future Treatment Capacity
The Village of Richmond had experienced rapid development and required new wastewater treatment facilities to accommodate future growth. HR Green was the first in Illinois to perform an in-depth study to weigh the impact of future discharge on water quality and the study is now used as guideline model for the IEPA.
South St. Paul Interceptor Improvements
St. Paul, MN
Wastewater from the Cities of South St. Paul is pumped through the forcemain to the Metropolitan Wastewater Treatment Plant (MWWTP), a distance of approximately four miles, and was showing signs that could lead to failure.
Interceptor Improvements Incorporate “Complete Streets”
Richfield, MN, Edina, MN
The Edina-Richfield Interceptor Improvements project constructed a regional sanitary sewer across Richfield to accommodate redevelopment in Edina. Standard MCES practice is to repair streets in a fashion similar to their original condition. However, HR Green used a Context Sensitive Solutions (CSS) approach to engage the public in the design of 75th and 76th Streets in Richfield. The result is Richfield’s first “Complete Street” system, which encourages walking, bicycling and mass transit use. This method was also less costly for MCES, resulting in a win-win outcome for Richfield and MCES.
Addresses Aging Infrastructure with Facility Plan
The City was in the midst of rapid growth and it quickly became apparent that the community needed master planning completed for its water and wastewater system to address aging infrastructure in the older portions of the community as well as expansion plans for new developments.
Burlington’s Wastewater Treatment Plant Improvements
The City of Burlington had been propositioned by a major industry in the mid-2000s but they were not able to offer the sewer treatment capacity desired of the industry. Losing the potential development opportunity resulted in the City’s decision to move forward with a major upgrade to their Wastewater Treatment Facility (WWTF) to prepare for future economic development opportunities.
Mundelein Wastewater Treatment Plant – Wetland Mitigation
An wastewater treatment plant expansion project required the Village to mitigate for causing impacts to the ﬂoodplain and surrounding area.
Wastewater Treatment Plant Upgrades
Wood Dale, IL
HR Green was retained by the City of Wood Dale, Illinois to complete the preliminary design for the North WWTP Plant Upgrades.
Empire WWTP Outfall and Rosemount Interceptor
The Rosemount Empire planning area is located in the southeastern part of the Minneapolis/St. Paul metro area and includes the cities of Apple Valley, Lakeville, Farmington, Rosemount, and Empire Township. Metropolitan Council Environmental Services (MCES) provides wastewater collection and treatment for this area.
America’s Water Infrastructure Act of 2018 (AWIA) is a federal law that provides for water infrastructure improvements throughout the country. AWIA became law on October 23, 2018. Section 2013 of AWIA includes newly enacted requirements for community water systems serving more than 3,300 people.
Obtaining grant funds for various projects is paramount for most communities; however, securing and managing these funds for critical projects is no simple task. In an ideal world, effective Capital Improvement Planning allocates funding for improvements; however, when accidents occur or Mother Nature strikes, disaster recovery efforts can be a significant funding challenge for communities. Grant funding knowledge is essential to ensure that a community can recover from disaster and prevent future loss of life and property.
Partially grouted masonry shear walls are common in North America. Construction of partially grouted concrete masonry shear walls can benefit greatly by placement of joint reinforcement in bed joints of each or every other course instead of deformed reinforcement in bond beams, because placement and grouting of bond beams slow construction. Joint reinforcement is already used to help control cracking and provide prescriptive horizontal reinforcement. With sufficient area and ductility of wire, joint reinforcement can also provide the tension capacity to span across cracks in shear walls and to act as primary shear reinforcement for in-plane shear forces.
A well-informed constituent will feel engaged and involved. Communities striving to improve communications with their residents and visitors should periodically evaluate the technologies available and weigh their strengths against the community’s need. Some technologies are excellent at getting information distributed to a broad audience quickly, while others allow for interaction and multimedia applications.
Most Americans take the water systems that bring clean water to and from their homes and businesses for granted. They turn on the tap and flush the toilet without thinking twice about where that water came from or where it will go. But could you imagine a day without water? Without safe, reliable water and wastewater service?
The Sioux Falls Water Reclamation Facility (WRF) treats primary and secondary sludges in three primary anaerobic digesters and one secondary digester. Treated sludge is stored in lagoons until disposal by land application. Continuation of the land application process will require significant investment. The primary purpose of this study is to evaluate alternative biosolids handling and disposal methods. The study includes a forecast of biosolids production rates due to growth and future nutrient removal treatment processes. The study also addresses processing and storage options, and establishes a 20-year biosolids management plan.
Keeping up with changes in state laws can be a full time job for municipal employees. The experts in HR Green, Inc.’s Governmental Services Business Line review and keep up with the changes in Building Codes and Code Enforcement. Unlike standard Building Codes, the Illinois Plumbing Code, the Illinois Energy Conservation Code and the Illinois Accessibility Code are all state mandated codes. HR Green urges leaders to take note of some very important changes.
Many industries have some level of wastewater pretreatment before discharging to the local Publicly Owned Treatment Works (POTW). In the food and beverage industry, pretreatment with Dissolved Air Flotation (DAF) is common to remove fats, oils and greases, along with associated Biochemical Oxygen Demand (BOD) and Total Suspended Solids (TSS). These food and beverage companies are in the business of making their products, not wastewater treatment. So, often times, selecting the right piece of equipment can be a challenge.
Modern wastewater treatment plants are technologically advanced facilities that require a great deal of knowledge and skill to operate. While many people only consider the treated effluent discharged from these facilities, treatment plants must actually process, discharge, and dispose of two separate wastewater components.
Communities across the country have aging and inadequate water infrastructure. Most of our underground water infrastructure was built 50 or more years ago, in the post-World War II era. In some older urban areas, many water mains can even be a century or more old. It is estimated $2.6 billion is lost as water mains leak treated drinking water. In addition, billions of gallons of raw sewage are discharged into local surface waters from wastewater conveyance systems.
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HR Green is pleased to announce that Verne Jacobsen, PE has joined the firm’s St. Paul, Minnesota office as Senior Engineer for the Water business line.
HR Green is pleased to announce that Tim Korby has joined the firm’s St. Paul, Minnesota office as Regional Director for the Water business line. Tim brings over 33 years of experience in the design and implementation of urban and rural infrastructure projects. His work focuses on meeting the needs of municipal clients through the planning and development of projects for wastewater, potable water, storm water, treatment plants, and wellhead and groundwater protection.
HR Green, Inc. (HR Green) has been honored with two Engineering Excellence Awards for projects in Wood Dale and McHenry. The American Council of Engineering Companies of Illinois (ACEC Illinois) presented the Engineering Excellence Awards at a gala on March 1. The recognition was part of a competition that recognizes projects that demonstrate an exceptional
HR Green, Inc. (HR Green) was presented with three public works engineering awards by the American Public Works Association (APWA) Illinois at a recent luncheon on Monday, February 25, 2019. HR Green received two awards for “Project of the Year” and one for “Management Innovation.” The Project of the Year Award for structures of less than