Ittoku Yume: Commercial Kitchen Plumbing

Working with our colleagues at Cafco Construction Management, the Denommee team of commercial plumbers was tasked with installing all of the drain, waste, vent, domestic water supply, water heating, grease management and restroom plumbing for the Ittoku Yume Japanese restaurant.

Combining multiple commercial pipefitting disciplines, including pressfit copper, soldered copper, pressfit gas pipe this installation was done to some of the most exacting standards, on-schedule and on-budget.

Denommee Plumbing, HVAC & Electric offers comprehensive commercial plumbing, gas piping, and medical gas installation services tailored for restaurants, restaurant developers, commercial labs, industrial manufacturers, and biotech facilities throughout Massachusetts and Southern New Hampshire. Whether it's design-build or bid-spec, we utilize cutting-edge technologies like FastEST and AutoCAD to deliver precise and efficient solutions. Our team of experienced commercial MEP estimators is skilled in providing accurate, timely takeoffs from engineered plans, ensuring the successful completion of even the most complex and demanding commercial plumbing projects.

Interested in upgrading to ductless mini split heat pump air conditioning, but wondering about the cost of the investment, read on for some considerations.

The cost of a ductless HVAC air conditioning system vary significantly based on a number of factors. Just as each home, and homeowner are unique; every ductless system is different. The size of the equipment (outdoor and indoor units come in multiple sizes), the type and manufacturer of equipment (cooling only vs cold climate, premium brand vs off-brand—not all components are created equally), the configuration and number of indoor “zones” that the system will entail, as well as the distance, path, or routing of linesets that connect the outdoor to indoor units.

As ductless mini split heat pumps are all powered by electricity, installation often requires some electrical system modifications and upgrades. Disconnects at the outdoor unit and dedicated circuits at the main panel to name some common wiring items. Whether your HVAC contractors is licensed and able to do the wiring with in-house electricians, or hires subcontractors affects both price and installation schedule.

Another factor to take into consideration is permitting. Many municipalities require multiple permits (mechanical, building, electrical to name a few), with some permits costing hundreds of dollars. With permits comes the cost of having properly credentialed tradesmen standing inspections.

In our area of New England (Middlesex County, Suffolk County) one could expect to spend about $5,500 for a basic one-zone ductless system. Multi-zone systems can range from $16,000 to upwards of $40,000 depending on installation scope and electrical system upgrades required.

Taking a deeper dive into exploring the cost of installing ductless mini-split systems in homes, one can find they vary based on several factors. Here are some key ones to consider:

1. Size and Capacity of the System
   

   Cooling and Heating Capacity: Larger systems with higher BTU (British Thermal Unit) ratings will typically cost more. The required size depends on the square footage of the area being cooled or heated.

   Number of Zones: Mini-split systems are often sold in single-zone or multi-zone setups. Multi-zone systems (more than one air handler connected to a single outdoor unit) will increase the cost because of the additional equipment and installation complexity.

2. Type of System
   

   Single-zone vs. Multi-zone: A multi-zone system (for multiple rooms) requires more materials, equipment, and labor, increasing the total cost.

   Energy Efficiency: Higher efficiency units (often with higher SEER ratings) tend to cost more upfront but can save you money in the long run on energy bills.

3. Installation Complexity
   

   Mounting Location: The location where the indoor and outdoor units will be installed can impact the cost. Installation in areas that are difficult to access or require additional structural support will be more expensive.

   

   Refrigerant Line Length: The distance between the outdoor unit and the indoor units will affect the amount of refrigerant line and other materials needed. Longer lines generally lead to higher installation costs.

   Electrical Upgrades: If your home’s electrical system needs to be upgraded or modified to handle the new mini-split system, this will add to the overall cost.

4. Brand and Quality
   

   Brand Reputation: Higher-end brands like Mitsubishi, GE Air & Water or Daikin may cost more upfront, but they are often more reliable and efficient.

   Features: Extra features, such as smart thermostats, air purifiers, or enhanced filtration, can add to the cost.

5. Labor Costs
   

   Installer Experience: Labor costs vary based on the contractor’s expertise and the region you're in. Highly experienced contractors may charge more for their services.

   Region/Location: Installation costs can vary depending on the geographical location. Areas with a higher cost of living or that are farther from suppliers may experience higher installation prices.

6. Permit and Inspection Fees
   

   In some localities, you may need multiple permits for installing mini-split systems, which can involve additional costs for the permits themselves and any required inspections.

7. Additional Features or Customization
   

   Ductless Design or Integration: Some systems are designed to blend into a home’s aesthetic (e.g., built-in or concealed systems), which could increase the cost of the units and installation.

   Wi-Fi or Smart Home Integration: Some models offer smart features that allow you to control the system remotely, which can increase the price.

8. Maintenance and Warranty
   

   Extended warranties or service plans may add to the upfront cost but can provide peace of mind and reduce future maintenance expenses.

9. Old System Removal
   

   If replacing an old HVAC or other system, you may need to factor in the cost of removing and disposing of the existing equipment.

That’s a lot of variation and not a lot of certainty, but the good news is, reputable ductless mini split hvac installers like Denommee Plumbing, HVAC & Electric provide no-cost consultations and system estimates. During our in-home consultations, our system designers also discuss available rebates (up to $10,000), incentives (tax credits up to $2,000) and financing options (0% interest on up to $25,000) that can drastically reduce homeowner investment. Request your no-cost in-home consultation and ductless mini split system quote today by clicking here or visiting www.denommeeplumbing.com.

What is a tripped circuit breaker?

When someone says a "circuit breaker tripped," they are referring to a safety mechanism in an electrical circuit that has been activated. A circuit breaker is a switch that automatically cuts off the flow of electricity to a circuit if it detects a problem, such as an overload (too much electrical current) or a short circuit (an unintended path in the circuit).

This is done to prevent electrical damage, fires, or other hazards. When a circuit breaker trips, it essentially "shuts off" that part of the electrical system to protect both the wiring and devices connected to it. To restore power, the breaker typically needs to be manually switched back to the "on" position, but the underlying issue (like an overloaded circuit) should be addressed first.

Homeowners should call a professional electrician, like the Denommee team, if circuit breakers keep tripping. Frequent trips of electric circuit breakers can be a sign of underlying issues in the electrical system. Circuit breakers are designed to protect your electrical system from overloads, short circuits, and other potentially dangerous conditions. When a breaker trips repeatedly, it indicates that the breaker is detecting a problem, but it can be frustrating and concerning.

Why do circuit breakers frequently trip?

Here are some common reasons why the local electric pros at Denommee Plumbing, HVAC & Electric suggest this might be happening:

Overloaded Circuit

Cause: This is one of the most common reasons for a breaker to trip. An overload occurs when the circuit is drawing more current than it was designed to handle.

Example: Plugging too many devices into a single outlet or running high-wattage appliances (like space heaters or air conditioners) on the same circuit.

Solution: Try redistributing the load by plugging devices into different outlets, or consider adding more circuits to the area.

Short Circuit

Cause: A short circuit occurs when a live wire touches a neutral wire or a ground wire, causing a large surge of current to flow through the circuit.

Example: Faulty wiring, damaged insulation, or a problem in an appliance.

Solution: If a short circuit is suspected, turn off all appliances and unplug them. Call an electrician to inspect and repair any wiring issues.

Ground Fault

Cause: A ground fault occurs when the hot wire (live wire) comes into contact with a ground wire or any grounded surface.

Example: This can happen when wires become damaged or loose, or when moisture or other conductive materials come into contact with the wiring.

Solution: A Ground Fault Circuit Interrupter (GFCI) may trip in these cases, and the issue should be inspected by a professional.

Faulty Circuit Breaker

Cause: Over time, circuit breakers can become worn out or faulty. If a breaker is old, it might trip even when there isn't an overload or fault in the circuit.

Solution: If the breaker trips constantly without apparent reason, it might need replacement. An electrician can assess whether the breaker needs to be replaced.

Loose Wiring Connections

Cause: Loose connections at outlets, switches, or within the breaker panel can cause intermittent tripping. This can also lead to overheating or sparking.

Solution: Have an electrician inspect and tighten any loose connections. This is important for preventing further damage and reducing the risk of fire.

Aging or Overheated Wiring

Cause: As wiring ages, it can degrade and become more susceptible to damage. Old or improperly installed wiring may not be able to handle the electrical load, leading to tripping.

Solution: Consider rewiring the affected circuits, especially in older homes. This is a significant job that requires a licensed electrician.

Incompatible Appliances

Cause: Some appliances might draw more current than anticipated or might have defects that cause them to short or overload a circuit.

Example: A malfunctioning appliance that keeps pulling excessive current could trigger a breaker to trip.

Solution: Test appliances one by one to see if a specific device is causing the trips. If an appliance is faulty, have it repaired or replaced.

Environmental Factors

Cause: Sometimes, external factors like humidity, water leakage, or extreme temperatures can cause issues with circuits, especially in older or improperly maintained wiring systems.

Solution: Ensure the area around the electrical wiring is dry and that any leaks or external conditions are addressed promptly.

Incorrectly Sized Breaker

Cause: If the breaker installed is too small for the circuit, it might trip even under normal operating conditions.

Solution: An electrician can assess if the breaker is the appropriate size for the circuit and replace it if necessary.

What can homeowners do?

Identify the problem: Start by unplugging devices and see if the breaker still trips. This can help you figure out if it’s an overloaded circuit or a problem with a specific appliance.

Check for visible damage: Look for exposed wires, scorch marks, or signs of overheating around outlets, switches, or in your breaker panel.

Call a professional: If you can't determine the cause or if you suspect a more serious issue (such as faulty wiring or a malfunctioning breaker), contact a licensed electrician. Electrical problems can be dangerous if not properly handled.

In any case, frequent trips should never be ignored, as they can indicate safety risks such as the potential for electrical fires. Denommee Plumbing, HVAC & Electric offers prompt, professional electric circuit breaker repair services with upfront, quoted flat rates. Our licensed electricians can be relied upon to safely and efficiently restore proper circuit breaker operation to local code compliance and complete customer satisfaction. Request our electric services by calling us or visiting www.denommeeplumbing.com

This recent project saw a group of our commercial plumbers installing a complex design-built chlorine and hydrogen bromide gas system, complete with variable refrigerant flow lines for the production of biomedical materials.

Combining myriad pipefitting disciplines, including orbitally welded, quarter-inch stainless steel piping for distributing high-purity medical and process gases, schedule 80 PVC lines conveying chilled water, press fit copper domestic water lines, and 8-inch, fusion-welded Nupi Niron venting, this installation was done to some of the most exacting standards, on-schedule and on-budget.

We are commercial plumbing specialists for high-purity stainless steel gas distribution pipefitting and process gas pipe joinery. A staple in commercial lab, bio medical and industrial manufacturing facilities. Installing it is exacting work that calls for careful precision to ensure system integrity, safety, and gas purity. Whether orbital welded, or press fit joined, this is work our commercial plumbing team excels at completing under often very challenging conditions.

Denommee Plumbing, HVAC & Electric provides comprehensive commercial plumbing and commercial process and medical gas installation for commercial labs, industrial manufacturers and biotech facility owners across Massachusetts and southern New Hampshire. Whether design-build or bid spec, using the latest in FastEST and AutoCAD technologies, we have a team of professional commercial MEP estimators able to provide accurate, timely takeoffs from engineered plans for the most complex, demanding commercial plumbing install projects.

Working with Aberthaw Construction Corp, the commercial services team at Denommee Plumbing, HVAC & Electric completed the core build out of a 72,000 square foot office building in Newington, New Hampshire.

The mass timber design—an environmentally-friendly method of construction that emits ~30% fewer carbon dioxide emissions than traditional steel or concrete construction. In addition, once the CO2 sequestered in its fiber is counted, wood becomes carbon negative— meant our work on the project required the highest level of finish and care in executing the fabrications due to all mechanicals being fully exposed.

Our commercial HVAC installation team carefully crafted the spiral sheet metal system in oval, round and square connecting the ducts to 36 air handler units. We made use of prototyping particular elements off-site to ensure we delivered highest level of workmanship.

The results are team delivered exceeded expectations in both quality and efficiency. Our professional commercial sheetmetal fabrication and installation team produced work of the highest quality on time under very demanding conditions.

When it comes to commercial sheet metal fabrication and installation, the Denommee team of commercial installers has the capability to provide superior quality commercial sheet metal duct and ventilation installation services to ensure a highest level of quality and most efficient installation possible.

Denommee Plumbing, HVAC & Electric offers commercial customers a variety of options and flexibility in installing systems to meet the needs of all types of commercial industries and building sizes. Additionally, our scope at the Arboretum involved the installation of 90 tons of VRF equipment, which you will find in another project spotlight.

Preventative maintenance of home plumbing, HVAC, and electrical systems is crucial for several reasons:

1. Cost Savings:
   

   Plumbing: Regularly maintaining your plumbing system helps identify leaks, blockages, or corrosion early, preventing expensive repairs down the line (like water damage or full pipe replacements).

   HVAC: Preventing small issues from turning into major breakdowns means you won’t need to pay for emergency repairs or premature system replacements. It also keeps your system running efficiently, lowering energy bills.

   Electrical: Preventative maintenance can catch faulty wiring, overloaded circuits, or outdated electrical panels that might otherwise lead to expensive repairs, power outages, or even fire hazards.

2. Safety:
   

   Plumbing: Unchecked plumbing issues, like gas leaks, water damage, or burst pipes, can lead to dangerous situations such as flooding, mold growth, or hazardous materials exposure. Regular checks help prevent these risks.

   HVAC: A malfunctioning heating system can lead to carbon monoxide leaks, especially with gas-powered units, which can be life-threatening. Electrical issues or overheating can lead to fires. Regular maintenance keeps these dangers at bay.

   Electrical: Faulty electrical systems are a leading cause of house fires. Regular checks on wiring, outlets, and circuit breakers can prevent overloading, overheating, or even electrocution.

3. System Longevity:
   

   Plumbing: Regularly flushing water heaters, inspecting pipes for wear, and cleaning out drains can extend the life of your plumbing system, helping avoid premature replacements.

   HVAC: Preventative maintenance keeps your HVAC system operating smoothly, prolonging its lifespan. Clean filters, checked refrigerants, and well-lubricated parts can help the system work efficiently for years.

   Electrical: Routine checks help ensure that your electrical system is up to date and functional, preventing costly replacements and keeping the system running smoothly for longer.

4. Efficiency:
   

   Plumbing: Well-maintained plumbing systems perform better, providing you with consistent water pressure, temperature control, and less risk of leaks or backups.

   HVAC: Regular service improves system efficiency, meaning your home stays at the desired temperature without the system overworking itself, saving energy and money.

   Electrical: Ensuring all electrical components are in working order helps maintain optimal power usage, minimizing wastage or energy inefficiencies.

5. Comfort:
   

   Plumbing: Regular checks prevent problems like clogged drains or leaks that disrupt your daily life, ensuring you have consistent access to clean water and proper waste disposal.

   HVAC: A well-maintained HVAC system ensures that your home stays comfortable all year round, with consistent temperature regulation and air quality.

   Electrical: Preventative maintenance ensures that electrical components (lights, appliances, etc.) function reliably, preventing flickering, power surges, or outages.

6. Peace of Mind:
   

   Knowing that your home’s plumbing, HVAC, and electrical systems are in good condition offers peace of mind, knowing you’re less likely to face sudden disruptions or large repair bills in the future.

7. Increase Property Value:
   

   Homes with well-maintained systems are more attractive to potential buyers. If you keep your systems updated and in good condition, your home could be worth more if you ever decide to sell.

8. Avoiding Emergency Situations:
   

   Plumbing: Plumbing emergencies (like burst pipes or sewage backups) can cause significant damage to your home and belongings. Preventative maintenance helps avoid these scenarios.

   HVAC: HVAC breakdowns can leave you without heating or cooling at the worst possible times (e.g., during a heatwave or winter cold snap). Preventative maintenance ensures your system is ready to handle peak demand.

   Electrical: Electrical failures or malfunctions can lead to power outages, appliance damage, or even fires. Routine checks can prevent dangerous issues from developing.

In summary, regular preventative maintenance of your home’s plumbing, HVAC, and electrical systems helps maintain efficiency, reduces risks, extends the life of your systems, and saves money in the long run. It’s about ensuring safety, comfort, and avoiding costly, inconvenient emergencies.

What is a sump pump system?

Sump pumps are crucial for protecting your home from water damage, especially in areas prone to flooding or with high groundwater levels.

Typically consisting of several key components that work together to remove excess water from a sump pit (usually located in a basement or crawl space) and prevent flooding. Here are the main components of a sump pump system:

Sump Pit (Sump Basin):

This is the container that collects water from the surrounding area, usually the foundation of the house. It is typically installed in the lowest part of the basement or crawl space.

Sump Pump:

The pump is the central component of the system. It is responsible for pumping water out of the sump pit and away from the house. Sump pumps can be submersible (placed inside the pit) or pedestal (mounted above the pit with the pump motor located outside).

Discharge Pipe:

The discharge pipe carries the water from the sump pump to an area outside the house, where it can safely drain away, usually to a storm drain, dry well, or a safe distance from the foundation.

Check Valve:

A check valve is placed on the discharge pipe to prevent water that has already been pumped out from flowing back into the sump pit once the pump has stopped running.

Float Switch:

The float switch is a sensor that activates the sump pump when the water level in the sump pit rises to a certain point. It turns the pump on and off as needed to keep the water level in the pit manageable.

Power Source:

The pump requires electricity to operate. Some systems may have a backup power source, like a battery or a generator, in case of a power outage to ensure the pump continues working when needed.

Battery Backup (Optional):

In case of a power failure, a battery backup system can ensure the sump pump continues to function, preventing potential flooding.

Alarm System (Optional):

Some sump pump systems come with an alarm that sounds when the water level in the pit gets too high, alerting homeowners to potential issues with the pump or a need for maintenance.

These components work together to help prevent water damage by keeping water away from the foundation of a building, ensuring proper drainage, and reducing the risk of flooding.

Why install a sump pump?

Here are some reasons to install a sump pump and why maintenance is important:

Flood Prevention: Sump pumps help prevent basement flooding by pumping excess water away from the foundation of your home. This is particularly important in areas where rainfall is heavy or in homes with poor drainage systems.

Preventing Water Damage: Without a sump pump, water could seep into your basement or crawl space, potentially damaging walls, floors, insulation, and your belongings.

Prevent Mold and Mildew Growth: Moisture accumulation in basements can create a breeding ground for mold and mildew, which can cause health problems and structural damage. A sump pump keeps the area dry.

Protecting the Foundation: Standing water around the foundation can cause cracks, settling, and other structural issues. A sump pump helps to divert this water away and protect your home’s foundation.

Increasing Home Value: A sump pump can increase the resale value of your home, especially in areas where flooding is a concern, since it provides an extra layer of protection.

Is Sump Pump Maintenance Important?

Yes. Here are several reasons why proper sump pump maintenance is important:

Preventing Malfunctions: Over time, sump pumps can develop issues due to wear and tear. Regular maintenance ensures that the pump operates effectively when it’s needed most, especially during heavy rains or storms.

Clear Clogs: Dirt, debris, and sediment can accumulate in the sump pit, potentially clogging the pump. Regular maintenance helps keep it clean and working properly.

Battery Check (if applicable): Some sump pumps have a battery backup system. Checking the battery and ensuring it is fully charged ensures the pump will work even during a power outage.

Prolonging Pump Life: Just like any appliance, a sump pump lasts longer with proper maintenance. Cleaning the pump, checking the float switch, and inspecting the discharge line can all prevent costly repairs or replacements.

Ensuring Efficiency: A well-maintained sump pump will be more efficient, reducing the chance of excess water buildup that could lead to damage.

Key Maintenance Tips:

• Test the pump regularly by pouring water into the sump pit and checking if the pump activates.
• Clean the sump pit to remove any debris or buildup.
• Ensure the discharge line is free from obstructions.
• Check the float switch to make sure it moves freely.
• Inspect the power source (whether it's plugged in or the battery backup is functioning).
• Schedule a professional inspection every 1-2 years for thorough upkeep.

Denommee Plumbing, HVAC & Electric are the expert sump pump plumbers that install and service sump and ejector pumps. Ensure your home is ready for the April rain, book a sump pump check-up with one of our plumbing pros. During these visits, our experts inspect the pump, inlet screens, check valves, pit condition, discharge locations, etc. Count on our plumbers for prompt sump pump repairs and professional sump pump installation services.

The Denommee team always strives to deliver a solid Five Star experience each and every time we get the chance to assist with customer’s plumbing and HVAC system needs. We are the truste, local plumbers near Tyngsboro, MA to call, or when searching for plumbers near Burlington, MA.

While some plumbing repairs like a clogged toilet might be a quick and easy fix, there are others—such as sump pumps, water heater and garbage disposal repairs—that should be left to the experts. Our dedicated team of service plumbers near Tyngsboro and Burlington in Massachusetts and southern NH has the experience to fix just about any plumbing-related issue you might have—and we are available any day of the week, 365 days a year.

While each heating source has pros and cons, it can be tough to decide which is a better option for your home. Read on to understand some of the differences.

A heat pump uses the outside air to heat a home in winter and cool it in summer. Basically, that means your heat pump will act as an air conditioner when it’s hot and a heater when it’s cold outside — making heat pumps a versatile product. In addition to the versatility of heat pumps, they are also energy-efficient. Think of a heat pump as a heat transporter constantly moving warm air from one place to another, to where it’s needed or not needed, depending on the season. In the winter, the pump extracts heat from the outdoor air or ground and distributes it to your home. In the summer, hot air from inside your home is removed — creating a cooler indoor environment.

A furnace converts fuel into cozy heat delivered throughout your home. All furnaces consist of four main components: 1) burners that deliver and burn fuel, 2) heat exchangers, 3) a blower, and 4) a flue that acts as an exhaust for gaseous by-products. You can add air conditioning via condenser, or heat pump, to a furnace for year round comfort.

Here's a breakdown of the key differences to help you make an educated decision between installing a gas furnace and an electric heat pump:

1. Energy Source
   

   Gas Furnace: Runs on natural gas (or propane in some areas). It burns gas to produce heat, which then warms your home.

   Heat Pump: Uses electricity to transfer heat from outside to inside your home. It works like an air conditioner in reverse. In the winter, it extracts heat from the outside air (even when it's cold) and pumps it indoors.

2. Efficiency
   

   Gas Furnace: Generally less efficient than a heat pump, especially in moderate to mild climates. Gas furnaces typically have an efficiency rating between 80% to 98%, meaning they waste some energy in the process of combustion.

   Heat Pump: Highly efficient, with efficiency ratings often above 300%, meaning it moves more heat than the energy it consumes. However, its efficiency drops in very cold temperatures since there's less heat to extract from the outside air.

3. Climate Suitability
   

   Gas Furnace: Works well in cold climates where temperatures often drop below freezing. It provides consistent, reliable heat regardless of how cold it gets.

   Heat Pump: Best for moderate climates (generally above freezing temperatures), as its efficiency drops in extreme cold. Some newer models, however, can operate efficiently in colder climates, though they may need supplementary heating.

4. Upfront Cost
   

   Gas Furnace: Typically has a lower upfront installation cost, depending on the size and complexity of the system. However, this can vary based on local energy prices and installation factors.

   Heat Pump: The initial cost can be higher than a gas furnace, but there are potential savings over time due to lower operating costs.

5. Operating Costs
   

   Gas Furnace: Natural gas is usually cheaper than electricity in many areas, so operating costs can be lower for homes with natural gas.

   Heat Pump: Operating costs can be higher than a gas furnace in areas where electricity is more expensive than gas. However, in milder climates, heat pumps often result in lower utility bills due to their efficiency.

6. Environmental Impact
   

   Gas Furnace: Burns fossil fuels, which produces carbon emissions and contributes to global warming.

   Heat Pump: Environmentally friendlier, especially if you have access to renewable energy sources, as it doesn’t directly burn fossil fuels.

7. Maintenance and Lifespan
   

   Gas Furnace: Typically lasts 15-30 years with regular maintenance. It requires annual service to ensure safety and efficiency.

   Heat Pump: Can last around 15 years but may require more maintenance since it's a dual-purpose system (heating and cooling). It can also be affected by outdoor temperatures, so the unit may wear out faster in harsher climates.

8. Heating and Cooling
   

   Gas Furnace: Solely designed for heating. You'll need a separate air conditioning system for cooling in the summer.

   Heat Pump: Functions as both a heater and an air conditioner, making it an all-in-one solution for year-round comfort.

   In a colder climate like ours in New England, and want reliable heating during extremely low temperatures, a gas furnace may be the better choice. If you want an energy-efficient system that both heats and cools, a heat pump might be the better option, especially if you're aiming for lower energy bills and a more environmentally friendly solution.

No matter the system—furnace or heat pump—our HVAC team of designers, installers and service techs are experts in ensuring home heating & cooling functions are properly set and maintained for maximum comfort and efficiency. Call us, or visit our website www.DenommeePlumbing.com to request a no-cost consultation and system quote.

As a trusted member of the Mass Save Heat Pump Installer Network (HPIN), Denommee Plumbing, HVAC & Electric proudly serves homeowners in Burlington, MA, Tyngsborough, MA, and surrounding areas. We are program-vetted experts who can help you access the maximum heat pump rebates and financing options from the Sponsors of Mass Save for qualifying system upgrades.

Maximize Your Savings with Mass Save Heat Pump Rebates:

• Rebates up to $16,000 per home on air source heat pumps (ductless and ducted systems).
• Rebates up to $25,000 per home on ground source heat pumps.
• 0% financing options are available on qualifying improvements.

Heat pump rebates are available to residential customers in Massachusetts where Berkshire Gas, Cape Light Compact, Eversource, Liberty Utilities, National Grid, or Unitil is the Program Sponsor. For more details, visit MassSave.com/HeatPump.

With up to $16,000 in instant rebates and tax credits up to $2,000, upgrading to a heat pump system has never been more affordable. Keep in mind, only contractors like Denommee Plumbing, HVAC & Electric, who are part of the Mass Save HPIN, can access these exclusive rebates and financing options.

Why Choose Denommee Plumbing, HVAC & Electric for Your Heat Pump Installation?

• Expert Heat Pump Design and Installation: Our team includes certified designers, installers, electricians, and service techs with extensive experience. We help you take full advantage of available rebates and low monthly financing options to make upgrading easy and worry-free.

• Fast and Easy Home Energy Assessment (HEA): As part of the process to qualify for Mass Save incentives, homeowners need to complete a Home Energy Assessment (HEA). Denommee Plumbing, HVAC & Electric can expedite this process, connecting you with a Mass Save HPC provider who can complete the assessment within days, not weeks or months.

• Heat Pump Rebates & Financing: Depending on your needs, Mass Save offers two types of air-source heat pump rebates:
  • Whole-home rebate: Up to $10,000 for homes that meet specific weatherization requirements.
  • Enhanced rebate: Up to $16,000 based on household income and other factors.
  • Partial-home rebate: Up to $1,250 per ton of capacity, up to $10,000, for homes opting to use heat pumps to heat part of the house.

Mass Save also offers 0% interest HEAT Loans for up to 7 years, with loans up to $50,000 for heat pump systems and $25,000 for weatherization.

Why Choose Denommee Plumbing, HVAC & Electric?

1. Expertise & Certification: As a certified Mass Save contractor, we have the knowledge and experience to handle your heat pump installation, ensuring top-quality service.
2. Incentives & Rebates: Through our network status, we help you access valuable state and utility incentives, including instant rebates and 0% financing that significantly reduce the upfront costs.
3. Energy Efficiency: Our heat pump systems are designed to be highly efficient, providing significant energy savings for homeowners.
4. Proper Sizing & Design: Our team ensures that your heat pump system is properly sized for your home, optimizing both comfort and energy efficiency.
5. High-Quality Equipment & Workmanship: We install top-tier heat pump systems from trusted manufacturers, ensuring durability and long-lasting performance.
6. Reliable Support & Warranties: Denommee Plumbing, HVAC & Electric offers reliable post-installation support and warranties, giving you peace of mind.
7. Sustainability: Heat pumps are an environmentally friendly option. By working with Denommee, you contribute to a greener, more sustainable future.
8. Compliance with Local Regulations: As a certified Mass Save contractor, we comply with all Massachusetts energy efficiency and safety standards to ensure your installation is fully compliant.

Get Started Today

Upgrading your HVAC system with a heat pump has never been more affordable. For more information or to request a no-cost consultation and quote, visit www.DenommeePlumbing.com today.

By choosing Denommee Plumbing, HVAC & Electric, you're ensuring a smooth, efficient, and cost-effective HVAC upgrade while benefiting from expert service and valuable incentives. We're here to guide you every step of the way to a more efficient, comfortable, and sustainable home.