Winter may soon be coming to a close, but there’s still time during the tempestuous month of March for Spring to “come in like a lion,” as the old proverb goes. The uncertainty of weather related to climate change aggravates the issues we already see at the end of Winter as well, adding to the concerns of homeowners attempting to maintain the energy efficiency and temperature of their homes. With that in mind, we’re focusing on energy efficiency for historic buildings for today’s blog post. 


Photo by Alessandro Bianchi on Unsplash

First, let’s debunk a myth about old homes and energy efficiency. A common misconception about older buildings is that they are drafty, inefficient energy hogs. The truth is that the buildings with the worst energy efficiency were built between 1940-1970. Energy was cheap and there wasn’t a big push to conserve our resources during that time-period. Buildings constructed before 1940 were made with energy savings, thermal performance, and physical comfort in mind. By maximizing natural sources of heating, lighting, and ventilation, these buildings were comfortable in all seasons.

Still concerned about energy efficiency in your historic building or home? Read on for advice on improvements that will not sacrifice the historical integrity of your space.
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TIPS TO INCREASE ENERGY EFFICIENCY

ON YOUR OWN:

  • Change your Habits.  Install timers or motion detectors on lights, attach self-closing mechanisms on doors that might otherwise hang open, install fans and raise your thermostat temperature, use LEDs in your lights and turn off “vampire” devices that use electricity in standby mode or that use electricity in standby mode or whenever that are plugged into an outlet.
  • Remove focus from Siding. Remember our previous post on siding on historic homes. Walls themselves are not a significant source of energy loss, so replacing original siding with new synthetic siding really does not cut costs or improve energy efficiency.
  • Caulking or Weather-Stripping. The easiest tip for increasing the energy efficiency of your building is to reduce the air infiltration using caulking and/or weather-stripping. You can do a self-audit of the envelope of your building (roof; walls and wall penetrations including doors, windows; floor, and foundation) to determine if these methods are necessary. If there are places that you feel cold air coming in you can add additional weather-stripping or caulking to the area and seal the crack. In warmer months this will also stop your conditioned air from escaping to the outside.           2 points of caution:
    • Only use the spray foam against masonry penetrations – it will cause any wood it is against to rot
    • Do not make the building too tight – older buildings were built for air to move and if all air movement is stopped it will cause problems with moisture accumulation
  • Combat the Stack Effect. The method above is helpful, but it does not give you the highest return-on-investment for making your home energy efficient because of the Stack Effect. To combat the Stack Effect, insulate at the basement floor (where the air comes in) and at the attic (where the air goes out). It’s also important to determine the R-Value (measure of thermal resistance) for your area to ensure you are most effectively stopping air leaks.  You can find your recommended R-Value here.                                                                                                                                                                Options for insulation:
    • “Green” or environmentally-friendly options (natural materials like cellulose and wool)
    • Fiberglass
    • Spray foam
    • Foam board (purchases can be made at big-box stores or SIPS)

WITH PROFESSIONAL HELP:

  • Seek Professional Assistance. Review our post on hiring the best person for the job. 
  • Have a Maintenance Appraisal Performed.  If you are concerned about identifying air leaks on your own, a maintenance appraisal performed by a qualified contractor will locate any source of air leakage and provide you with a plan-of-attack to remedy the problem without damaging the historic aspects of your home.
  • Schedule an Energy Audit.  Both the maintenance appraisal and an energy audit are absolutely essential things that need to be done BEFORE you implement any energy improvement measures in a situation where you do not have enough knowledge to take care of things yourself.  The energy audit will evaluate your home’s current energy performance and identify any deficiencies in both the envelope of your home and/or mechanical systems.

FURTHER READING:

Window repair, restoration, or replacement is an unavoidable topic of concern in historic buildings. Windows in your historic property are like the eyes of the home. They are an important piece of the historical fabric of the location, and also play an integral part in energy efficiency of the property. Simultaneously, they are one of the most vulnerable and “at-risk” elements of our architectural heritage. Replacement is not always the most cost-effective or energy-efficient answer. Determining the extent of disrepair in your windows is your first step in deciding whether to repair, restore, or replace them. 

Photo of our restoration work on windows at Franklin Street Station in Reading. 

Why are original windows important? They are considered a significant feature of a building, making up both exterior and interior architectural elements and usually 20-to-30 percent of the surface area of the building. The shape and materials, moldings, trim and window pane arrangements are all clues to the age of the building. To further illustrate these unique characteristics, here are examples of window styles and characteristics from the 18th, 19th, and early 20th century. The majority of the features that make original windows special are not replicable in replacement windows; you could replicate them in reproduction windows, but that is not what most people think of when they are discussing replacement windows. These elements include antique (wavy) glass, true divided light sashes, and traditional joinery.

Why are original windows endangered and at-risk? Several preservation organizations, including Maine, Virginia, and New York, have noted in recent years the endangered status of historic original windows. Even we have had first-hand experience talking with well-intentioned homeowners who’ve been convinced by saavy sales people to replace their original windows with modern ones under the guise that they are more cost-effective or energy efficient, only to regret the decision a few years later when the “superior” new windows are no longer functioning properly and are incurring more costs for energy, repair, and replacement. 

Are original windows energy efficient and cost-effective? Energy efficiency is a major concern when it comes to windows. We’ve noted in a previous post on Siding on Historic Homes that heating and cooling energy loss is associated most with windows, doors, and roofs, and this is often worse with modern replacements and materials. Meanwhile, original windows have a proven track record of durability that far exceeds that of new replacement windows, as long as they are properly maintained. In fact, most are 100+ years old. The National Park Service’s Preservation Brief No. 3 and their Testing Energy Performance of Wood Windows in Cold Climates both discuss energy efficiency in greater depth. The latter of the two aforementioned resources points out that replacing historic windows does not necessarily result in greater energy savings than upgrading that same window. If you’re short on time, you may instead choose to read one of our other brief articles on energy-efficiency and cost-effectiveness of original windows. On average, the energy savings after a replacement window is installed is less than $2/year. Restoring and repairing original windows can achieve almost the same energy efficiency, and is more cost-effective in the long-run because new windows will not last as long. 

Now that you understand the significance of original windows and the importance of saving them, how do you know if your original windows are repairable or restorable? First, consider that most materials and methods used to build the original windows are made to be repairable, so there is a higher likelihood that they are salvageable. Replacement pieces can be made rather than replacing the entire unit (consider our woodwork at the formerly abandoned Franklin Street Station in Reading, PA, whose windows were in a shocking state when we first encountered them; alternatively, you can see the results in-person while enjoying craft beer and a bite to eat at Franklin Street Brew Pub now in the station). Things to evaluate to see what repairs windows might need:

  • Loose frames and sash components
  • Slipped sills
  • Poor fitting sash and storm assemblies, and misaligned frames
  • Loose, open, or decayed joints at sash or frame corners
  • Loose hardware, broken sash cords/chains, worn sash pulleys, locking difficulties
  • Deteriorated weather-stripping
  • Broken/cracked glass, loose or missing glazing putty
  • Peeling paint
  • Window well debris accumulation

Some of these issues are easy to see and address. Others, including locking difficulties and window well debris accumulation might signal a misaligned sash and could necessitate the involvement of a skilled person to make those adjustments (or at least consult with you about what to do). All of these repairs will increase the energy-efficiency of your windows.

What do I do if a previous owner already replaced the original windows and updated replacement is necessary? There are several options to choose from:

  • Rebuild with antique glass
  • Rebuild with true divided lite and insulated glass
  • Replacement with modern replacement windows – The National Park Service’s Preservation Brief No. 9 has a list of what to look for in replacement windows, as well as ideas of where to find historically sensitive replacement windows

For more information and resources:

  • Visit our window post archives link
  • We typically recommend 2 Canadian manufacturers for modern replacement windows: Norwood Windows or Loewen

Gabe Matyiko, vice president of Expert House Movers of MD, Inc. and a 3rd generation expert in structural moving, joined the Practical Preservation podcast to discuss information about the family’s house and structural moving business. We covered a multitude of topics including:

  • The origins of the company, and how Gabe came back to his family’s business in 2002
  • Business models in the industry, and the scope of practice of the business, including discussions of feasibility of projects and all of the nuanced planning involved
  • How instrumental structural moving and raising can be in preservation projects, particularly given the modern challenges related to flooding – rising-sea levels and increased frequency of storms, poor storm management in some water-front cities, the high-cost of flood insurance – and competition and encroachment of urban sprawl and developments
  • The benefits and challenges of the company’s being featured on social media, TV, and local and national television
  • And fun details about one of the most unique, challenging, and ambitious projects the company has taken on in recent years, involving a barge as one means of transport!

 

Contact/Visit/Follow:

Website

Facebook

YouTube

Scott T. Hanson of Your Historic House joined the Practical Preservation podcast to discuss his book, Restoring Your Historic House, the result of 4 years of hard work and dedication to present a practical and comprehensive guide for historic homeowners. We covered a multitude of topics including:

  • How the present-day Conway Scenic Railroad and train station served as a catalyst for Scott’s passion for preservation
  • Scott’s observation that a dearth of information on preservation for homeowners necessitated filling that gap, and inspired him to write his book
  • Lessons, challenges, and resources for aspiring preservationists and homeowners
  • Advice for homeowners interested in preservation, restoration, or rehabilitation, including practical examples of ways to offset costs
  • The book’s detailed inspiring stories of homeowners’ projects, including a description a local Central PA project featured in (and on the front cover!) of the book
  • Information on book-purchasing options and opportunities to meet Scott

Contact/Follow:

Scott T. Hanson

Website

Facebook

Instagram

Buying Options:

Amazon.com for a discounted price

Scott’s website for signed and personalized signed copies, as well as other books for sale

 

Age is not the only thing that makes a building historical. The traditional materials and craftsmanship in the original construction of your historical building are an essential part of its historical fabric. Preserving its architectural integrity can only be done by using the same traditional materials and craftsmanship that made your building what it is today – a picture of the past. Original or historically-accurate siding on a historic home or building is an overt example of a building’s era and unique characteristics. 


Photo by Pierre Châtel-Innocenti on Unsplash

 

Synthetic vs. Wood Siding: Life-span

  • Synthetic siding has a potential life of at least 50-60 years
  • Wood siding has a potential life of at least 200+ years

Wood was abundant in Early America (and continued to be so throughout our history), and thousands of historical buildings in the Northeast are adorned with wood siding. Often, owners of these buildings look to alternative siding methods to replace wood siding deteriorated beyond repair. Their rationale for such practices is that they want to reduce the cost and effort of its maintenance, or to save on energy costs; conventional building wisdom maintains that vinyl and other synthetic siding lasts longer, requires less maintenance, and wastes less energy. The truth is this: in almost every instance, installation of synthetic siding will not save energy and maintenance costs. It will last a very long time; there are buildings that still retain their original synthetic siding applications from when they first appeared 50-to-60 years ago. And while that sounds significantly durable, it rather pales in comparison to the fact that there are historical buildings from 200+ years ago that still retain their original wood siding (siding that doesn’t sit many, many years in landfills when it needs to be removed). Synthetic siding won’t only add to landfills, it will also compromise the building’s historical integrity, and can cause irreversible damage to the building. 

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Synthetic vs. Wood Siding: Energy efficiency

  • Since walls are not a significant source of energy loss, synthetic siding proves, at best, a nominal energy savings

The myth that synthetic siding is more energy efficient than wood siding is pervasive and persistent – perhaps because it is easy to fall into the habit of assuming newer is always better. Newer is not always better, and even newer-with-an-insulated-backing is only nominally, if at all, better. The National Park Service’s Preservation Brief No. 3 highlights the fallacy regarding the weight placed on siding for energy efficiency, noting that walls aren’t even where the most heating and cooling energy is lost in historical buildings – the roofing system is. Spending money to replace wood siding with synthetic siding will not usually return the investment in energy savings for this reason. A much more cost-effective focus for energy savings are the windows, doors, and roofs of historical buildings.

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Synthetic vs. Wood Siding: Maintenance

  • Synthetic siding materials require much maintenance and can even create additional maintenance for other parts of the building

Synthetic siding materials are not maintenance-free. Aluminum will dent, and if painted, requires the same amount of paint maintenance as wood siding. To properly maintain and preserve aluminum siding, it must be cleaned regularly. Vinyl is a plastic and vinyl siding is subject to the same pitfalls as any other plastic: it cracks and shatters if impacted, it deteriorates with exposure to the extreme temperature changes of summer-to-winter and back again, and it simply cannot be installed to maintain a tight fit in both summer and winter because of the amount of expansion and contraction those extreme temperature changes cause. Vinyl siding will even interfere with a building’s ability to “breathe” and result in excess moisture retention and airflow problems causing unhealthy air quality for the building’s occupants, actually creating additional maintenance needs for other materials, systems and areas of the building.

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Synthetic vs. Wood Siding: Historical integrity

  • Synthetic siding does not preserve the many features of wood siding applications that contribute to the very fabric of a building that makes it historical

Synthetic siding will compromise the building’s historical integrity. The National Park Service’s Preservation Brief No. 8 explains that the materials of a historical building contribute to its historical fabric, noting that “Preservation of a building or district and its historical character is based on the assumption that the retention of historical materials and features and their craftsmanship are of primary importance.” There are many features that make wood siding of primary historical importance to your building. The tools used, geographically-specific craftsmanship techniques, types of clapboards and how they are manufactured and installed, the profiles, decorative edging, and patterns of application that make historical wood siding worthy of preservation are all lost when synthetic siding is used. For example, wood siding on Mid-Atlantic buildings from the early 1800’s to the early 1900’s had distinctly different looks, features, and craftsmanship techniques than those in New England during the same time frame. The stock synthetic siding options available today simply cannot achieve that same level of variation between historically significant architecture styles. 

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Synthetic vs. Wood Siding: Serious health problems

  • Synthetic siding not only masks the health of a historical building, it deteriorates it, endangering both the building and the people who live or work in it

Synthetic siding causes more serious problems. Wood siding on a historical building is also one of the most easily read indicators of the general health of the building. Paint peeling from wood siding can be an early warning signal that there are moisture problems threatening the building, and can sometimes even indicate where those problems are rooted (e.g., gutters or downspouts that aren’t working, improper flashing/weatherproofing, etc.). If wood siding is replaced by or covered with synthetic siding, it often masks any early signs or symptoms of moisture issues and results in more extensive moisture damage. Not only does synthetic siding mask the health of a building, it deteriorates that health. Since synthetic sidings to not allow a house to breathe the way wood siding does, it exacerbates any moisture problems that are present or develop in the future by essentially locking the moisture in the building. In doing so, synthetic siding encourages the growth of molds that turn the building’s air quality into a toxic environment that endangers the health of its occupants. Vinyl siding specifically also carries other health and safety concerns like the toxic fumes it emits when heated, and the cancer risks currently thought to be connected to the polyvinyl chloride plastic resin vinyl siding is made out of. 

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Synthetic vs. Wood Siding: Damage

  • Synthetic siding can result in permanent damage to the character-defining features of a historical building

Synthetic siding can cause irreversible damage to the building. An uneducated, and often heard argument claims that when need be, vinyl siding can simply be removed if it is applied over top of the original wooden siding. This is in part true, but it is in part reflective of a naïve understanding of what contributes to the historical fabric of a building, and how even seemingly simple changes can result in permanent damage to that fabric. Once again, Preservation Brief No. 8 from the National Park Service sets the record straight. It states, “there is frequently irreversible damage to historic building materials if decorative features or trim are permitted to be cut down or destroyed, or removed by applicators and discarded.” During the installation process of synthetic siding, even if it is only being applied over existing wood siding, the original wood siding can be permanently damaged by furring strips nailed onto the walls to create a flat surface to install the new siding on. Windows, door trim, cornice, decorative trim and molding, and other projecting details are sometimes permanently altered because the cost of custom-fitting the new synthetic siding to retain their character is too much.

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Evaluate your building’s siding:

  • Do any areas of my historical building have synthetic siding materials applied over wood siding?
  • If yes, do I have a plan for restoring the original wood siding?
  • Are there areas of my wood siding that have already been replaced because of deterioration?
  • Were they replaced with comparable wood materials and craftsmanship features?
  • Do they blend in with the original siding?
  • Is my wood siding evaluated regularly and properly maintained? Is it re-painted every 5-10 years?
  • Do I have a maintenance plan and agreement with a qualified and competent historical restoration company to ensure proper maintenance of my wood siding?

 

PART 2 OF THIS SERIES of working on your old home explores replacement in-kind. Replacement in-kind refers to replicating the original in all respects except improved condition, when absolute preservation is not possible. This is a follow-up to Part 1’s general information about maintaining your home’s historical relevance and period style. Regarding replacement, it is easy to think that if the look of a historical building is maintained, as well as the types of materials used, then the building has been successfully preserved. But preservation is not just about preserving how something looks, it is primarily focused on preserving how something is, so that it remains as original as possible for future generations. 

Photo of Keperling Preservation Services’ completed work on the Harris Mansion porch in 2014, which necessitated some replacement in-kind. 

As important as it is to preserve how our historical buildings actually are, inevitably replacements will need to be made when features are so deteriorated that stabilization, conservation, or restoration are simply not viable options. In these instances, the National Park Service’s Standards for Preservation and Guidelines for Preserving Historic Buildings allow for “replacement in-kind” (replicating the original feature in all respects, except improved condition) if there are surviving features that can be used as prototypes. The Standards & Guidelines also notes that, “The replacement materials need to match the old both physically and visually, i.e., wood with wood, etc. Thus… substitute materials are not appropriate in … preservation.”

Using similarly styled or patterned ceramic tile to replace a terracotta tile, using a different wood when replacing cabinetry, removing wallpaper in favor of uncovering the plaster walls, using shingles that are of a different dimension, are all changes that can easily be made in ways that are in keeping with your building’s period of significance. Yet doing so can be confusing to anyone researching historical architecture by suggesting these features (or aspects of them) were there during the building’s period of significance when, in reality, they weren’t.

Further, removing these features permanently alters your building’s historical fabric, sometimes irretrievably. Original wallpaper that is often destroyed during the removal process can’t usually be replaced with in-kind period wallpaper. Replacing one species of wood with another sometimes can’t be undone if the original species of wood is not readily available, or is priced so exorbitantly that it is not financially feasible for your project. In order to avoid significant, and sometimes irreparable, damage to your building, consider replacing only the deteriorated or missing parts of your building’s features, use materials that match the old in design, color, and texture (both physically and visually), and document the original material and the replacement process and materials used extensively for future reference and research.

Ask yourself:

  • Do I have documentation of all former replacements, including documentation of the original features?
  • Have I had my buildings evaluated by a qualified contractor to identify any inappropriate replacement materials or approaches?
  • Do I document all replacements I do, including written and photographic documentation, noting the materials, details, and tooling on both the original and the replacement?
  • Are there any parts of my building’s original features that are deteriorated or missing and need replacement?
  • Is it possible to just replace the deteriorated parts instead of replacing the whole feature?
  • Have I checked with a qualified contractor to see if remediation is needed for any not-in-kind replacements previously performed on my building?

Next week: PART 3 OF THIS SERIES focuses on using a good design.

Steven Bohnet of Bohnet Electric Co. joined the Practical Preservation podcast to discuss his 113 year old family business of electric contracting and a lighting showroom that also features light fixture restoration and lamp repair.  We covered a multitude of topics including:

  • The pros and cons of the Corporate (commerical) versus Non-Profit restoration/preservation projects
  • Why it makes sense that an electrician would also have a lighting showroom
  • The challenges faced with short sighted decision making during a restoration/preservation project

Contact

Steven Bohnet – [email protected]

Website

Phone: 517-327-9999

Offers

$10 off Tuesday Lamp Repair

Website virtual coupon – mention ‘virtual’ for $5.00/off

Showroom: Vintage lamp fixtures 35% off, shades 25% off

 

 

PART 1 OF THIS SERIES of working on your old home explores options for property owners to save the home’s historically relevant aspects specific to when and how it was built, versus mixing time periods and styles. Maintaining your home’s historical relevance necessitates preservation and restoration tactics that honor the home’s appropriate time period. If too much of the historic fabric is lost (e.g., removed or replaced), the methods and materials that make a historical building special are also lost. At a certain point so much may be lost that the property becomes “just” an old building.


Photo by Joel Filipe on Unsplash

There is over 400 years of architectural history in the United States, including a diversity of styles as rich as the diversity of our people. Early Colonial architecture still intact today displays magnificent examples of the Spanish and English influences prevalent when European settlers first immigrated here. Revolution period buildings demonstrate the forging of a new nation with Federalist and Jeffersonian features. Homes and buildings from the mid 1800’s through the early 1900’s capture the two “moments” in American time that define the experience of our culture’s Revival Period and Gilded Age.

Every historical building has a period of significance that determined how that building was constructed and the features it would have that, together, define its architectural importance. Maintaining your historical building in keeping with the period of significance that defined it as an important piece of our built history, is essential to its historical integrity. Mixing and matching period styles can permanently alter your building to the point of historical insignificance

Historical materials, and the craftsmanship used when working with those materials, are easily damaged by modern renovation attempts – even when your intention is focused on preserving your building’s features. For example, using a power sander while restoring original wood that was hand-planed will result in woodwork that can never again reveal the same character as the original woodwork did. Painting wood flooring in a house from a period when a wooden floor would never have been painted is something typically considered reversible, but isn’t always if the wrong paint is chosen or when the removal of the paint causes significant damage to the original flooring. Original porches (and other projections), building footprints and materials, period layouts and unique features can all be altered to the point of no return while adding living space meant to bring a historical building in line with more modern functional style (i.e., failed reconstruction attempts). Removing original wallpaper, or installing wallpaper on a house from a period when wallpaper wasn’t used, isn’t just affecting the aesthetic integrity of a historical house – it can permanently damage the original plaster walls behind it.

If your ultimate goal is to maintain the historical integrity of your property’s time period, focus on preservation (focuses on the maintenance and repair of existing historic materials and retention of a property’s form as it has evolved over time), restoration (depicts a property at a particular period of time in its history, while removing evidence of other periods), or even reconstruction (re-creates vanished or non-surviving portions of a property for interpretive purposes) if possible or necessary. Essentially, avoid making changes that may try to make it appear older, newer, or fancier than what it really is. Even small, subtle changes can permanently damage the integrity of your building. The National Park Service details these options further in terms of standards and guidelines for treatment of historic properties (https://www.nps.gov/tps/standards/four-treatments/treatment-restoration.htm).

Ask yourself:

  • Do I know my building’s period of significance?
  • Do I know the architectural features common during my building’s period of significance?
  • Have any of the architectural features original to my building been altered, removed, or renovated?
  • Has the interior layout of my building been changed?
  • Have I checked with a qualified contractor to see if any changes to my building that I want to make are incompatible with my building’s architectural integrity, or can it be done in a more compatible way? Consider professional help given the potential for such a project to overwhelm you (see our helpful tips on hiring a qualified contractor https://practicalpreservationservices.com/hiring-the-right-contractor/). The qualified contractor will best be able to navigate the National Park Service standards and guidelines referred to above.

Next week: PART 2 OF THIS SERIES focuses on replacement in-kind.

 

Historical buildings and houses are artifacts of the past, a visible connection to our history, and require a certain level of care beyond the basic seasonal maintenance you would perform on a newer home or building – inspecting the roof, cleaning the gutters, exterior repairs to damage caused by weather and age, as well as other tasks to keep the structure looking its best inside and outside.

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Before you can begin maintenance on your historical home, it’s a good idea to learn all you can about the structure so that you have an understanding of how the building materials and construction details function to avoid over-simplifying maintenance processes and treatments, which may result in long-term and costly damage. There are a lot of products on the market designed to cut down on the amount of time spent maintaining and repairing homes, but typically these shortcuts will cost you more in terms of damage to the original building materials, due to accelerated deterioration.

Monitoring, inspections, and maintenance should be done with safety in mind, not only to preserve the historic structure, but also to keep the people doing the work safe. It’s important to be aware of health issues associated with older buildings, such as lead-based paint, bird and other animal droppings, and asbestos. If the job looks too dangerous or you aren’t certain about how to proceed, seek professional services.

Part of the charm associated with older homes is signs of aging and wear, like patina that gives character to hardware like brass doorknockers. Take extra care to protect not only the features you are cleaning, but also the area around them. It’s also best to test procedures in a discrete location on the building to make sure the product or process will not cause extensive damage. Simple steps like masking off the area around a special feature with painters tape, or using gentle cleansers will help you avoid unnecessary damage.

As you might guess, maintaining a historic building or house can be costly. This is especially true if you have to repair damage to the original building materials. It’s a good idea to establish a budget in order to repair unexpected damage from weather and natural disasters, and to cover the basic maintenance requirements of the structure based on a seasonal schedule. If you’ve owned the house for awhile and have already implemented a schedule and kept track of regular repairs, it should be easy to plan a budget to meet the anticipated wear and tear on the structure. If possible, plan to set aside extra funds each cycle just in case there is additional unforeseen damage.

SCHEDULES, PLANS, AND CHECKLISTS

We cannot stress enough how important it is to have a schedule for regular upkeep, and checklists that will help you complete the repairs and preservation of the structure, and hopefully help limit unexpected costs. If you are a new homeowner or have little experience with the maintenance and preservation of historical buildings, it’s best to get help from professionals – either a preservation architect, preservation consultant, or a historically-based contractor – who can help you develop a written guide for maintenance. Some of the very basic elements of a plan include:

  • Schedules and checklists for inspections
  • Forms for recording work, blank base plans and elevations to be completed during inspections and when the work is done
  • A set of base-line photographs that can be added to over time
  • Current list of contractors to help with complex issues or emergencies
  • Written, step-by-step procedures for the appropriate care of specific materials, including housekeeping, routine care, and preventative measures
  • Record-keeping sections for work completed, costs, warranty cards, sample paint colors, and other information

You can keep this information in a simple three-ring binder, or use a computer database for easy updating. Everyone involved in the maintenance of a historical structure should become familiar with how the house or building should look so that they can recognize problems as they occur. By following this simple advice and making regular inspections, you can prevent unnecessary damage, maintain the original beauty and unique features, and save yourself from having to make costly repairs. 

Typically, on homes built in the mid-1800’s until the early 1900’s, the most unexpected maintenance problem deals with the internal gutter system. This is because the problem is hidden until the failure has begun. However, regular inspection and maintenance can catch the problem before it is too late, and damage is done.

First, I bet you are wondering, “what is an internal gutter system?” What we call internal gutter systems are also known as “Yankee Gutters,” or built-in, sunken, box or integral gutters. These drainage systems have been used on houses from the 1700’s through the early 1900’s, though they are most commonly found on buildings from the Victorian period. Typically, they are incorporated into the cornice along the roof line, on a porch, or bay window. The usual construction is a wood trough lined with metal. Because of the cornice trim covering the gutter, problems with the metal lining (typically the first problem – allowing water into the structural framing and eventually the trim) remains unseen until damage is spotted from the water infiltration.

Signs your system is not functioning properly include: peeling paint, moist wood, damage to the masonry (at the roof level), and plaster damage on the interior of the house (at the bay window). Unfortunately, once these symptoms are presented, there is often damage to the structural walls or ceiling, not to mention the decorative moldings of the cornice, making the repair a restoration project (replacement to match the original) rather than a preservation project (maintenance) – an expensive proposition.

One way to minimize the cost is to make sure the gutter is regularly inspected and the solder joints in the metal are properly maintained. These inspections can be done semi-annually when the gutters are cleaned of leaves and other debris.

PRO TIP: Never use roofing tar to seal the joints (rather than soldering the metal seams). This will trap the water into the wood, causing the same problems you are trying to prevent.

Some people roof over the internal gutter system and use external gutters for their water management – this is an option for saving money, but it does change the original appearance of the building by covering the decorative cornice. Further, this solution does not address the damage to the structural systems. Often, unenlightened homeowners will wrap the problem in vinyl or aluminum using the “I can’t see it, so it’s not a problem” approach to maintenance. Of course, this causes larger problems and sometimes results in losing the entire front porch.

If you have external gutters, you should regularly inspect them (semi-annually) to ensure that they are doing their job keeping water out of the house and moving it away from the foundation. If replacement becomes necessary, be sure you replace them with half-round gutters and round or rectangular downspout styles appropriate for historic buildings. NEVER replace them with K-style or corrugated downspouts.