FAQ
construction
Q. What is smoke testing in a sewer system?
Before construction can begin on a new development, several utility infrastructure systems must be planned, coordinated, and installed to support the site long-term. These services typically include water mains, wastewater systems, lift stations, storm drainage, irrigation infrastructure, underground utilities, and electrical coordination for utility systems.
Developers also need permitting, inspections, trenching, site preparation, and final utility tie-ins coordinated early in the process to avoid delays later in construction.
RCM Utilities provides turnkey utility construction services that help streamline this process by managing utility coordination from initial site work through final utility activation. Our “one call from dirt to flow” approach helps simplify communication, scheduling, and infrastructure management for builders and developers.
Q. What does a turnkey utility contractor do for new developments?
A turnkey utility contractor manages multiple phases of utility infrastructure construction under one coordinated team. Instead of hiring separate contractors for water, sewer, lift stations, irrigation, and electrical coordination, developers can work with one utility partner that oversees the entire process.
Services often include utility installation, excavation, lift station construction, irrigation systems, permitting coordination, inspections, testing, and final system activation.
Working with a turnkey contractor helps reduce scheduling conflicts, improve project efficiency, and create a single point of accountability throughout development.
RCM Utilities specializes in turnkey utility construction for residential subdivisions, mixed-use developments, commercial properties, and municipal utility projects throughout Central Florida.
Q. Who handles electrical power coordination and water utility connections for new construction projects?
Electrical coordination is a critical part of new utility infrastructure construction. Systems such as lift stations, irrigation pumps, and water infrastructure require properly scheduled electrical service before they can become operational.
This process often includes coordinating with local power providers, scheduling inspections, managing transformer placement, and aligning construction timelines with utility company requirements.
Without proper coordination, projects can face costly delays and operational setbacks.
RCM Utilities assists developers with new construction power coordination for water and wastewater utility systems, helping ensure infrastructure is connected and operational at the appropriate stages of construction.
Q. How are lift stations constructed and maintained in new residential or commercial developments?
Lift stations are essential components of many wastewater systems because they move sewage from lower elevations to higher elevations when gravity flow alone is not possible.
Construction typically includes excavation, wet well installation, pumps, force mains, electrical systems, controls, and startup testing. Proper construction is important for long-term system reliability and environmental compliance.
Long-term maintenance is equally important and may include inspections, pump servicing, cleaning, emergency response, and preventative maintenance programs.
RCM Utilities provides both new lift station construction and ongoing service support to help developers and municipalities protect their infrastructure investment and maintain reliable wastewater operations.
Q. Can one contractor manage water, wastewater, irrigation, and utility infrastructure installation for an entire development project?
Yes. Many developers prefer working with a full-service utility contractor capable of managing multiple infrastructure systems under one coordinated operation. This can include water utilities, wastewater systems, lift stations, irrigation pumps, underground utility installation, and electrical coordination.
Using one contractor helps improve communication, reduce scheduling conflicts, and simplify project management throughout construction.
RCM Utilities provides integrated utility infrastructure services for residential, commercial, mixed-use, and municipal projects. By combining multiple utility scopes under one experienced team, we help developers keep projects moving efficiently from early site work through final utility activation.
Q. What Happens To Utility Infrastructure After A Development Is Turned Over?
Once construction is complete, utility infrastructure enters its operational lifecycle. Lift stations, irrigation pump stations, force mains, controls, and other critical assets require ongoing inspections, maintenance, testing, and occasional rehabilitation to remain reliable. RCM Utilities helps developers, HOAs, property managers, and private owners protect these assets through maintenance programs, emergency response services, inspections, and long-term infrastructure support.
Q. Why Is Long-Term Utility Asset Management Important For Private Developments?
Utility infrastructure is a long-term investment that directly impacts operational costs, property value, and resident satisfaction. Without proactive maintenance and planning, minor issues can escalate into costly failures or emergency repairs. Asset management programs help owners budget for inspections, maintenance, rehabilitation, and future capital improvements while maximizing the life expectancy of infrastructure. RCM Utilities helps communities implement lifecycle strategies that reduce risk and protect infrastructure investments.
Q. What Kind Of Warranty Or Post-Construction Support Should A Builder Expect From Their Utility Contractor?
A qualified utility contractor should provide clear warranty coverage, responsive service, and support during the transition from construction to operations. This may include post-turnover inspections, documentation, startup support, and addressing workmanship-related issues. RCM Utilities continues supporting builders after construction is complete, helping protect project schedules, community operations, and developer reputation.
Q. Why Is 24/7 Emergency Lift Station Support Important After Construction Is Complete?
Lift stations operate continuously, and unexpected failures can create environmental, operational, and regulatory challenges. Having access to a 24/7 emergency response helps communities quickly address pump failures, electrical issues, alarms, and other critical system problems. RCM Utilities provides around-the-clock support to help keep wastewater systems operational and minimize downtime.
Q. What Should An HOA Or Private Community Know Before Taking Ownership Of Utility Infrastructure?
Before accepting utility assets from a developer, communities should receive as-built documentation, operational information, maintenance records, startup testing results, and a long-term maintenance plan. Understanding the condition and operational requirements of lift stations, irrigation systems, and utility infrastructure helps prevent unexpected costs and service disruptions. RCM Utilities assists with turnover coordination and ongoing operational support to help communities confidently manage their infrastructure.
Q. How can municipalities streamline the procurement process for utility infrastructure projects?
Municipalities can streamline procurement by using established purchasing options and working with experienced utility contractors that provide multiple services through one coordinated team. RCM Utilities helps simplify project delivery by providing construction, rehabilitation, maintenance, and specialized utility services, reducing the need to coordinate multiple contractors.
Q. What is a piggyback contract, and how can it be used for municipal utility projects?
A piggyback contract allows a public agency, when permitted, to purchase through an existing competitively awarded government contract. This can help reduce procurement time and administrative requirements for qualifying utility projects. RCM Utilities works with public-sector clients to help identify efficient paths for moving needed infrastructure work forward.
Q. How does cooperative purchasing help public agencies procure utility services?
Cooperative purchasing can give public agencies access to competitively procured contracts without conducting a separate solicitation for every qualifying project. When available and permitted, this approach can save procurement time, reduce administrative workload, and help agencies move infrastructure projects forward more efficiently.
Q.How can turnkey procurement help reduce delays on municipal utility projects?
Turnkey procurement can reduce delays by simplifying coordination between procurement, contractors, and multiple phases of utility work. RCM Utilities provides a coordinated approach and single point of accountability, helping minimize communication gaps and keep projects moving from planning through completion.
Q. What is the difference between traditional utility procurement and a turnkey approach?
Traditional procurement may require an owner to coordinate multiple contractors, scopes, schedules, and contracts. A turnkey approach brings multiple project needs together through one coordinated team, helping simplify communication, improve accountability, and create a more efficient path from project initiation through completion.
Wastewater
Q. What is smoke testing in a sewer system?
Smoke testing is a diagnostic method used to identify defects in sanitary sewer systems. Non-toxic smoke is introduced into the system to reveal cracks, illegal connections, cross-connections, and other pathways where stormwater or groundwater may be entering the sewer. RCM Utilities uses smoke testing to quickly pinpoint problem areas and support targeted rehabilitation efforts.
Q. Why is inflow and infiltration (I&I) a problem for municipalities?
Inflow and infiltration increase the volume of water sent to wastewater treatment plants, driving up treatment costs, overloading systems during heavy rain events, and increasing the risk of sanitary sewer overflows. Reducing I&I helps municipalities protect capacity, control operating costs, and remain compliant with regulatory requirements.
Q. How often should a sewer system be smoke tested?
The frequency depends on system age, condition, and regulatory requirements. Older systems or areas with known I&I issues may benefit from periodic smoke testing as part of a proactive maintenance program. RCM Utilities works with agencies to determine appropriate testing schedules based on system risk and capital planning goals.
Q. What happens after smoke testing identifies defects?
Once defects are identified, RCM Utilities provides condition evaluation and recommends corrective actions, which may include point repairs, lining systems, manhole rehabilitation, or protective coatings. The goal is targeted, cost-effective rehabilitation rather than unnecessary full system replacement.
Q. How does smoke testing support regulatory compliance?
Many regulatory agencies require municipalities to actively monitor and reduce I&I as part of consent decrees or system improvement plans. Smoke testing provides documented evidence of proactive inspection and corrective action, supporting compliance and long-term infrastructure management strategies.
Q: What is bypass pumping, and when do you need it?
Bypass pumping temporarily redirects wastewater around a section of a sewer system during repairs, maintenance, or equipment failures. It allows essential wastewater operations to continue while work is completed, helping prevent backups and service interruptions.
Q: What is the difference between planned and emergency bypass pumping?
Planned bypass pumping is scheduled in advance to maintain wastewater flow during construction, rehabilitation, or routine maintenance. Emergency bypass pumping is deployed when unexpected failures, blockages, or damaged infrastructure interrupt normal operations.
Q: How can municipalities prevent sewer overflows during periods of high wastewater demand?
Municipalities can reduce the risk of sewer overflows by monitoring wastewater flow, maintaining pumps and lift stations, clearing blockages, and ensuring backup systems are operational. Preparing for periods of increased demand helps protect infrastructure and minimize service disruptions.
Q: How can municipalities maintain wastewater operations during a power outage?
Municipalities can maintain wastewater operations during power outages with backup generators, emergency power connections, operational monitoring, and, when necessary, temporary bypass pumping. A reliable contingency plan helps reduce the risk of system failures and wastewater overflows.
Rehabilitation
Q.What is sewer coating, and why is it important?
Sewer coating is a protective lining for manholes, lift stations, and wet wells. It prevents corrosion, infiltration, and deterioration, extending the life of infrastructure and minimizing repair costs.
Q. How long do sewer coatings last?
High-performance coatings last 10–25+ years with proper installation, materials, and maintenance.
Q. What problems do sewer coatings solve?
Coatings prevent corrosion, hydrogen sulfide damage, infiltration/inflow, and structural degradation, protecting aging infrastructure.
Q. When should a sewer system be coated?
A sewer system should be considered for coating when inspections reveal corrosion, surface deterioration, infiltration, or damage caused by hydrogen sulfide exposure. Applying a protective coating before significant structural failure occurs can help extend asset life, reduce future repair costs, and protect the structure from continued deterioration.
Q. Are sewer coatings cost-effective compared to replacement?
Coatings are much more cost-effective than full replacement, reducing lifecycle costs by preventing failures and extending asset life.
Q. What are the warning signs a manhole needs rehabilitation?
Common warning signs include water infiltration, corrosion, cracking or deterioration, recurring maintenance issues, and a manhole ring or cover that no longer sits properly with the roadway. Identifying these conditions early gives utilities an opportunity to address problems before they become larger, more disruptive repairs.
Q. How does RCM Utilities rehabilitate manholes without a traditional full tear-out?
RCM Utilities uses specialized manhole rehabilitation and ring replacement methods designed to address deteriorated components while minimizing unnecessary excavation and disruption. Depending on existing conditions, rehabilitation can help restore structural integrity, improve the manhole’s fit with the surrounding roadway, address leakage, and extend the useful life of the asset.
Lift Stations
Q: What causes a lift station pump to fail?
Common causes of lift station pump failure include clogged pumps, electrical problems, mechanical wear, control system malfunctions, and excessive wastewater flow. Regular inspections and timely repairs help identify these issues before they cause major disruptions.
Emergency
How can municipalities prepare their utility systems for severe weather and unexpected failures?
Emergency readiness begins before severe weather arrives. Routine inspections, condition assessments, lift station checks, identification of vulnerable assets, and an established emergency response plan can help utilities prepare for unexpected problems. Having an experienced response partner in place also helps streamline mobilization when an emergency occurs.
What utility emergencies can RCM Utilities respond to 24/7?
RCM Utilities provides 24/7 emergency response for critical water and wastewater infrastructure needs. Whether a system is facing a break, backup, storm-related issue, lift station problem, or other unexpected failure, RCM’s team can respond to help address the problem and restore essential utility operations.
What opportunities are available for someone looking to build a career with RCM Utilities?
Maintenance
How Can Municipalities Reduce Emergency Utility Repairs?
Preventing emergency utility failures starts with routine inspections, condition assessments, preventive maintenance, and targeted rehabilitation. Addressing aging infrastructure before it fails reduces downtime, emergency repair costs, and disruptions to residents.
RCM Utilities partners with municipalities to identify infrastructure risks early and implement proactive maintenance and rehabilitation strategies that improve reliability, extend asset life, and keep critical water and wastewater systems operating efficiently.
What Should Municipalities Look For When Selecting a Utility Infrastructure Contractor?
When selecting a utility infrastructure contractor, municipalities should evaluate licensing, safety record, emergency response capabilities, experience with public infrastructure, regulatory compliance, and long-term maintenance expertise. Choosing a contractor that can support projects from construction through ongoing service helps reduce risk and improve project continuity.
RCM Utilities delivers turnkey municipal utility services from construction and rehabilitation to emergency response and ongoing maintenance, providing public sector clients with a reliable partner throughout the entire infrastructure lifecycle.
How Can Municipalities Extend the Life of Existing Utility Infrastructure?
Many municipal water and wastewater systems can remain in service for decades longer through proactive rehabilitation rather than full replacement. Protective coatings, targeted repairs, lift station upgrades, condition assessments, and preventive maintenance help reduce lifecycle costs while improving system reliability.