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.
A fire at your transfer station or MRF can cause significant downtime, lost revenue, and added cost to restore the damaged equipment and building components. The fire department can tear a metal building apart just fighting the fire. Fires can also trigger negative publicity and could result in injury or even loss of life. Even with automatic sprinkler systems in place, fires can spread quickly. Traditional fire sprinklers are designed to protect the building from completely burning down. However, in most solid waste processing facilities, they are mounted relatively high in the building. Placement can result in significantly delayed response times to react to a fire which has time to grow and propagate. The delay can result in significant damage to structural elements, insulation, lighting, electrical, roof, and wall panels.
International Fire Protection recently published an article by Ryan Fogelman suggesting an investment in more effective fire technology safety systems to prevent fire incidents rather than mitigating the damage. The author’s solution is using automated detection of excessive heat using military grade thermal detection to pinpoint the exact location, with automated emergency alerts, remote human verification, and remotely controlled coolants to contain the threat of fire. These are all innovative solutions and certainly seem logical to help MRFs, transfer stations, and composting operations minimize the chance of an expensive emergency that could shut down operations.
Now we face the dilemma of how public agencies and businesses can afford the new or improved technology.
SCS Engineers believes that preventative strategies and designs are superior and in the long term are safer and less costly. For example, system costs typically include the monthly 24/7 monitoring and operation and set up for multi-year periods (e.g., ten years). At one MRF that experienced a fire, SCS Engineers estimated the cost to install, monitor, and maintain a 24/7 fire suppression system for the 10-year period was less than the cost of the single fire incident. Operators and owners are challenged with a business problem that requires integrating specialized engineering and technology expertise with financial expertise to create operational efficiencies.
When estimating the cost of new technologies to mitigate emergencies and increase safety, the financial considerations are paramount. Elected officials, public works directors, private sector waste management decision-makers and public utilities must operate efficiently while providing critical community services, and maintain existing service levels. They must do so while keeping rates, fees, taxes, and assessments as low as possible for the residents of a community.
Environmentally sustainable solutions must be economically feasible to achieve consensus by constituents and shareholders.
SCS Management Services™ supports a comprehensive approach to environmental solutions as described in International Fire Protection, by providing financial experts who work in combination with our engineering and technology consultants to design solutions that support MRFs, transfer stations, and composting operations planning for long-term economic and financial sustainability.