SCS Professional Dave Hostetter will speak on “Recent Changes in Landfills and Technology”, on October 16 at 10:00 am ET, as one of the virtual webinar sessions hosted by the Virginia Recycling Association and SWANA in its 2020 Webinar series called “Navigating Changes on the Horizon.”
Dave will discuss “How IoT and SCADA are Changing Landfills”.
He will present alongside Bob Car and Mark Bertane of Blackhawk Technology Company, who will address Pumping Elevated Temp Fluids; and Jenny Johnson of LaBella Associates, who will discuss Navigating the Shortage of Landfill Operators.
The VRA-SWANA series is packed with interesting events. Click for more information and to register
The regulatory driver for reducing bird presence at landfills in Oregon is usually the need to reduce E. coli counts in stormwater as birds carry a range of diseases and landfills are bird feed grounds.
Large aggregations of birds, especially starlings, gulls, and crows can present economic, regulatory, and aesthetic challenges wherever they occur. Lasers have been successfully used to control birds for the agricultural, industrial, power, and commercial sectors for several years.
Lasers used for bird control typically emit green light, a color to which wildlife seem prone to see and react and range up to 500 milliwatts in power (Class 3B), which may equate to effective ranges of beyond 1000 feet. Lasers come in both handheld and automated versions. Handheld lasers allow more flexibility and control in terms of safety and application to particular birds, groups of birds, or situations. Modern automated bird control lasers are basically a security camera housing with a laser as payload instead of a camera, which is programmed to run the laser point along one-to-many set paths. Automated lasers are typically placed on poles or rooftops to allow for maximum range and a good focus for the laser spot on the ground.
We have been evaluating the potential use of handheld and automated lasers for solid waste applications for over a year, mainly for deterring birds from using landfills for feeding and loafing. The regulatory driver for reducing bird presence at landfills in Oregon is usually the need to reduce E. coli counts in stormwater. SCS recently teamed with Bird Control Group, a developer and manufacturer of laser units specifically designed for bird control, and Douglas County Department of Public works to install an automated laser at Roseburg Landfill, Roseburg, Oregon. Initial results are promising, with most birds leaving the site within a few hours of activating the laser.
The collection of daily bird presence data by landfill staff for the last year will help determine the short- and long-term effects of the recent laser installation. SCS will discuss the technology, safety, methodology, science, applications to the solid waste industry, and ongoing results and challenges of the Roseburg Landfill laser installation at the next SWANA NW Symposium, but you may contact SCS directly.
Shane Latimer, Ph.D., CES, SCS Engineers
Shane Latimer is an environmental planner, ecologist, and toxicologist with over 30 years of experience in environmental assessment, planning, permitting, implementation; and compliance; 24 years in the solid waste industry. His specialty is developing projects that challenge the interface between the built and natural environments, such as solid waste facilities, oil and gas infrastructure, mines, sewage treatment facilities, and similar developments. These projects often require careful assessments of alternatives, impacts, and opportunities to successfully navigate the applicable public regulatory processes (e.g., NEPA, local land use, etc.) and ensure environmental integrity.
The Dallas City Council recently authorized a three-year service contract, with two one-year renewal options, for environmental monitoring and engineering consulting services supporting Dallas’s Department of Sanitation Services. SCS Engineers will use its integrated specialized practices to support the City’s McCommas Bluff Sanitary Landfill, Bachman Transfer Station, Fair Oaks Transfer Station, and Southwest Transfer Station.
Vice President Ryan Kuntz, P.E., the team’s principal consulting engineer, said, “SCS is privileged that the City of Dallas entrusts us to partner with the City’s staff to maintain the landfill and the transfer stations’ safe and efficient operations. The Department of Sanitation Services support the citizens and the environment; we’re honored to be of assistance.”
Landfills are extraordinarily complex systems integrating liquids and gas management systems, and the City’s McCommas Bluff Landfill is one of the largest landfills in the State of Texas. Transfer stations also require expertise in technical and regulatory issues for successful operation.
The City finds it cost-effective to employ an engineering firm, such as SCS, that specializes in solid waste engineering. SCS enhances environmental services with its specialized in-house practices, providing comprehensive capabilities and advanced technologies that improve efficiency and help control costs.
SCS Engineers will provide monitoring and engineering support staff from the firm’s Bedford, Texas office, along with the help of our minority/women-owned business partners. The SCS Bedford team’s professionals and field technicians are experienced and knowledgeable of regional and local geology, regulatory policies, and technical challenges.
SCS Engineers’ environmental solutions and technology are a direct result of our experience and dedication to solid waste management and other industries responsible for safeguarding the environment. For more information about SCS, please watch our 50th Anniversary video.
Learn more about Waste Management’s Award at minute 30:54 of the video conference recording. Congratulations to the Waste Management Team!
The Ignition Firebrand Awards recognize system integrators such as SCS Engineers and industrial firms for their use of technology to create innovative solutions.
Today at the virtual Ignition Community Conference, Waste Management (WM) is accepting the 2020 Firebrand Award for its landfill technology and automation platform advances. The Company designed an internal solution then contracted with SCS Engineers’ RMC Practice, and Vertech Industrial Solutions to deploy WM’s new innovative ‘Connected Landfills’ pilot.
“Waste Management is excited to be recognized for our innovative work and use of new technologies,” said Bryan Tindell, vice president of disposal operations at Waste Management. “Striving for the most innovative and advanced technology in the world of waste helps ensure we are able to continue providing essential services for residents, customers and our communities. The use of advanced technology has also introduced new ways of working for our employees, further elevating their daily experience and streamlining our processes.”
WM’s Connected Landfills system was first piloted at the West Edmonton Landfill in Edmonton, Alberta, Canada. The pilot proved to simplify workflows, equipping landfill assets with internet-connected devices and sensors. Technicians are able to review data remotely via dashboards on mobile devices, allowing them to monitor changes, make decisions and even directly interact with equipment with the push of a button. With less time spent in transit, landfill employees will be able to spend more time managing landfills’ productivity and health.
“The integration of remote monitoring and control helps make landfill operations more efficient, sustainable, and creates a safer environment for landfill staff and the surrounding community,” said Dave Hostetter, regional manager of SCS RMC®. “That the innovation is being recognized as well is gratifying.”
This design and integration advances WM’s existing environmental management platform by increasing worker safety, the user experience, and running the landfill systems efficiently. It also supports Waste Management’s commitment to ensuring public safety and environmental protection for landfill staff and the surrounding community. Landfills, and the municipalities and companies that operate landfills use sophisticated technology to manage the complex environmental systems that keep citizens and the air, water, and soil surrounding landfills healthy. Ongoing collection of data from these assets, often collected by checking meters positioned throughout landfill sites, is essential for landfills’ safe operation.
Waste Management operates the largest network of landfills in the industry, managing the disposal of almost 100 million tons of waste every year at over 250 sites across Canada and the US. Based on the pilot’s success, WM plans to expand the Connected Landfills system to other sites throughout North America.
About Waste Management
Waste Management, based in Houston, Texas, is the leading provider of comprehensive waste management environmental services in North America. Through its subsidiaries, the Company provides collection, transfer, disposal services, and recycling and resource recovery. It is also a leading developer, operator and owner of landfill gas-to-energy facilities in the United States. The Company’s customers include residential, commercial, industrial, and municipal customers throughout North America. To learn more information about Waste Management, www.wm.com.
About SCS Engineers
SCS Engineers’ environmental solutions and technology are a direct result of our experience and dedication to |solid waste management and other industries responsible for safeguarding the environment while delivering products and services. For more information about SCS, please visit our website at scsengineers.com or watch our 50th Anniversary video.
In the wake of COVID-19, the ability to remotely access and control critical processes is not only recommended for industrial organizations — it has become absolutely essential. Ignition Premier Integrators, such as SCS Engineers, make it seamless to set up remote control on any systems used at landfills; however, you should take the proper steps to keep your process safe from threats.
In this timely webinar, experts from Inductive Automation and SCS Engineers will show you why Ignition is such a powerful platform for remote process control solutions, and they’ll share best practices for getting the most out of it.
San Bernardino County’s almost 500-acre San Timoteo landfill upgraded with gas monitoring and controls that manage its four blowers, flare station, pumps, valves, thermocouples, and other devices. There are 340 tags, 16 screens and more than 50 alarms monitored and managed by web-based SCADA software. Simpler, streamlined SCADA is more capable and closely connected, and less costly for landfill gas monitoring and control.
San Timoteo added options such as 3D imaging from flying drones and augmented reality (AR) displays. After flying the site, the imagery is uploaded to update its map and create point-cloud graphics. Aerial data is used to create topographic mapping, 2D images, 3D renderings, and GIS, thermal and tunable diode laser (TDL) images for methane leak detection.
Landfill operators and managers can remotely view the site using a mobile device, and “walk the site” from their offices or anywhere using the HoloLens.
Now nearly all landfills can afford to gather data with Ethernet and wireless networking, analyze data with sophisticated software, and display it on ubiquitous interfaces including tablet PCs and smartphones. The trick is applying the technologies in applications that enable more effective decisions.
On July 7, 2020, the City of Brownsville Commission approved a recommendation by the Engineering and Public Works Department to continue an existing multi-year partnership with SCS Engineers. SCS is an environmental consulting and contracting firm that will serve the City for an additional five years. The environmental contracts support the Landfill Gas Collection and Control System (GCCS) expansion and provide landfill engineering, compliance, monitoring and operations assistance.
Project Director, J. Roy Murray, an SCS vice president, and the team’s principal consulting engineer will continue to serve the City’s citizens and staff. Mr. Murray has decades of experience in civil and environmental permitting, design, and construction at municipal solid waste landfills (MSW), including 20 years serving the Brownsville Landfill. Mr. Murray states:
The City staff and Commission continues to entrust SCS Engineers to help the landfill staff with the safe, efficient, and compliant operation of the landfill. We are honored by their trust. The City of Brownsville MSW Landfill Operations team serves the City well. The facility is the primary solid waste disposal site for surrounding communities, carefully engineered and maintained regularly even during severe weather and now a pandemic. The forethought of the Landfill Division, their leadership, and innovative practices provide the citizens with stellar services while protecting the environment.
The initial installation of the City Landfill’s Gas Collection and Control System (GCCS) completed in 2011, was part of an Energy Efficiency and Conservation Block Grant the City received from the American Recovery and Reinvestment Act of 2009. SCS Engineers assisted with the application process, and as a result of the collaboration, the City received a $1.7 million grant to install a landfill gas collection system at the landfill. With GCCS operation, the City has reduced its greenhouse gas emissions. The landfill infrastructure and emission reductions were voluntary at the time, but the Texas Commission on Environmental Quality (TCEQ) Air Quality rules and regulations, and EPA’s New Source Performance Standards, now require them.
The Gas Collection and Control System consists of 16 landfill gas extraction wells and currently provides coverage of 32 acres of the City Landfill’s disposal footprint. The City plans to expand the GCCS during 2021, to support landfill’s growth and stricter air permit regulations. The expansion includes 38 additional wells covering 120 acres of the landfill footprint. The new wells will integrate with the collection system and integrate with liquids management, leachate control, and stormwater systems, among others.
About SCS Engineers
SCS Engineers’ environmental solutions and technology are a direct result of our experience and dedication to solid waste management and other industries responsible for safeguarding the environment. For more information about SCS, please follow us on your preferred social media channel, or watch our 50th Anniversary video.
EBJ announced on January 23 that it is honoring SCS Engineers with multiple awards for environmental business achievements, advanced technology, and another for ASP composting project merit. The official awards ceremony takes place during EBJ’s Environmental Industry Summit XVIII in San Diego, California, in March.
SCS is receiving the Gold Business Achievement Award for a Large Environmental Firm, for outstanding business performance in 2019. We largely attribute our organic growth to our clients interested in Sustainable Materials Management (SMM) and renewable natural gas (RNG) services. Our SMM programs increase our clients’ solid waste management efficiencies, reduce waste, and support sustainable recycling, and our design and design/build facilities convert landfill gas, dairy digester gas, and wastewater treatment plant digester gas to RNG. In addition, SCS’s Geographic & Practice Area Expansion initiative in 2019 enables us to expand our professional engineering and consulting services for liquids management, wastewater treatment, and emerging contaminants from new offices in the South, Central, and Midwest regions of the United States.
The Information Technology Award for SCS Remote Monitoring and Control® (SCS RMC®) software is especially gratifying. SCS RMC technology helps lower landfill operating costs and maximize gas capture by integrating next-generation supervisory control and data acquisition (SCADA) opportunities such as 3D imaging from drones and virtual reality (VR). Beyond typical SCADA features, our system uses aerial data to compose topographic mapping, 2D images, and 3D renderings. SCS RMC can also incorporate geographic information systems (GIS), thermal, near-infrared, and methane leak detection data. The 3D model in use by San Bernardino County and other clients incorporates a Microsoft HoloLens VR headset that allows executives, facility management, and operators to “walk the site” from their offices, as well as view and control equipment remotely from almost any internet-connected mobile device. The technology integrates with our SCSeTools® platform, in use on over 600 landfills that help facilities continually gauge operational health and spot trends that help determine when and how to invest in infrastructure.
The Environmental Services Division of the city of San Diego, in collaboration with SCS Engineers, is receiving the Composting Project Merit Award in recognition for the composting operation at the Miramar Landfill in San Diego. In collaboration with the City, SCS designed an innovative covered Aerated Static Pile (ASP) composting system that will divert 100,000 tons per year of organic waste from the landfill. The ASP became operational in August 2019 and will compost 40,000 tons per year into useful by-products (and has capacity for an additional 20,000 tons). It provides an enhanced stormwater control system, and will eventually run on renewable energy generated from the landfill. According to the StopWaste.com calculator, the upgrade reduces greenhouse gas emissions by the equivalent of removing 19,015 cars from the road.
In addition, the recent announcement of SCS’s ASP Composting Pilot Program is making headlines. SCS owns a covered ASP compost system that is mobile and can be set-up on sites within an area of 50 feet by 100 feet, or less. In the covered ASP compost system, process and odor control is pro-active with a shorter composting period. Pilot tests allow waste managers to assess composting and to see if it is the right fit for their situation. The ASP system processes material batches in two months. Additional batches or “recipes” can test in 2-month intervals.
“Managing air, water, and soil pollution prevention are driving state and local regulations,” said Bob Gardner, a Senior Vice President of SCS Engineers. “Offsetting as much of the cost by improving operations, lowering energy consumption, and switching to renewable energy resources is critical to our clients.”
About SCS Engineers
SCS, an employee-owned environmental consulting and construction firm, is celebrating our 50th year in business. We are producing technologies and programs that lower industrial operating costs and reduce greenhouse gases for private and public clients who are establishing goals to reduce their environmental impact.
Our technologies and programs are finding footholds in the agricultural, industrial, and manufacturing sectors as municipalities and companies aim to reach climate change goals without passing all of the expense to consumers. SCS clients entrust us with the management of more than 35 million metric tons of anthropogenic CO2e greenhouse gases every year. We collect and beneficially use or destroy enough to offset greenhouse gas emissions from 7.4 million passenger cars annually.
Inductive Automation® announced the software firm now recognizes SCS Engineers as a Premier Integrator. Premier Integrators have a high level of commitment, professionalism, and competency using the Ignition software. They must consistently produce high-quality work and must consistently demonstrate successful projects with very satisfied end-users.
SCS uses Inductive Automation’s Ignition supervisory control and data acquisition (SCADA) software in their solution because it is a proven state of the art software, which works well with cloud-based systems and the internet of things (IoT). It allows clients to easily control, track, manage and report on their processes.
Large landfills, counties with multiple landfills, and private waste management firms have been waiting several years for SCADA software to catch up to their business needs. Landfill operations are extremely complex and expensive since they monitor and manage multiple systems to protect the public from contamination to the air, water, or soil. There are typically multiple operations active on many sites, such as waste recovery, recycling, composting, Gas Collection and Control Systems (GCCS), and renewable energy plants.
SCS Remote Monitoring and Control®, or SCS RMC® provides a next-generation option to monitor and control systems, and see the data collected and the systems in action. It allows users to control their systems remotely, collect data and use the data to enhance their productivity, reduce their operations and maintenance (O&M) costs, and reduce their environmental risk. Other offered services include 3D imaging from drones and virtual reality (VR). SCS uses aerial data collected via drones to compose topographic mapping, 2D images, 3D renderings, GIS, thermal, infrared (IR), and methane leak detection for waste facilities. The SCS RMC® team can take rendered models and apply them into virtual reality (VR) headset as well, which allows decision-makers at waste management facilities and organizations to “walk the site” from anywhere.
Current clients save Operating & Monitoring (O&M) costs and reduce human error by generating internal and regulatory reports automatically, using data automatically collected by the system. They can also receive instant notification of malfunctions and can troubleshoot these notifications remotely.
Not only for landfills, until recent years the public did not realize the long-term value of recycling nor the associated costs. Some clients use SCS RMC® to monitor dumpsters and recycling receptacles for collection. This helps keep waste and recycling inside the container, collection schedules more efficient, and overall operations less costly.
Manufacturing, industrial facilities, and ports use remote monitoring and control for real-time viewing, analysis, and control of equipment and systems critical to production and safe operations, often for air monitoring.
Galen Petoyan, Senior Vice President of Field Services states, “We fully embrace SCS RMC® within SCS Field Services® because the software allows us to provide more value to our clients; our technicians and engineers can avert problems, and when needed, provide rapid, efficient, and accurate analysis and action.”
To support the growing use of technology by municipalities, in waste management, and by industrial and manufacturing clients, SCS Engineers is opening new offices. The newest office is in Lancaster, Pennsylvania. The office provides environmental engineering, consulting, and is the base for the east coast SCS Remote Monitoring and Control® (RMC) professionals.
The office is the third SCS location in Pennsylvania, and is located at:
1861 Charter Lane
Lancaster, PA 17601
SCS RMC® works closely with the firm’s business sectors developing software, applications, and support services, which harness technology to capture, track and evaluate environmental data, provide remote monitoring and controls, and drone services with advanced capabilities.
The SCS RMC® platform and applications help public and private clients control their equipment remotely, collect data and use the data to enhance their productivity, reduce their operations and maintenance costs, and reduce their environmental risk. The tools are versatile; SCS programmers, engineers, and scientists are available to develop custom applications meeting a spectrum of industrial environmental objectives for groundwater, leachate, air monitoring, and landfill gas management.
SCS RMC® uses a network of sensors and Machine-to-Machine (M2M) applications to help minimize equipment downtime by alerting staff to maximize production or to an operational safety issue. The system supports additional monitoring components as operations grow, providing facility owners and operators with a single secure application for their supervisory control and data acquisition (SCADA), data management, and reporting needs.
SCS RMC® is experiencing exponential growth, as industrial operations need technology most when reaction time is essential to avoid production downtime and continue operations within regulatory mandates to maintain public safety standards.