Once the harsh winter weather comes to an end and the warm spring temperatures arrive, it’s the perfect time to add a post-winter industrial stack inspection to your spring cleaning list for your chimney. A post-winter industrial stack inspection sets you off on the right foot for the season by verifying the stack’s state and its ability to operate efficiently all season long.

At Best Chimney Services, we prioritize our clients’ needs to ensure their chimneys are in good working condition throughout every season of the year. We have been providing residential chimney services and commercial chimney services since 1989. If you’re in the Boston area, we urge you to give us a call with any of your chimney needs. In the meantime, learn why we highly recommend a post-winter industrial stack inspection below.

Post-Winter Cleanup 

During the winter, commercial chimney stacks are in high demand venting the exhaust from using heat and hot water all season long day-in and day-out.  Needless to say, the more you use this equipment, the more your chimney stack will accumulate byproducts like soot, creosote, and carbon. Accumulation of these byproducts can lead to respiratory problems, or worse, carbon monoxide being released back into the building. A post-winter inspection will give you peace of mind that the system is in good working order.  

Assess for Damage

With harsh cold weather, conditions like snow, freezing rain, and below-zero temperatures are expected. However, this weather can worsen any existing damage on your chimney stack. Moisture from snow, ice, and rain can get into any cracks and seams in your chimney stack, increasing the damage. If you’ve noticed any new cracks, rust, or crumbling since the snow has melted, then it’s most likely a sign that your industrial chimney stack needs repair. When you book a post-winter inspection, a chimney technician will check for these problems in the cracks and gaps to see if any damage has developed. 

Internal Decay

The chimney flue vent’s main purpose is to contain the byproducts of combustion and carry them up and out into the atmosphere.  These byproducts consist of nitrogen oxides, carbon monoxide, sulfur dioxide, and other dangerous pollutants that would otherwise seep out of the passageway and back into the building envelope.  An inspection will allow a technician to identify if there is any cause for concern, and if so, how to remedy it to reduce this dangerous risk.

Reduces the Risk of Costly Damages

When chimney maintenance is ignored, you’re not only putting the people in your building at risk but also creating a headache for yourself. By prioritizing necessary inspections for your commercial chimney, you’re reducing the chances of problems arising from pre-existing damage or deterioration that you can’t spot yourself. Help avoid costly repairs by talking with your local chimney company today.

Book Your Post-Winter Industrial Stack Inspection with Best Chimney Services

Scheduling an inspection post-winter is essential for you to detect and address any damage or buildup caused by cold weather and usage. Give us a call today to get started on a routine path of chimney maintenance so that you don’t have to worry about the functionality or safety of your stack.

The post The Importance of Post-Winter Industrial Stack Inspections appeared first on Boston's Best Chimney.

Your chimney cap plays a crucial role in protecting your home and chimney from the weather and outdoor elements, but what happens when your chimney cap is rusting? Rust on your chimney cap is something you want to take care of as soon as possible because ongoing rust can lead to costly structural issues within the chimney if ignored. 

At Best Chimney Services, we strive to provide excellent and knowledgeable chimney services for those in the Boston area. When you work with our technicians, they’ll help alleviate your chimney concerns and provide advice to keep your chimney in its best condition. Schedule an appointment with us today to stay up to date on your chimney’s maintenance. In the meantime, explore the common causes of chimney cap rusting and how to prevent it in the future, below.

Low-Quality Chimney Cap

Simply put, professionally installed chimney caps shouldn’t rust.  If you had a chimney cap installed made from low-quality materials or a cap lacking proper protective coatings, then that may be your cause for the rust. Low-quality chimney caps are more prone to rusting because they’re not made of durable metals. We recommend investing in a chimney cap made of high-quality materials, like stainless steel; this can significantly reduce the risk of corrosion.

Exposure to Moisture

One of the primary reasons for chimney cap rusting is exposure to moisture. Dealing with any form of moisture in your chimney is a danger, but it doesn’t always originate from exterior factors.   Condensation and water vapor are a natural byproduct of combustion, but when mixed with the other components of solid and liquid fuels, it creates a highly corrosive acid that deteriorates metal.  

Lack of Chimney Maintenance

If you’re neglecting regular chimney inspections, then it’s very possible that this is contributing to the formation of rust. Without proper cleaning and inspection, soot and tar fog mix with moisture and accelerate corrosion.

Harsh Weather

Harsh weather and environmental factors, such as salt air in coastal areas and constant humid weather, can expedite the rusting on your chimney cap.  Rain, snow, or even high humidity levels can cause water to build up on the chimney cap’s surface and cause these inferior metals to corrode. If you’re having this problem, we recommend swapping out your existing cap for a new stainless steel one.

How to Prevent Your Chimney Cap from Rusting

Regular Cleaning and Inspection

Schedule regular chimney inspections and cleanings to remove debris and identify any signs of rusting early on. Taking action early on can prevent and remove minor rust spots from developing into more significant issues.

Installation of Stainless Steel Chimney Caps

As we mentioned previously, the type of chimney cap you install matters. Consider replacing your current chimney cap with a stainless steel option to reduce the chance of rusting. These materials are highly resistant to corrosion and can provide long-lasting protection for your chimney.

Addressing Structural Issues

If rusting has already caused damage to your chimney cap, it’s essential to address these issues promptly. Consult with a professional chimney technician to assess the extent of the damage and determine the most effective repair or replacement options.

Call Best Chimney Services to Replace Your Chimney Cap 

Your chimney cap is integral to preserving your chimney’s operations, so don’t overlook its importance! Now that you understand why your chimney cap is rusting, you can prolong its lifespan and avoid having to replace it frequently. If you’re starting to notice your chimney cap corroding or rusting, give us a call today for help! 

The post Why Your Chimney Cap is Rusting appeared first on Boston's Best Chimney.

Understanding where the furnace filter is located is crucial for maintaining a well-functioning HVAC system. The furnace filter plays a significant role in ensuring the air circulating in your home is clean and free of contaminants such as dust, pollen, and other allergens. Regular maintenance of this filter not only improves indoor air quality but also enhances the efficiency and longevity of your furnace.

In this comprehensive guide, we will delve into the different types of HVAC systems, explain how to locate your furnace filter, and provide detailed steps for maintaining it. By the end of this article, you will have the knowledge needed to keep your HVAC system running smoothly and efficiently.

Understanding Furnace Filter Basics

Furnace filters are a critical component of your HVAC system. Their primary function is to trap airborne particles, preventing them from entering the system and being circulated throughout your home. This not only protects the mechanical components of the furnace from dust and debris but also ensures the air you breathe is clean.

Common Types of Furnace Filters

There are several types of furnace filters, each with varying levels of efficiency and cost:

1. Panel Filters: These are the most basic and inexpensive type, typically made of fiberglass or polyester. They are designed to catch large particles but are not very effective at trapping smaller contaminants.
2. Pleated Filters: Made from polyester or cotton paper, pleated filters have a larger surface area than panel filters, allowing them to capture more and smaller particles. They are more efficient and durable than basic panel filters.
3. Electrostatic Filters: These filters use self-charging electrostatic fibers to attract and trap particles. They can be either disposable or washable and are very effective at removing small particles from the air.
4. High-Efficiency Particulate Air (HEPA) Filters: HEPA filters are the gold standard in air filtration, capable of trapping 99.97% of particles that are 0.3 microns or larger. They are often used in environments where air quality is critical, such as hospitals.
5. Electronic Filters: These filters use a small electrical charge to capture particles. While highly efficient, they can be more expensive and require regular maintenance to ensure they continue to work effectively.

Importance of Regular Filter Maintenance

Regular maintenance of your furnace filter is essential for several reasons:

• Improved Air Quality: A clean filter ensures that dust, pollen, and other allergens are removed from the air, which is particularly important for individuals with allergies or respiratory conditions.
• Increased Efficiency: A clogged filter forces your HVAC system to work harder to circulate air, leading to higher energy consumption and increased utility bills.
• Prolonged System Life: Regularly replacing or cleaning your filter can prevent dust and debris from accumulating on the internal components of your furnace, reducing wear and tear and potentially avoiding costly repairs.
• Reduced Environmental Impact: Efficient HVAC systems consume less energy, reducing your carbon footprint and contributing to environmental conservation.

Identifying Your HVAC System

Before you can locate your furnace filter, it’s important to identify the type of HVAC system you have. HVAC systems can vary significantly in design, and the location of the filter depends on the specific type of system installed in your home. Here’s a guide to help you determine your HVAC system type and understand its key components.

Overview of Different HVAC Systems

1. Vertical HVAC Units
   • Upflow Systems: In an upflow system, air moves upwards through the unit. The blower compartment, located at the bottom of the unit, is where the furnace filter is typically found. This type of system is often installed in basements or utility rooms.
   • Downflow Systems: In a downflow system, air moves downwards. The filter is usually located in the upper blower compartment. This setup is common in homes where the furnace is installed in the attic.
2. Horizontal HVAC Units
   • Horizontal units are designed to move air horizontally, either from one side of the unit to the other or across the length of the unit. These systems are often found in attics, crawlspaces, or garages where vertical space is limited. The filter is usually located in a sliding rack on the side of the unit.
3. Air Handlers
   • Air handlers are used in systems where the heating component is separate from the cooling component. They are more common in warmer climates. The filter in an air handler is typically located in a built-in rack behind a door on the unit. Air handlers may also have central return air ducts with filter grills.
4. Heat Pump Systems
   • Heat pumps are versatile systems that can provide both heating and cooling. They are often used in milder climates. The filter for a heat pump system is usually located in the return air register inside the home, often in a hallway near the center of the building.

Key Components of Each System

• Blower Compartment: This is where the fan that moves air through the system is housed. In vertical units, it can be at the top or bottom, while in horizontal units, it’s on the side.
• Return Air Duct: This duct carries air back to the HVAC unit to be heated or cooled. Filters are often placed in or near this duct.
• Plenum: The plenum is a box that distributes the heated or cooled air to the various ducts in your home. In some systems, the filter may be located near the plenum.

How to Determine Your HVAC System Type

1. Inspect the Unit: Look for labels, diagrams, or model numbers on your HVAC unit. These can provide clues about the type of system you have. The owner’s manual, if available, is a valuable resource.
2. Check the Configuration: Observe how the ducts are connected to the unit. If air flows upward or downward, it’s a vertical unit. If air flows horizontally, it’s a horizontal unit.
3. Consult a Professional: If you’re unsure, a professional HVAC technician can help you identify your system and locate the filter.

Locating the Furnace Filter in Different HVAC Systems

Finding the furnace filter in your HVAC system can sometimes be straightforward, but it can also be a bit tricky depending on the type of system you have. Here’s a detailed guide on how to locate the furnace filter for various types of HVAC systems.

Vertical HVAC Units

Upflow Systems

• Location: In an upflow system, the air moves upwards through the unit. The furnace filter is typically located in the blower compartment, which is found at the bottom of the unit.
• Access: To access the filter, you may need to remove the front panel or door of the blower compartment. The filter is usually inserted in a slot that slides out.
• Steps:
  1. Turn off the HVAC system.
  2. Remove the front panel of the blower compartment.
  3. Slide out the old filter and note its size for replacement.
  4. Insert the new filter with the airflow arrows pointing towards the blower.

Downflow Systems

• Location: In a downflow system, the air moves downwards. The furnace filter is located in the upper blower compartment.
• Access: Similar to upflow systems, you need to remove the panel to access the filter.
• Steps:
  1. Turn off the HVAC system.
  2. Remove the upper compartment panel.
  3. Slide out the old filter and check its size.
  4. Insert the new filter with the correct orientation.

Horizontal HVAC Units

• Location: Horizontal units are designed to move air horizontally. These units are commonly found in attics, crawlspaces, or garages.
• Access: The filter is typically located in a sliding rack on the side of the unit.
• Steps:
  1. Turn off the HVAC system.
  2. Locate the side panel or sliding rack.
  3. Slide out the old filter and take note of its dimensions.
  4. Insert the new filter with the airflow direction arrows aligned correctly.

Air Handlers

• Location: In air handlers, the filter is usually found in a built-in rack behind a door on the unit.
• Access: The filter location can vary but is generally behind a small access door.
• Steps:
  1. Turn off the HVAC system.
  2. Open the access door to reveal the filter.
  3. Remove the old filter and check the size.
  4. Insert the new filter, ensuring it fits snugly.

Heat Pump Systems

• Location: Heat pumps often have a single large return air register inside the home.
• Access: The filter is located inside the return air register, usually held by screws or knobs.
• Steps:
  1. Turn off the HVAC system.
  2. Locate the return air register.
  3. Remove the screws or knobs to access the filter.
  4. Take out the old filter and note its size.
  5. Insert the new filter with the proper orientation.

Additional Tips for Locating Furnace Filters

• In some homes, filters can also be found behind return air vents. These vents are typically larger than supply vents and are located on ceilings, walls, or floors.
• To check, look for vents with a latch or screws that can be opened. If a filter is present, it will be behind the vent cover.
• Larger homes or homes with complex HVAC systems might have multiple filters. Be sure to check all potential locations, including each return vent and the main HVAC unit.

Common Challenges

• Obstructed Access: In some cases, the filter might be obstructed by other components, making it difficult to reach. Use tools like screwdrivers or nut drivers as needed to remove any panels or obstructions.
• Hidden Filters: Filters can sometimes be hidden in less obvious places, such as behind ceiling vents or within ductwork. Carefully inspect all possible locations.

Step-by-Step Guide to Locating and Replacing Your Furnace Filter

Replacing your furnace filter is a straightforward process, but it can vary slightly depending on the type of HVAC system you have. This section provides detailed instructions to help you locate and replace your furnace filter for different types of systems.

Tools and Materials Needed

• Replacement filter (make sure to note the correct size and type)
• Screwdriver or nut driver (if needed)
• Flashlight (optional, for better visibility)
• Gloves (optional, for handling dusty filters)

Steps for Vertical HVAC Units

Upflow Systems

1. Turn Off the HVAC System: For safety, ensure the system is turned off at the thermostat or breaker.
2. Remove the Front Panel: Locate the blower compartment at the bottom of the unit and remove the front panel. This may require a screwdriver.
3. Slide Out the Old Filter: Carefully slide out the old filter. Note the size and airflow direction indicated on the filter.
4. Insert the New Filter: Insert the new filter, ensuring the airflow arrows point towards the blower.
5. Replace the Panel: Secure the front panel back in place.
6. Turn On the System: Turn the HVAC system back on and check for proper operation.

Downflow Systems

1. Turn Off the HVAC System: Ensure the system is turned off for safety.
2. Remove the Upper Compartment Panel: Locate and remove the panel of the upper blower compartment.
3. Slide Out the Old Filter: Carefully remove the old filter, noting its size and airflow direction.
4. Insert the New Filter: Place the new filter with the correct orientation.
5. Replace the Panel: Secure the upper compartment panel.
6. Turn On the System: Reactivate the HVAC system and ensure it is working properly.

Steps for Horizontal HVAC Units

1. Turn Off the HVAC System: Turn off the system at the thermostat or breaker.
2. Locate the Sliding Rack: Find the sliding rack on the side of the unit where the filter is located.
3. Slide Out the Old Filter: Carefully remove the old filter, noting its size and direction of airflow.
4. Insert the New Filter: Place the new filter into the sliding rack with the correct orientation.
5. Secure the Rack: Ensure the sliding rack is securely in place.
6. Turn On the System: Turn the system back on and check for proper operation.

Steps for Air Handlers

1. Turn Off the HVAC System: Ensure the system is turned off at the thermostat or breaker.
2. Open the Access Door: Locate the access door on the air handler unit and open it.
3. Remove the Old Filter: Carefully remove the old filter, taking note of its size and airflow direction.
4. Insert the New Filter: Place the new filter into the built-in rack, ensuring the correct orientation.
5. Close the Access Door: Securely close the access door.
6. Turn On the System: Turn the system back on and verify it is operating correctly.

Steps for Heat Pump Systems

1. Turn Off the HVAC System: Turn off the heat pump system at the thermostat or breaker.
2. Locate the Return Air Register: Find the return air register inside the home, typically in a hallway.
3. Remove the Register Cover: Unscrew or unclip the cover to access the filter.
4. Remove the Old Filter: Carefully slide out the old filter, noting its size and airflow direction.
5. Insert the New Filter: Place the new filter with the correct orientation.
6. Replace the Register Cover: Secure the cover back in place.
7. Turn On the System: Turn the system back on and check for proper operation.

Safety Tips and Precautions

• Turn Off the System: Always turn off your HVAC system before accessing or replacing the filter to avoid injury or damage to the unit.
• Handle Filters Carefully: Old filters can be dusty and dirty, so handle them carefully to avoid spreading dust.
• Check the Filter Size: Ensure you have the correct replacement filter size. The size is usually printed on the edge of the old filter.
• Follow the Airflow Direction: Filters have arrows indicating the correct airflow direction. Ensure the new filter is inserted with the arrows pointing in the direction of airflow.

Importance of Regular Filter Replacement

Regularly replacing your furnace filter is essential for maintaining good indoor air quality and ensuring your HVAC system operates efficiently. Here are the key reasons why regular filter maintenance is crucial:

Impact on Indoor Air Quality

A furnace filter’s primary function is to trap airborne particles such as dust, pollen, pet dander, and other allergens. Over time, these particles accumulate on the filter, reducing its effectiveness. A clean filter ensures that the air circulating in your home is free of these contaminants, which is especially important for individuals with allergies, asthma, or other respiratory conditions.

• Health Benefits: Clean filters help to reduce the amount of dust and allergens in the air, which can alleviate symptoms of allergies and respiratory issues.
• Odor Reduction: Regularly changing the filter can also help reduce household odors, as it traps particles that can cause unpleasant smells.

Effects on HVAC System Efficiency and Longevity

A clogged or dirty filter forces your HVAC system to work harder to push air through, which can lead to several issues:

• Increased Energy Consumption: When the system has to work harder, it consumes more energy, leading to higher utility bills. Regular filter replacement can help maintain efficient airflow and reduce energy costs.
• System Wear and Tear: Overworking the system due to a dirty filter can lead to increased wear and tear on components such as the blower motor. This can result in more frequent repairs and a shorter lifespan for your HVAC system.
• Preventing Overheating: A clogged filter can cause the system to overheat, which may trigger safety mechanisms that shut down the furnace to prevent damage. Regular filter maintenance helps prevent these shutdowns and keeps your system running smoothly.

Recommendations for Filter Replacement Frequency

The frequency with which you should replace your furnace filter depends on several factors, including the type of filter, your home’s environment, and individual needs:

• Standard Recommendation: Most HVAC professionals recommend changing your filter every 90 days. However, this can vary based on specific conditions.
• Homes with Pets: If you have pets, you may need to replace the filter more frequently, such as every 60 days, due to the additional pet hair and dander.
• Allergy Sufferers: Individuals with allergies or respiratory issues should consider changing the filter every 30-60 days to ensure optimal air quality.
• Environmental Factors: Homes in areas with high levels of dust, pollution, or pollen may also require more frequent filter changes.

Choosing the Right Furnace Filter

Selecting the right furnace filter is crucial for maintaining your HVAC system’s efficiency and ensuring the air quality in your home. Here’s a guide to help you understand the key factors to consider when choosing a furnace filter.

Understanding MERV Ratings

The Minimum Efficiency Reporting Value (MERV) rating is a critical factor when selecting a furnace filter. It indicates the filter’s ability to capture particles of different sizes. The MERV scale ranges from 1 to 20, with higher numbers representing filters that can capture smaller particles more effectively.

• MERV 1-4: These filters offer minimal filtration and are typically used in residential settings where air quality is not a major concern. They can capture large particles like dust mites and pollen.
• MERV 5-8: These filters provide moderate filtration and are suitable for most homes. They can capture smaller particles such as mold spores, pet dander, and dust.
• MERV 9-12: Filters with these ratings are excellent for improving indoor air quality. They can trap finer particles, including some bacteria and smoke particles.
• MERV 13-16: These high-efficiency filters are used in environments requiring very clean air, such as hospitals. They can capture very fine particles, including bacteria, tobacco smoke, and even some viruses.
• MERV 17-20: These are HEPA (High-Efficiency Particulate Air) filters, used in clean rooms and environments that require the highest level of air filtration.

Selecting the Right Filter Type

Choosing the right type of filter depends on your specific needs, budget, and the type of HVAC system you have. Here are the most common types of furnace filters:

• Fiberglass Panel Filters: These are the most basic and inexpensive filters, designed to capture large particles. They are disposable and need to be replaced frequently.
• Pleated Filters: Made from polyester or cotton paper, pleated filters have a larger surface area to capture more particles. They are more efficient than fiberglass filters and last longer.
• Electrostatic Filters: These filters use self-charging electrostatic fibers to attract and capture particles. They are available in disposable and washable versions and are highly effective at removing small particles.
• HEPA Filters: As the most effective filters, HEPA filters can capture 99.97% of particles that are 0.3 microns or larger. They are used in settings requiring the highest air quality and are usually more expensive.
• Electronic Filters: These filters use an electrical charge to attract and trap particles. They require regular cleaning and are more costly but offer superior filtration.

Balancing Cost and Efficiency

While higher MERV-rated filters offer better filtration, they can also be more expensive and may reduce airflow if your HVAC system is not designed to handle them. Here are some tips to balance cost and efficiency:

• Assess Your Needs: If you have allergies, pets, or live in an area with high pollution, investing in a higher MERV-rated filter is worthwhile.
• Check Your HVAC System Specifications: Ensure your system can handle the filter’s airflow resistance. Consult your HVAC manual or a professional if you’re unsure.
• Consider Maintenance Costs: Higher-end filters might last longer and require less frequent replacement, potentially saving money in the long run.

Final Thoughts

A well-maintained furnace filter not only enhances the performance of your HVAC system but also contributes significantly to a healthier home environment. Regular inspection and replacement of the filter ensure that your system runs efficiently, consumes less energy, and provides cleaner air. By following the guidelines and tips provided in this article, you can take proactive steps to maintain your HVAC system and enjoy a comfortable and healthy living space.

Remember, the key to a long-lasting and efficient HVAC system lies in regular maintenance and being informed about the components that keep it running smoothly. Keep an eye on your furnace filter, replace it as needed, and consult with HVAC professionals if you have any doubts or require assistance. Your effort in maintaining your furnace filter will pay off in improved air quality, lower energy bills, and a more reliable heating and cooling system.

When winter approaches, many homeowners start thinking about their heating systems and their efficiency. One common question is whether gas furnaces use electricity. This is a vital concern because understanding the energy dynamics of your heating system can help manage costs and ensure safety.

That’s why we made this guide: to explain the various ways gas furnaces utilize electricity, compare them with other heating systems, discuss the impact of power outages, and offer tips on improving energy efficiency. By the end, you’ll have a comprehensive understanding of how your gas furnace operates and how to optimize its performance.

How Gas Furnaces Work

Gas furnaces are a staple in many homes, providing reliable and efficient heating. They function through a series of well-coordinated components working together to produce and distribute heat. Here’s a breakdown of how they work:

1. Thermostat: The process begins when the thermostat detects a drop in room temperature and signals the furnace to turn on.
2. Ignition System: Modern furnaces use an electronic ignition system to ignite the burners. This can be a hot surface igniter or an intermittent pilot.
3. Burners: Once ignited, the burners create a flame that heats up the heat exchanger.
4. Heat Exchanger: The heat exchanger is a crucial component that transfers heat from the burning gas to the air without mixing the combustion gases with the air that enters your living space.
5. Blower Motor: A blower motor then forces air over the heat exchanger, warming it before it’s distributed throughout the house via ductwork.
6. Exhaust System: Finally, combustion gases are expelled through the flue, ensuring safe ventilation out of the home.

Electricity Usage in Gas Furnaces

Although gas furnaces primarily burn natural gas to produce heat, they still rely on electricity for several key functions:

• Blower Motor: The blower motor is the most significant user of electricity in a gas furnace. It powers the fan that circulates air through the furnace and into the home. The power consumption of blower motors varies, with older models typically using around 400 watts and newer, variable-speed models using as little as 75 watts.
• Ignition System: The electronic ignition system, which includes components like the hot surface igniter or spark igniter, requires electricity to function. While the igniter uses a small amount of electricity, it is crucial for starting the heating process.
• Control Board: This is the brain of the furnace, managing all operations from ignition to shutdown. The control board coordinates the different components and ensures the furnace runs efficiently and safely.
• Flame Sensor: This device ensures the burners are lit. If no flame is detected, it shuts off the gas supply to prevent leaks and potential explosions. This sensor also needs electricity to operate.
• Safety Switches and Sensors: Various safety switches and sensors throughout the furnace, such as limit switches and rollout switches, monitor the system and shut it down in case of any issues. These components require a constant supply of electricity to function.

The average electricity consumption of a gas furnace ranges from 600 to 800 watts, but this can vary based on the efficiency of the furnace and how often it runs. Here’s a summary of factors affecting electricity usage:

• Age of the Furnace: Older models tend to be less efficient, consuming more electricity.
• Type of Blower Motor: Single-speed motors consume more power compared to variable-speed motors.
• Usage Patterns: Continuous operation of the blower motor for air circulation increases electricity consumption.
• Maintenance: Well-maintained furnaces run more efficiently and use less electricity.

Comparing Gas Furnaces to Other Heating Systems

Understanding how gas furnaces compare to other heating systems can help you make informed decisions about your home’s heating:

• Electric Heaters:
  • Electricity Usage: Electric heaters convert electricity directly into heat, typically using more electricity than gas furnaces.
  • Efficiency: While electric heaters can be highly efficient, the cost of electricity is usually higher than natural gas, making them more expensive to operate over time.
  • Initial and Operating Costs: Lower initial costs but higher operating costs due to electricity prices.
• Heat Pumps:
  • Electricity Usage: Heat pumps use electricity to transfer heat rather than generate it. They are highly efficient, especially in moderate climates.
  • Efficiency: Can be more efficient than gas furnaces in certain conditions but lose efficiency in very cold weather.
  • Cost-Benefit Analysis: Higher initial costs but lower operating costs in mild climates.
• Oil Furnaces:
  • Electricity Usage: Like gas furnaces, oil furnaces use electricity for blower motors and ignition systems.
  • Efficiency: Generally less efficient than gas furnaces due to the higher cost of oil and maintenance requirements.
  • Environmental Impact: Burning oil releases more pollutants compared to natural gas.
• Wood Stoves:
  • Electricity Usage: Do not use electricity directly, but may require it for blowers or fans if they are equipped.
  • Efficiency: Highly efficient in producing heat but require manual operation and maintenance.
  • Cost and Environmental Impact: Lower operating costs but higher environmental impact due to wood smoke.

Impact of Power Outages on Gas Furnaces

Gas furnaces, while primarily powered by natural gas, rely on electricity to operate key components. This reliance becomes particularly evident during power outages. Understanding how gas furnaces behave in such scenarios can help homeowners prepare and ensure continued heating when it’s needed most.

1. Electricity-Dependent Components:
   • Thermostat: Without electricity, the thermostat cannot signal the furnace to start, effectively shutting down the heating process.
   • Ignition System: Modern furnaces use electronic igniters that require electricity to light the burners. Without power, these igniters cannot function.
   • Blower Motor: This motor circulates warm air throughout the house. In the event of a power outage, the blower motor stops, halting the distribution of heat.
   • Control Board: Acts as the furnace’s brain, coordinating operations. Loss of power renders the control board inoperative, stopping all furnace functions.
2. Maintaining Heat During Power Outages:
   • Generators:
     • Portable Generators: Can be used to power the furnace. However, they need to be properly connected to the furnace using an appropriate transfer switch or direct wiring setup.
     • Standby Generators: These are wired directly into the home’s electrical system and automatically kick in during a power outage, providing a seamless transition and continuous power supply.
   • Alternate Heat Sources:
     • Wood Stoves: Provide a reliable, electricity-free heat source.
     • Propane Heaters: Portable and effective, but require proper ventilation to avoid carbon monoxide buildup.
     • Pellet Stoves: Efficient and can operate without electricity if equipped with a battery backup.
3. Safety Considerations:
   • Proper Ventilation: Essential for any alternate heating source to prevent carbon monoxide poisoning.
   • Carbon Monoxide Detectors: Should be installed and functioning to alert residents of dangerous gas buildup.
   • Regular Maintenance: Ensuring the furnace and alternate heating sources are well-maintained reduces the risk of malfunctions and ensures safety during an outage.

Energy Efficiency Tips for Gas Furnaces

Optimizing the efficiency of your gas furnace not only reduces electricity usage but also extends the system’s lifespan and lowers utility bills. Here are several strategies to enhance energy efficiency:

1. Regular Maintenance:
   • Professional Inspections: Schedule annual inspections to ensure all components are working efficiently.
   • Filter Replacement: Replace or clean filters regularly to maintain proper airflow and reduce strain on the blower motor.
   • Blower Motor Checks: Ensure the blower motor is functioning smoothly, without obstructions.
2. Thermostat Optimization:
   • Programmable Thermostats: Set lower temperatures at night or when the house is unoccupied to save energy.
   • Smart Thermostats: These devices learn your schedule and adjust heating patterns automatically, optimizing energy use.
3. Upgrading to High-Efficiency Models:
   • Variable-Speed Motors: These motors adjust their speed based on heating needs, using less electricity compared to single-speed motors.
   • Modern Furnaces: Newer models are designed to be more energy-efficient, using advanced technology to reduce electricity and gas consumption.
4. Improving Home Insulation:
   • Seal Drafts: Ensure doors and windows are properly sealed to prevent heat loss.
   • Insulate Walls and Attics: Proper insulation helps maintain consistent indoor temperatures, reducing the furnace’s workload.
5. Optimizing Airflow:
   • Unblock Vents: Ensure that all vents are open and unobstructed to allow for efficient airflow.
   • Ductwork Maintenance: Check and seal any leaks in the ductwork to prevent heat loss and ensure efficient air distribution.

Safety Considerations

Ensuring the safe operation of gas furnaces is paramount. Proper safety measures can prevent accidents and ensure efficient functioning.

1. Regular Inspections:
   • Professional Checks: Schedule regular inspections by certified technicians to identify and fix potential issues.
   • Carbon Monoxide Detectors: Install detectors near the furnace and throughout the home to alert you to dangerous gas levels.
2. Electrical Safety:
   • Circuit Requirements: Ensure the furnace is connected to the appropriate circuit with the correct amperage to prevent overloads.
   • Overload Protection: Install overload protection devices to safeguard against electrical surges that can damage the furnace or cause fires.
3. Proper Ventilation:
   • Exhaust Systems: Ensure that flues and vents are clear of obstructions to allow safe expulsion of combustion gases.
   • Ventilation Fans: Use fans to maintain airflow and prevent the buildup of hazardous gases.
4. Maintenance of Safety Features:
   • Flame Sensors: Regularly check and clean flame sensors to ensure they function correctly, preventing gas leaks.
   • Limit Switches: Inspect and test limit switches to make sure they are working properly to shut down the furnace if it overheats.

FAQs About Gas Furnace Electricity Usage

Homeowners often have various questions about the electricity usage of gas furnaces. Here are some common FAQs to help clarify these concerns:

How Much Electricity Does a Gas Furnace Use?

• On average, gas furnaces use between 600 and 800 watts of electricity. This can vary based on the model, efficiency, and usage patterns.

Can a Smart Thermostat Reduce Electricity Usage?

• Yes, smart thermostats can significantly reduce electricity usage by optimizing heating schedules and adjusting temperatures based on your habits and preferences.

Is It More Cost-Effective to Run a Gas Furnace or an Electric Heater?

• Generally, gas furnaces are more cost-effective than electric heaters, especially in regions with high electricity prices. While electric heaters convert electricity directly into heat, gas furnaces use less electricity and are often cheaper to operate in the long run.

What Happens to My Gas Furnace During a Power Outage?

• Without electricity, key components like the blower motor and ignition system won’t function, causing the furnace to shut down. Backup power sources like generators can keep the furnace running during outages.

How Does Home Insulation Affect Furnace Electricity Usage?

• Proper insulation reduces the workload on the furnace by maintaining a consistent indoor temperature, thus lowering electricity usage. Insulating walls, roofs, and floors, as well as sealing drafts around doors and windows, can significantly enhance efficiency.

Final Thoughts

While gas furnaces primarily rely on natural gas to generate heat, they do require electricity for various essential components. Understanding how these components work and their electricity consumption can help homeowners make informed decisions about their heating systems. Gas furnaces use electricity for the blower motor, ignition system, control board, and other safety features, which are critical for efficient and safe operation.

Remember, regular maintenance and upgrades not only enhance efficiency but also contribute to a safer and more cost-effective heating solution. Stay informed and proactive in managing your gas furnace, and you’ll reap the benefits of a well-maintained, efficient, and reliable heating system.

Wind storms and the chimney: it’s not a pair made in paradise. The wind storms that we’ve had lately in the Chicagoland area have been challenging. Not only has debris from the trees been thick all over the grass and driveway, but has also blown off roofing materials, gutters and of course some things associated with the chimney. These items include the chimney cap and chimney flashing which is at the base of the chimney. With the wind storm coming through so forcefully, how can you protect the highest point of your home without seeing the chimney toppled down from the strong winds?

Wind Storms and the Chimney. What is that?

Wind storms and the chimney doesn’t mean that it includes rain. It certainly can, and that’s what most of us are use to. High winds followed shortly by the rain. But we’ve been experiencing high winds with no rain and it lasts for hours.

What’s Next?

Most often, we think about the major parts of our home when high winds arrive. Areas such as the trees swaying over the roof, or large branches or debris blowing in the wind that can crash and break the windows or damage siding. These are real issues that every homeowner needs to be concerned about. So, when you don’t see the chimney, is it out of site out of mind? Most times that’s true. But wind can cause damage to the chimney. Let’s take a look.

Chimney Cap

The chimney cap is most often the first to go in a wind storm. If the chimney cap isn’t completely tight against the chimney, you can be sure the wind will swoop under and push it up and off the chimney. You may find the chimney cap in your neighbor’s backyard.

It would be a good idea to have a certified chimney technician to inspect the chimney cap to ensure its secure. It’s vital for the chimney to remain intact in order to protect the inside of your home. Especially since we had a couple of wind storms, it is best to get it checked before the next one comes our way.  Wind loosens the chimney caps mounting hardware.

Topple the Chimney Over 

This doesn’t seem like something that wind storms can do to a chimney. But it happens more often than you think. If the chimney has been neglected for a long time…and it does happen, the chimney can become weak from disrepair. The mortar is missing, the bricks are weak and when you have a good gust of wind come through, you can be sure those bricks will come toppling down. When this happens, you can be sure a chimney rebuild is in the picture. It can be a partial chimney rebuild, or a full chimney rebuild. A superior chimney technician will evaluate the situation and let you know which one it is and the best course of action to getting it done. It’s best to not let it get this far!

Preventative Maintenance

Getting your chimney and fireplace cleaned and checked each year, whether it is wood burning, gas, used everyday or never used, in order to maintain the health of your home. Remember, the chimney is used more than for the fireplace. It is also used by the water heater, furnace or boiler appliances in your home.

Contact us today to schedule an appointment 877-244-6349.

This post first appeared on https://www.superiorchimney.net

This past weekend, for most homeowners, was the time to cut your grass. We’ve had plenty of rain to have the grass grow quite long. After opening the garage door and pulling out the mower, I was greeted by cicadas sitting on both garbage cans. They are definitely a good size bug. Okay, no big deal. Just a couple. Right?

As I got everything ready for the grass, I noticed the cicadas crawling up the side of the brick house. Naturally, I have to keep looking. Were there more?

As I walked around the house the cicadas were (or are) everywhere. I followed their slow crawl up the house and found a few of them crawling up the chimney exterior. Fortunately, I have a termination damper which blocks the cicadas from getting into the house.

I did take a break and come into the house to get a quick drink. As I was leaving to go back outside, I heard this: “Do you want to take your friend with you back outside?” Well, a cicada jumped on my back and came with me into the house and dropped on the floor. Yes, the cicada did go with me back outside. What can we learn from this?

Termination Dampers Can Keep Cicadas Out!

Termination Dampers use professional grade materials to keep the weather elements, animals, cicadas, and eliminate high winds (just like we recently had) out. The materials are important to the protection of your chimney. Using a milk crate, chicken wire cannot nor does not work as it can restrict exhaust from properly flowing out of your home. It may seem like a good solution, but it will damage your home.

Tuckpointing  

Gaps in the mortar are like a big ‘welcome’ sign for the cicadas. Yes, they may be big bugs, but there are plenty of big holes in between bricks. Now, this isn’t something the cicadas want to do, as they came out for a reason, but they see a good place to go and will crawl inside. That’s why it’s critical to get the tuckpointing checked on the chimney during this very crawly time.

While you are taking care of the tuckpointing, or repair on the chimney, be sure to ask about Chimney Saver. Once the tuckpointing is done, Superior Chimney can apply Chimney Saver to waterproof the chimney and keep the water away. This is vital as brick and mortar are porous. Water loves to get in between and begin the gradual breakdown of the materials. This will keep the issues away for years to come.

Contact Superior Chimney today at 877-244-6349 to begin protecting your home from cicadas, the weather elements and other little creatures.

This post first appeared on https://www.superiorchimney.net

In the world of commercial buildings, safety and efficiency are necessary for operating your property. Commercial chimney liners are commonly overlooked when it comes to maintaining your commercial chimney. However, they play a pivotal role in ensuring smooth operation and safety.   

At Best Chimney Services, we are a family-owned business that has been helping residents and commercial property owners in the Boston area maintain and repair chimneys for over three decades. We offer a range of commercial chimney services and residential chimney services to assist you with any chimney problems. In this blog, we dive into the importance of chimney liners in commercial settings, including their function, types, and the benefits they offer in terms of safety and performance. Read on to learn more, or schedule an appointment with us to get started on your routine chimney maintenance.

Function of Commercial Chimney Liners

Commercial chimney liners act as protective barriers throughout your chimney system, serving multiple functions, including:

Combustion Byproduct

A primary function of chimney liners is to contain the byproducts of combustion, including harmful gases such as carbon monoxide. By guiding these gases safely out of the building, liners prevent them from escaping into the building, mitigating health risks for anyone living or working in the building.

Draft Efficiency

Properly sized and liners aid in optimizing draft efficiency, facilitating the smooth exit of exhaust gases. This not only enhances the performance of heating appliances but also reduces the likelihood of backdrafts, which can lead to carbon monoxide buildup.

Protection Against Corrosion

Over time, chimneys’ interiors can deteriorate due to exposure to acidic combustion byproducts. Liners act as a barrier, shielding the chimney structure from corrosion and prolonging its lifespan.

Types of Commercial Chimney Liners

Chimney liners are made and sold in a variety of materials to meet different needs. The types of chimney liners include:

Metal Liners

Metal chimney liners are offered in a variety of alloys to meet your specific needs. Metal liners are known for being highly durable and resistant to corrosion. Metal liners are suitable for all fuel types:  gas, condensing gas and oil. We often recommend stainless steel, however, aluminum is a more affordable option you may be able to opt for if the boiler manufacturer allows.  

Polypropylene 

Lightweight polypropylene venting systems are more popular today than ever.  Used for venting category II and IV condensing gas appliances, polypro is a great option for high efficiency installations.  Available in flex and rigid,  the pathway can be configured to vent individual appliances or cascaded to form common vent systems.

Positive Pressure

Engineered positive pressure venting systems are available in double or triple wall and are constructed to meet UL 103 and NFPA 211 for 1400˚F factory built chimneys.

Benefits of Chimney Liners

Compliance with Regulations

As we mentioned previously, chimney liners are necessary in order to guide unsafe byproducts out of your building. Therefore, many building codes require chimney liners in commercial buildings. Not adhering to this standard can result in penalties and risks of operating malfunctions and hazardous gases in the building.

Extended Chimney Lifespan

When you use a chimney liner, you’re protecting the chimney against corrosion. This prolongs the life of the structures, reducing the need for costly commercial chimney repairs or replacements. However, it’s important to remember that your liner will not last forever, so make sure you know when to replace your chimney liner so that it can still do its job. 

Optimized Performance

Properly sized and insulated liners contribute to improved draft efficiency, ensuring heating appliances operate at peak performance levels while minimizing energy waste – this equates to fuel cost savings month to month.  

Call Best Chimney Services to Install Your Commercial Chimney Liner

Chimney liners are necessary to keep your building safe and your chimney performing efficiently. At Best Chimney Services, we want to take your chimney problems off your list of to-dos. When you schedule an appointment with us to install your chimney liner or just book a routine maintenance check, we’ll keep you informed every step of the way so you understand your chimney. 

 

The post The Role of Commercial Chimney Liners and Why They Matter appeared first on Boston's Best Chimney.

Let’s talk about leaning chimney restoration.

In the tranquil landscapes of suburban neighborhoods, nestled among the rows of houses, a leaning chimney can often go unnoticed until its subtle tilt becomes a glaring concern. These architectural anomalies, concealed within wooden-framed chimney chases and clad in brick siding, represent a looming threat to both the structural integrity and aesthetic harmony of homes. Understanding the root causes of chimney lean, identifying visual cues, and implementing effective remediation strategies are crucial steps in safeguarding against this perilous phenomenon.

The Anatomy of Instability: Wooden Frames and Missing Support

Chimneys, those venerable conduits of warmth and comfort, are traditionally constructed with a wooden frame enveloped by brick or other masonry materials. However, the absence of proper support mechanisms, such as angle iron or lintel support, at the point where the chimney extends above the roofline leaves these structures vulnerable to instability. Without adequate reinforcement to bear the weight of the brick above the roofline, chimneys are prone to gradual lean, imperiling the safety of the entire roof system.

Spotting the Lean: Recognizing Visual Clues

Identifying a leaning chimney requires a discerning eye and a thorough examination of the home’s exterior. The most evident indication of chimney lean is its perceptible tilt, either towards or away from the home. This deviation from vertical alignment serves as an unmistakable signal of structural compromise and warrants immediate attention.

Additionally, a horizontal crack at or near the roof/gutter line is a telltale sign of chimney distress. This fissure, often overlooked amidst the ebb and flow of daily life, serves as a silent harbinger of potential catastrophe, urging homeowners to take swift action to address the underlying issues.

Leaning Chimney Restoration: A Comprehensive Approach

Remediating the hazards posed by leaning chimneys necessitates a comprehensive leaning chimney restoration process that addresses both the symptoms and underlying causes of structural instability. At Southern Chimneys, we specialize in leaning chimney restoration, returning them to their former glory, and ensuring the safety and longevity of our clients’ homes.

Our leaning chimney restoration process begins with the careful removal of the brick facade, revealing the underlying framework of the chimney chase. Proper angle iron support is then tied to the roofing system, providing essential reinforcement to withstand the weight of the brick above the roofline. Any damaged or deteriorated framing is meticulously replaced or repaired, ensuring the structural integrity of the chimney.

Next, proper plywood sheathing is installed to provide a sturdy foundation for the reinstallation of the brick facade. A vapor barrier is then applied to prevent moisture intrusion, safeguarding against the deterioration caused by water infiltration.

Preserving Aesthetic Harmony: Matching Brick and Blending In

One of the key considerations in leaning chimney restoration is preserving the aesthetic harmony of the home. Southern Chimneys understands the importance of maintaining consistency in the appearance of the chimney with the rest of the house. Whenever possible, we utilize existing brick to ensure a seamless match with the surrounding structure.

In instances where new brick is required, we take care to select materials that closely resemble the original, ensuring a cohesive and integrated aesthetic. By blending new brick seamlessly with existing masonry, we minimize the visual impact of the restoration, preserving the overall charm and character of the home.

Protecting Against Future Damage: Waterproofing Treatment

Once the restoration process is complete, Southern Chimneys goes the extra mile to protect against future damage. Thirty days after the restoration, we apply a clear coat chemical waterproofing treatment to the brick facade. This additional layer of protection ensures that the brick no longer absorbs water, safeguarding against the deleterious effects of moisture infiltration.

Conclusion: Restoring Stability and Beauty

In the realm of home restoration, few projects are as consequential as the restoration of a leaning chimney. By understanding the underlying causes of chimney lean, recognizing visual cues, and implementing comprehensive restoration strategies, homeowners can safeguard against the perils posed by structural instability.

At Southern Chimneys, we take pride in our expertise and commitment to restoring both the stability and beauty of our clients’ homes. From reinforcing structural support to preserving aesthetic harmony, our comprehensive restoration process ensures that leaning chimneys are transformed into sturdy, safe, and visually stunning architectural features.

In the journey towards restoring stability and beauty, Southern Chimneys is your trusted partner, guiding you every step of the way.

The post Saving the Lean: A Deep Dive into Leaning Chimney Restoration in 2024 first appeared on Southern Chimneys.

This post first appeared on https://southernchimneys.com

Imagine this. You’ve scheduled your chimney sweep and put it on the calendar, and now the time has arrived for it to arrive. At this point, you may be wondering, “Do I need to do anything for when my Chimney Sweep arrives?”

Your sweep requires little from you, but knowing what they do is a huge help in ensuring your appointment goes successfully. Since most contractors charge by the hour, it’s wise to prepare your chimney so that your contractor spends less time on your property, saving you a lot of money.

Some of the things you can do to prepare your chimney for cleaning include:

Put the fire out

This may sound obvious, but it is usual for your sweep to arrive to sweep a chimney while the fire’s embers are still burning hot. This is wrong.

Ideally, you shouldn’t use your appliance or fireplace in the 24 hours before your appointment; nevertheless, if your fire is your sole source of it, this may not be practical.

Speak with your sweep and let them know about this. They may be able to schedule your appointment for later in the day to give your fire time to properly cool down if you used it the night before.

Stoking your ash pan and ensuring that your coals are out before your sweep’s appointment is an excellent practice that your sweep will greatly appreciate.

Clear the space in front of your fireplace.

Your cleaning professional will come with a variety of tools. The first step in every chimney sweep’s routine is to lay down a ground sheet in front of the fireplace for them and their equipment to live and work on for the length of the sweep.

Most sweeps should be able to fit in a space two meters wide and a meter and a half in front of the fireplace.

To give your cleaning professional enough space, move any furniture, carpets, and ornaments from this area and around the fireplace in preparation for your sweep’s arrival.

Keep away children, pets, and valuable items.

Chimney debris is not something you want to breathe in. You and your family must remain at a safe distance from your sweep while they are operating.

Your sweep will wear a PPE3-certified (or higher) air filtering mask and utilize the aforementioned Hepa-rated vacuum to ensure that no one is inhaling anything they shouldn’t.

For the safety of your pets and your sweep, keep all pets (yes, even the cute ones) away from the sweeping area or, better yet, out of the room entirely.

To reduce the danger of damage, lock any valuables away or remove them from the work route. Remember that it’s always better to be cautious than sorry.

Clear your mantle

In addition to removing valuable items, fireplace equipment, and anything else near the fireplace, you should also clean the items on your mantle.

This is particularly true if any of the goods are fragile. While the chimney sweep will try not to disturb these items, the cleaning procedure may generate vibrations that cause them to fall.

Remove anything that may fall on the chimney sweep as well.

Make a list of things wrong with your chimney.

If you discover anything unusual about your fireplace, you should put it on a list and notify the chimney sweep before they begin work. This includes any unusual odors or evidence of wetness.

Before beginning, your chimney sweep will discuss your fireplace and its condition. During this time, express any concerns you may have.

You should carefully review the risk to ensure you don’t skip anything.

This list helps the sweepers understand what they’re dealing with and which portions of the chimney may require special care. It also informs them if any damage to the chimney may necessitate additional repairs.

Even after the contractor is done with the work, you should go over the list to confirm that they covered all areas.

Don’t worry about covering your furniture with dust sheets

The days when cleaning professionals walked into your home and just threw a brush up the chimney, releasing an avalanche of soot and other chimney debris, are over.

Modern sweeps will ‘sheet up’ your fireplace to prevent debris from entering your home, and they will be fitted with Hepa-certified vacuums to eliminate dangerous particulates.

Rest assured that what was previously a very nasty task has now been thoroughly cleaned up.

While this is the case, there is nothing wrong with adding extra care and another layer of protection.

Clean the fire grate and ash pan.

In addition to inspecting your embers, now is a good time to empty the ash from the previous fire. Cleaning out the ash from your fire is not normally included in the sweeping service, but if you forget, your sweep will most likely take care of it for you.

While this is the case, it’s always wise to clear the grate and ash pan to make the cleaning professional’s job easier.

How often should you clean your chimney?

Sweeping your chimney once a year is enough to keep it clean and free of harmful creosote accumulation and other obstacles.

Besides regular cleaning, you should also undertake a chimney inspection, allowing you to spot even the most minor abnormalities before they become fatal.

Some of the issues that you should look out for include:

• Cracked or split brickwork
• Broken or missing chimney cap.
• Cracked chimney flue.
• Decaying wood/damaged mortar

When you are hiring chimney cleaning services Bowie providers, don’t hire the first one you come across. Instead, you should take your time to research and find a reputable professional who will not only professionally inspect and clean the chimney but also recommend the best way to keep the unit in top working shape at all times.

Since you will be working with the contractor each year, you should find one with a great personality. You don’t want to be stuck with someone you don’t enjoy spending time with, do you?

The post How To Prepare For Your Chimney Sweep first appeared on First Class Chimney Services.

This post first appeared on https://www.firstclasschimneyservices.com

Navigating the maintenance of commercial buildings can be a complex task, especially when it comes to addressing chimney issues. As a professional chimney company that’s been in business since 1989, we’ve seen our fair share of chimney problems in the Boston, MA area. However, there are 5 common chimney problems you’re most likely to face as a commercial building owner or manager during your chimney’s lifetime. Fortunately, we can help you address these problems in no time. If you’re looking for a local chimney company in the Boston area to take care of your chimney services, give us a call! We’d love to help. Here are some of the most common commercial chimney problems we see: 

Byproduct Build-Up

Carbon and soot are byproducts of burning gas or liquid fuels. Therefore, build-up a very common problem to run into. When soot builds up, it can become a dangerous obstruction within the vent system that you need to be conscious of removing regularly in order to avoid heat and hot water outages. This problem is easily solvable by booking a commercial chimney sweeping once a year to inspect and remove, if necessary. Your chimney technician can recommend whether or not you require more than one inspection or sweeping a year based on overall condition and nozzle settings.

Deterioration in Venting

Frequent exposure to flue gasses can eventually cause your chimney’s breeching pipe to deteriorate and crack.  You don’t want to allow this problem to sit long because cracks in the flue pipe that joins the heating equipment to the stack will affect overall efficiency of the system and create the risk of carbon monoxide spillage back into the boiler room.  Booking an appointment for a visual inspection is recommended to get ahead of this issue.   

Chimney Leaks

When maintaining your chimney, it’s common to run into chimney problems like leaks. Chimney leaks can be a result of rainwater seeping into cracks causing crumbling mortar, or other structural damage, but it can also be caused internally by over or under firing equipment resulting in excess condensation.  Figuring out where and why the leak is occurring is the difficult part, so you’ll want the help of a professional to perform a commercial chimney inspection. A chimney technician will be able to identify the source of the leak and then provide the next steps to repair it.

Structural Damage

Over your chimney’s lifetime, it will develop structural risks, like weak points, rust or cracks within a stack. Ignoring structural damage can lead to your chimney’s instability and the safety of those living in or around the building. Repairing structural damage could involve some variation of a stack repair, but it depends on the specific problem, so contact your local chimney company to identify the problem and provide the repair.

Blockages

It’s not uncommon to face chimney problems like blockages, caused from wildlife, falling debris, or excess soot. However, you want to address these problems as soon as you identify them because blockages in your chimney can restrict airflow, thus increasing the risk of carbon monoxide poisoning. We recommend booking a chimney inspection to inspect and responsibly remove any and all debris. Your chimney technician may recommend installing a chimney cap if you’re finding bird nests and animals in your chimney often.

Contact Best Chimney Services for Your Commercial Chimney Maintenance

Regular chimney maintenance is the key to preventing these common problems and catching them before they become unsafe and costly. Maintain the integrity of your commercial chimney by working with a qualified chimney company that can ensure your chimney is functioning safely. Contact us today to get started!

The post 5 Common Chimney Problems in Commercial Buildings and How to Address Them appeared first on Boston's Best Chimney.