Supervisory Control and Data Acquisition (SCADA) generally refers to an industrial computer system that monitors and controls a process. In the case of the transmission and distribution elements of utilities, SCADA monitors substations, transformers and other electrical assets. Sensors (either digital or analog) and control relays that directly interface with the managed system. Remote Telemetry Units (RTUs) serve as local collection points for gathering reports from sensors and delivering commands to control relays.
Additionally, SCADA systems are crucial for industrial organizations and companies in the public and private sectors to control and maintain efficiency, distribute data for smarter decisions, and communicate system issues. The SCADA software processes, distributes and displays the data helping operators and employees analyze the data and make important decisions. State and municipal utility departments use SCADA to monitor and regulate water flow, reservoir levels, pipe pressure and other factors. Effective SCADA systems can result in significant savings of time and money.
The current SCADA system in the City of Miami Beach is outdated and no longer applicable for software updates. Therefore, the system requires removal and replacement with a new SCADA contract. In order to consider a contract, the City of Miami Beach is seeking qualified proposers to respond to this RFP for an all-inclusive SCADA package that includes engineering, design, integration and installation of a radio-based or equal form of communication, internet accessible SCADA system including PLC. The SCADA system will be for remote monitor and control of potable water storage tanks and pumping station, wastewater pumping stations, stormwater pumping stations, and all associated monitoring stations (flow, pressure, etc.).
RFP PROCESS
On June 6, 2018, the City Commission approved the issuance of RFP 2018-233-KB. The RFP was issued on June 2, 2018, with an opening date of August 15, 2018. A pre-proposal conference to provide information to the proposers submitting a response was held on June 26, 2018.
The RFP provides for a two-step, phased evaluation process. The Phase I selection process, which is the reason for this item, relates to the qualifications, experience and availability of the proposers and key members of the design-build team, including the lead designer and lead constructor. Only those Proposers short-listed during Phase I are authorized to proceed to Phase II of the RFP selection process, in which price and detailed technical proposals based on the approved Design Criteria Package (the “DCP”) will be considered.
The City received proposals in response to the RFP from the following nine (9) firms:
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Custom Controls Technology, Inc.
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Data Flow Systems, Inc.
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Engineer Service Corporation
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PCI Vetix LLC (Process Control & Instrumentation, LLC)
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Revere Control Systems, Inc
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Sice, Inc.
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Star Controls, Inc.
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Tesco Controls Inc.
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Woodard & Curran, Inc.
On August 9, 2018 the City Manager appointed the Evaluation Committee via LTC # 456-2018. The Committee convened on September 13, 2018 to consider proposals received under Phase I. The Committee was comprised of Tony Brown, Capital Projects Coordinator, Capital Improvement Projects Office, City of Miami Beach; Roy Coley, Director, Public Works Department, City of Miami Beach; Jose Perez, Capital Project Coordinator, Capital Improvement Projects Office, City of Miami Beach; Frank Quintana, Division Director, Information Technology Department, City of Miami Beach; Margarita Wells, Assistant Director, Environment and Sustainability Department, City of Miami Beach.
The Committee was provided an overview of the project, information relative to the City’s Cone of Silence Ordinance and the Government Sunshine Law. The Committee was also provided general information on the scope of services, references, and a copy of the proposal. The Committee was instructed to score the proposal pursuant to the evaluation criteria established in the RFP. The evaluation process resulted in the scoring of the proposal received as indicated in Attachment A.
The following is a brief summary of the qualifications of the three (3) top ranked firms as articulated in each firm's proposal.
SICE, Inc.:
SICE understands the technical challenges of this Project and the importance of teaming with the proper local and experienced resources to able to successfully implement it. As a result, SICE has partnered with design and engineering partners, Nova consulting and 300 Engineering Group. Their Team offers the best expertise of the three organizations by complementing and leveraging technical skills and local capabilities to deliver an exceptional DBOM project to the City of Miami Beach.
SICE is the Prime Contractor. SICE is a Multinational Technology Integration Company, whose primary activity is to render value-added services through technology implementation and integration using either proprietary or third-party software. They deliver the best solution specifically tailored for each client. SICE has successfully delivered and maintained hundreds of projects for public and private customers in a wide range of sectors and business areas, such as ITS, tolling systems, lighting, environmental and energy efficiency services, communications infrastructure and safety and process control systems.
SICE has successfully delivered DBOM projects for the remote command, remote control and automation of all processes for the transport and treatment of drinking, irrigation, and wastewater in countries like Spain, Algeria or Perú. In the US, SICE has successfully deployed its SCADA solution for the Port of Miami Tunnel which is capable of integrating, managing and controling different systems and devices installed by SICE and third parties under a single platform with the objective of optimizing and simplifying the day to day management of the tunnel operations. Currently, they are deploying our SCADA solution for the Alaskan Way Tunnel in Seattle which is anticipated to be accepted by the end of this year. Additionally, SICE has delivered ITS systems for complex transportation projects such as I-595 Corridor Improvement Project, recognized at the America’s Transportation Awards National Competition.
Data Flow Systems, Inc.:
Data Flow Systems, Inc. (DFS) was established in 1981 to manufacture SCADA solutions specifically for water and wastewater utility applications. DFS has gained national recognition for its durable and obsolescence-proof TAC II SCADA System, as well as its technical capabilities and guaranteed radio links.
Today, DFS is recognized as an industry leader, providing remote monitoring and control for remote facilities, and water & wastewater treatment plant automation systems. Our patented product, "Symphony – Harmonious Pump & Flow Management" has been proven to significantly reduce lift station pump run times and pumping energy costs.
The TAC II SCADA System is MADE IN THE USA. The Company's corporate headquarters is located in Melbourne, Florida and consists of a 30,843 square foot facility encompassing sales, engineering, radio study and FCC licensing, customer service, product manufacturing, a certified UL-508A panel shop, and stock warehousing. DFS currently employs nearly 100 full-time employees – all dedicated to water and wastewater SCADA systems and applications.
Its combination of design, manufacturing, system commissioning, and technical service allows DFS to offer complete SCADA solutions. DFS places emphasis on developing a good long-term partnership with each end-user. At the present time there are over 400 TAC II SCADA Systems with more than 25,000 RTUs installed and operational throughout the United States. DFS’ TAC II SCADA System installation base ranges from small Water Control Districts to large WW Collection Systems, and Automated Plant Control Systems. Its single largest user currently has over 700 DFS RTUs for the monitor and control of their sewer lift stations.
Revere Control Systems, Inc.:
Revere Control Systems, Inc. has completed projects that include the design and implementation of SCADA Control Systems using radio frequency technology and hardware, PLC hardware, computer servers and workstations as well as the HMI software application. Our experience as an established systems integrator is summarized in the qualifications included in the following pages of this proposal package.
Revere Control Systems, Inc. plans to provide a complete design and control system for the City of Miami Beach that meets your expectations and requirements. The major components included in the control system include the radio communication hardware such as the radio devices, antenna structures (poles and/or towers), antenna and cabling infrastructure, RTU panels housing PLC processors and hardware, computer servers and workstations, and the HMI software with a developed application customized for the system design.
Its project team members have the experience needed to secure licensed radio frequencies from the FCC, site surveys, control panel design, PLC programming, HMI configuration and site installation services.
Revere Control Systems, Inc. is authorized to perform Engineering services in the State of Florida. Revere Control Systems, Inc. has a minimum of one (1) registered Florida Professional Engineer, We also carry a General Contractor’s License and an Electrical Contractor’s License for the State of Florida. This allows us to self-perform the installation work for this project.