1 ITY OF HIGO RIHR M. LEY MYOR 2009 Historic hicago Greystone Initiative
2 Table of o n t e n t s Page 1: Page 3: Page 4: Page 5: Page 6: Page 8: Introduction What is a Greystone? Greystone elt Map ommon rchitectural Styles Masonry o & on ts Porches/Entry o & on ts Page 10: Windows o & on ts Page 12: Roofs/ornices o & on ts Page 14: dditions o & on ts Page 15: Green/MEP o & on ts Page 16: Interiors o & on ts Page 17: ecorative Elements o & on ts Page 18: Fencing and Lighting o & on ts Page 19: bout the Greystone Initiative Page 20: dditional Resources Introduction G r e y s t o n e Like no other building type, Greystones define the look and character of hicago s turn-of-the-century neighborhoods. With their luminous limestone facades, vertical proportions, and intricate craftsmanship, their urbanity bolsters hicago s long standing position among merica s grandest and most elegant cities. t the same, Greystones have been residential housing workhorses, giving shelter, opportunity, and pride to generations of hicagoans. Now, after a century of service, many Greystones are in need of repairs to protect their unique architectural features, update their mechanical systems, improve their energy efficiency, and accommodate the evolving needs of contemporary homeowners. Educating homeowners about the care and preservation of Greystones is a central part of the mission of the Historic hicago Greystone Initiative. In 2007, the Historic hicago Greystone Initiative, together with NHS Redevelopment orporation, the ity esign enter at the University of Illinois at hicago, and Landon one aker rchitects, undertook the model rehabilitation of a Greystone two-flat in North Lawndale to explore how these historic homes could be modified to better meet the needs of modern residents. Lessons learned from this project were documented in the Historic hicago Greystone: User s Guide for Renovating and Maintaining Your Home, which provides guidance for anyone undertaking a moderate to extensive rehabilitation of a Greystone. uring the project, more questions about the care and maintenance of Greystones emerged than could easily be answered in one publication. dditional questions tended to fall into two broad categories: The first group focused on rehab best practices, e.g., How do I properly repair my Greystone s brick and limestone masonry? or How do I maintain my historic wood windows? The second group focused on historic preservation considerations, e.g., How do I repair or update my Greystone without compromising its distinctive architectural features or materials? The purpose of the Historic hicago Greystone Initiative s Greystone esign Guidelines ooklet is to serve as an introductory resource to help Greystone owners begin to answer these questions.
3 Introduction ont. What is a G r e y s t o n e HOW TO USE THE GREYSTONE ESIGN GUIELINES OOKLET fter more than 100 years of use, Greystones can exhibit a range of maintenance and repair needs. ommon issues include: amaged or deteriorating limestone and brick Leaking roofs amaged or deteriorating cornices, pediments, and chimneys amaged or deteriorating front porches, stairs, and entries ging windows and doors ntiquated/unsafe heating, plumbing, and electrical systems Ongoing deterioration arising from the use of improper materials or repairs (e.g., mortar that is too hard for repointing masonry or sandblasting to clean buildings). To help identify and properly treat these issues, the Greystone esign Guidelines ooklet looks at the components of a typical Greystone masonry, front porches, windows, roofs/cornices, interiors, mechanical systems. The ooklet focuses on each of these parts, providing simple o and on t guidance and illustrations to help homeowners better consider what repairs need to be made and what architectural features/materials need to be protected or preserved during the home improvement process. However, it is important to remember that Greystones are complex structures and that a particular repair issue may actually be the symptom of a larger building problem. For example, deteriorating masonry may be the result of water seeping into a wall from a leaking roof. If the masonry is fixed without identifying and repairing the leaking roof, the damage will continue, and the money that paid for the masonry repairs will have been wasted. Regular maintenance and repair are the keys to the preservation of Greystones. The Greystone esign Guidelines ooklet can aid in the planning of repair and rehabilitation projects, but its contents are by no means exhaustive. e patient and thorough in researching and planning home improvement projects (a list of additional resources is included at the end of this booklet). Seek out contractors who can demonstrate the skills and expertise needed to make proper repairs, including providing successfully repaired comparable projects and references. Greystone owners are the stewards of an architectural legacy that, with proper care and maintenance, will continue to shelter and captivate generations of hicagoans. Greystones are a unique form of residential building that defines the character of many of hicago s historic neighborhoods the same way that rownstones define neighborhoods in rooklyn, NY. The term Greystone refers to a style of construction a masonry building with a front facade constructed of edford limestone quarried from southcentral Indiana rather than a singular architectural style. Popular between 1890 and 1930, Greystones were built in a wide range of sizes (e.g., workers cottages, two flats, row houses, and mansions) and architectural motifs (e.g., Romanesque Revival, Queen nne, hateauesque, and lassical Revival/eaux rts). Regardless of size or style, a Greystone s limestone-facade was always oriented to the street, taking full advantage of the narrow frontage afforded by hicago s standard 25 x 125 lots. There are an estimated 30,000 Greystones remaining in the ity of hicago. Most Greystones are found in a Greystone elt extending roughly three to seven miles from hicago s downtown Loop (See map next page). Neighborhoods located within the Greystone elt include: ndersonville, Lakeview, Lincoln Park, Logan Square, Wicker Park, Humboldt Park, East and West Garfield Park, North Lawndale, Englewood, Greater Grand rossing, Washington Park, Kenwood, Oakland, Hyde Park, and Woodlawn. Greystones can also be found as infill buildings as far north as Rogers Park and as far south as Roseland. Prominent concentrations of Greystones are located along and adjacent to Logan oulevard, ouglas oulevard, Grand oulevard and King rive. In 2008, the Historic hicago Greystone Initiative expanded its focus to include sandstone, redstone, and brownstone-clad buildings built between 1890 and While these buildings are less common than Greystones in hicago, they share many of the same architectural and building characteristics, as well as exhibit many of the same care and maintenance needs. dditionally, sandstone, redstone, and brownstone are typically found interspersed on blocks with their limestone-clad counterparts.
4 Hermosa West Garfield Park Humbolt Park hicago g r e y smap t o n e Logan Square North Lawndale West Town East Garfield Park Lakeview Lincoln Park New ity/ack of the Yards West Englewood rmour Square Washington Park Englewood Grand lvd. ouglas Greater Grand rossing Oakland Kenwood Woodlawn Hyde Park South Shore S t y l e s rchitectural The look of most hicago Greystones is derived from a handful of architectural styles popular at the turn of the 20th century, as well as the increasingly common use of Neo-lassical ornament, such as Greek or Roman style columns and cornices, modeled on the exhibition halls built for the influential 1893 World s olumbian Exposition in hicago. Most Greystones, however, incorporated a mix of architectural styles that reflected the particular taste of the builder-developers who constructed these homes between 1890 and elow is a summary of the core features of the architectural styles that commonly influenced the design of Greystones. The summary is taken from the Style Guide provided by the ity of hicago s Landmarks ivision, and can be found on their webpage at: ROMNESQUE REVIVL Heavy, rough-cut stone walls Round arches and squat columns eeply recessed windows Pressed metal bays and turrets QUEEN NNE Rich but simple ornament Variety of materials, including wood, stone, and pressed metal Expansive porches Pressed metal bays and turrets Irregular roofline with many dormers and chimneys HTEUESQUE Vertical proportions Massive-looking masonry walls Ornate carved stone ornament High-peaked hipped roofs, elaborate dormers, and tall chimneys LSSIL REVIVL/EUX RTS Symmetrical facades Minimal use of bays, towers, or other projecting building elements lassical ornament, including columns, cornices, and triangular pediments Wide variety of materials, including brick, stone, and wood
5 Masonry o Masonry on T e it smooth or rough, stone is the defining feature of a Greystone. Regularly inspect stone and brick walls for deteriorating mortar joints, cracks, or damaged masonry units. These can be symptoms of a larger building maintenance issue such as water penetration into walls from a leaky roof, the freezing/thawing of moisture in walls from cracks and leaks, settling foundations, or previous repairs with improper materials. These larger problems should be fixed prior to making other masonry repairs prioritize primary causes of damage first. O address all deterioration of stone, brick, and mortar joints caused by leaking roofs, clogged gutters, settling/shifting foundations, or extreme weather exposure. O clean masonry only when necessary to halt deterioration or remove heavy soiling that is damaging the stone or brick. First clean masonry surfaces with lowvelocity water. If chemical cleaning is necessary, it should be performed by qualified professionals using appropriate cleaning products. O replace severely damaged masonry with matching materials. O repoint mortar joints only where there is evidence of deterioration (i.e., disintegrating mortar, cracks in mortar joints, loose bricks, non-drying damp walls, etc.). O repoint deteriorated joints with new Type O (350 psi) mortar that duplicates original in strength, color, & joint profile as closely as possible. O remove deteriorated mortar to depth of 1½ times the width of the joint to ensure adequate bond. O require masonry contractor to perform mockup or sample of any repointing or cleaning work prior to start of rehab. This establishes the accepted quality standard for entire project. Improper cleaning and repair of masonry can lead to long term damage and costly future repairs. brasive cleaning can make stone and brick more likely to stain or erode. Repointing with too strong a mortar can cause masonry units to deteriorate by trapping excess moisture in walls. hoose the gentlest and least invasive methods when making repairs. Many non-critical repair projects can be phased over time to reduce costs. ON T remove or replace any historic masonry that can otherwise be repaired. ON T paint, stucco, or seal masonry. ON T apply imitation materials such as synthetic stucco, vinyl or aluminum siding, asphalt siding, pseudo stone, or metal panels over masonry. ON T use abrasive methods, such as sandblasting, soda or grit blasting, or high pressure water washing, to clean masonry. ON T use any cleaning method that involves water or liquid chemicals when temperatures are near or below freezing. ON T repoint historic masonry with Portland cement, concrete, or masonry cement. ON T use a mortar type that is stronger than Type O (350 psi) mortar. ON T apply mortar onto the face of the stone or brick. ON T allow vines or other plant materials to grow on masonry walls. E F I N I T I O N S Mortar There are five types of mortar from strongest to weakest M, S, N, O, & K. Type O mortar is generally the best suited for a hicago Greystone. Type O mortar is 1 part cement, 2 parts hydrated lime or lime putty, and 8-9 parts sand. Repointing The process of cleanly removing existing mortar and installing new mortar. Mortar joint The mortar between two bricks or stone Joint Profile The shape of a mortar joint. Profiles include recessed, grapevine, concave.
6 Porches o & Entry Porches & Entry on T Greystone s porch is one of its most prominent and visible architectural features. The porch may consist of a simple recessed landing with wood steps and cast iron railings or an elaborate entry with steps, columns, and overhanging roof built entirely of stone. Regularly inspect porches for water damage, settling foundations, rotting wood, or metal corrosion. Maintenance and repair of historic porch elements should be a top priority: they were designed to fit the particular style of the building and can be costly to replicate or replace. ON T replace porch or entry if the repair of materials and limited replacement of historic elements is feasible and appropriate. ON T enclose porch or entries with windows, screens, siding, or additional masonry. ON T cut new entrance on primary elevation (i.e., at front/side of building where it is visible from street) or expand the size and shape of existing entry. O retain original porches, entryways, and detailing whenever possible. ON T remove original stone cheek walls or cast iron pipe railings or replace them with contemporary metal railings. O replace severely damaged or missing porches with a new porch that fits the historic look of the building. Retain and reuse original porch elements (i.e., columns, stairs, cheek walls) in the new porch whenever possible. ON T carpet or paint stone porch stairs. ON T replace historic doors and sidelights with new ones that have a different size, shape, or proportions. O retain and restore original wood doors and hardware whenever possible. O maintain existing transom, side light, and portal window openings. O install new doors and hardware of similar size, shape, design, and proportions when historic doors or hardware are damaged beyond repair. E F I N I T I O N S olumns heek wall or wing wall vertical structural or decorative feature designed to support a porch balcony. stone or brick wall that flanks an entrance, usually adjacent to porch stairs. Transom fixed or operable window located above a door or above a window. Side Light narrow window located immediately adjacent to a door. Light glazed opening in a wall or door.
7 Windows o Windows on T Windows are a key architectural feature of a Greystone that help define its visual character. Historic windows were manufactured by expert craftsman from high quality, old growth wood and other durable materials that are expensive or difficult to replicate today. These windows can often be repaired to improve operation and energy efficiency at a cost less than or comparable to that of new vinyl replacement windows. If repair is not feasible, the new window should match the design of the historic window as closely as possible. ON T replace historic wood windows that can otherwise be repaired. ON T change the number, location, size, or glazing (glass) patterns of windows. ON T remove historic art glass or leaded glass windows. ON T replace double or single-hung windows with casement, single fixed-glass picture or sliding windows. O retain and repair original window frames, hardware, and glazing (glass) whenever possible, especially on primary facades (i.e., those that can be seen from street). O keep and restore historic art glass or leaded glass windows. O re-caulk trim, replace cracked or damaged window putty, and install weather stripping to increase energy efficiency of historic windows. ON T use vinyl replacement windows on primary facades (i.e., those that are visible from the street). ON T alter the size of original window openings to fit stock windows. ON T install glass brick in-fill windows on primary facades. ON T install window air conditioners, shutters, or metal or fabric awnings on primary facades. O install new thin-profile wood or metal storm windows to increase the energy efficiency of historic windows. Storm windows should be similar in size, shape, and color to existing windows. O install new windows of similar size, shape, design, and muntin bar configuration when historic windows or hardware are damaged beyond repair. O use matching aluminum-clad wood replacement windows whenever possible, especially on primary facades, when the original wood windows are deteriorated beyond repair. ll new windows should be double-glazed, have a low-e coating, and have a minimum U-value of.35. E F I N I T I O N S asement window window sash that opens on hinges at the side. ouble-hung window window comprised of an operable lower and upper sash. Transom Profile Muntin bar fixed or operable window located above a door or above a window. The shape of a piece of trim in cross section. structural element in the sash that supports the separate panes of glass in a window with multiple lights or panes of glass. U-value Measure of the insulating value of a window. The lower the u-value the better the insulating value.
8 Roofs &ornices o Roofs on T &ornices The roof and cornice add architectural interest and, often, an additional sense of height or verticality to a Greystone. The roof is also a home s first line of defense against the elements. Therefore, routine inspection and maintenance of all roof features are critical to prevent water infiltration that can cause other costly interior and exterior problems (e.g., masonry damage, wood rot, plaster damage, and mold). ON T allow gutters and downspouts to fall into disrepair so that storm water flows directly onto masonry walls or pools against the foundation. ON T remove or replace any historic cornice materials that can otherwise be repaired ON T use imitation materials such as ryvit, vinyl or aluminum siding, or cement to repair parapet walls or cornice. O inspect flashing, copings, pediments, chimneys, dormers, and roofing materials to identify and prevent water leakage. O repair or replace metal or copper gutters and downspouts where needed. Make sure all downspouts are long enough to keep water away from foundation. ON T replace stone with brick or cement block. ON T install satellite dishes, TV antennas, etc. on cornices, pediments, or roof lines so that they are visible from the front of the building. O preserve the shape, ridge line, pitch, and overhangs of original roof. O repair original limestone, wood, or metal cornices with matching materials. O replace missing or irreparably damaged cornices with new elements that match the historic character of the building. Use new metal, wood, or stone and match new elements to the size, scale, profile, and details of historic cornice. O repair and repoint the chimney and parapet walls as needed. If rebuilding is required, use original or similar brick and stone and reconstruct to match historic design. E F I N I T I O N S ornice stone, metal, or wood band, often decorative, running horizontally along the upper edge of a building. ormer structure projecting from a sloping roof, usually containing a window. Parapet That portion of any exterior wall that extends above the roof line, usually decorative in nature. oping The cap or top masonry course of a wall, usually of stone or terra cotta, set to shed water. Flashing Sheet metal, usually galvanized steel, terne, copper, or lead, used to transition between a horizontal surface and a vertical or sloped surface in order to shed water. Typical joints include roof-valleys, roof-to-chimney joints, and roof-to-parapet joints.
9 dditions o & on T Mechanical Systems Energy & water Greystones sometimes need additional space to accommodate expanding families, a home business, or more room to entertain guests. n addition can be a suitable way to add this space as long it does not overshadow the design, scale, and character of the original home or surrounding streetscape. efore constructing any addition, carefully consider your additional space, storage, and accessibility needs. Then determine if these needs can first be met by reworking underused interior spaces (e.g., attics and basements) or expanding into the rear yard. O locate additions on the rear or least character defining elevation of the building. o O build additions that are compatible with the building s original mass, height, materials, proportion, and roof shape. O match window openings, trim, doors and other details as close as possible to the original building. Mechanicals are defined as plumbing, heating, air conditioning, and electrical systems. These systems help regulate the comfort of a Greystone and should be updated to meet current code regulations. Ideally, new systems should be as energy and/or water efficient as possible. o O conduct home energy assessment/blower door test to identify air leaks, inadequate insulation, and inefficient mechanical systems. omplete all recommended air sealing, insulation, and system upgrades to increase home energy efficiency and lower utility costs. O replace antiquated or inefficient furnaces, boilers, hot water heaters, and air conditioners with new EP Energy Star -rated models. O install central or high velocity air conditioning within existing walls and ceilings. O replace existing fuse box with circuit breakers. on T ON T build additions that are visible from the primary facade (i.e., visible from the street). O upgrade electrical wiring to meet current municipal building code. O replace antiquated toilets, faucets, and showerheads with water-conserving fixtures. O replace existing lead water main to the house with copper. ON T build additions that obscure, damage, or destroy the character-defining features of the original building. O replace interior water supply and waste water piping to kitchen and bathrooms. O add floor drains in the basement. O add drain tile around the house as needed. ON T add new electrical appliances and fixtures without increasing power capacity, upgrading wiring, and updating existing fuse box as needed. on T
10 Interiors o & on T ecorative Elements o & on T Like the exterior, a Greystone s interior reflects a range of architectural styles popular between 1890 and When preserved, these historic interiors can highlight how people lived when the home was originally built. However, there is often a need to update Greystone interiors to accommodate changes in technology, lifestyles, and peoples needs (e.g., accessibility) The following principles offer guidance on how to update a Greystone s interior, while preserving the home s o characteristic details. Greystones feature a diverse array of stone and metal decorative elements. These elements, such as elaborate carvings or copper-clad bays, add visual interest and distinctiveness to the design of each home. Like historic windows, they were often produced by expert craftsman from high quality materials and are now difficult or prohibitively expensive to replicate. Therefore, special attention should be paid to the inspection, maintenance and repair of all decorative elements. o O preserve primary (in other words, significant) spaces that define the overall historic character of the building, such as entry vestibules, stair halls, dining rooms, living rooms, and parlors. O retain and restore historic interior decorative features and detailing such as molding and trim, staircases, interior doors and hardware, columns, built-in cabinets/storage, fireplace mantles, steps and railings, and flooring. O rehab and modernize kitchens and bathrooms to meet contemporary code, energy/water efficiency, and accessibility needs. O retain and repair all historic stone decorative features, including columns, window and door surrounds, ornamental carvings, and stone planters. O retain and repair all historic decorative metal features, including pressed metal cornices or panels, bay window openings, ornamental downspouts, and window grills. O replace missing or irreparably damaged decorative features with matching materials based on historic photographs or physical remnants of original. O rehab attics or basements to provide additional living space. on T on T ON T damage or dispose of historic features that can be reused or reinstalled during course of rehabilitation (e.g., after installing new wiring or plumbing lines) ON T remove any historic decorative feature that could otherwise be retained and repaired. ON T add any new decorative features (e.g., planters or statues) that do not fit the historic character of the building. ON T strip walls of historic plaster finish to expose brick or stone as finish material ON T relocate staircases or add or remove walls in the significant or primary rooms.
11 Fencing & Lighting o & on T Fencing and lighting can add beauty and definition to the larger site occupied by a Greystone. In the front yard, for example, fencing helps separate the home from the busier realm of street and sidewalk, while proper lighting welcomes visitors and enhances visibility without flooding the surrounding area with excess light. o O retain historic wrought or cast iron fencing, gates and detailing whenever possible. O install metal fencing that fits the size, proportions, and placement of historic fencing on the street or in the neighborhood if a new fence is needed. O install, if necessary, metal security grilles (e.g., for basement windows) that are minimally visible or otherwise fit the historic character of the building. O install new or vintage entry light fixtures that fit the historic character of building. Use compact fluorescent (FL) bulbs in all light fixtures to reduce energy use. on T ON T install vinyl, wood, or chain link fencing in front or side yards. ON T install metal mesh security gates over windows. ON T install unshielded light fixtures that cast unnecessary light on neighboring buildings. bout the Historic hicago Greystone Initiative The Historic hicago Greystone Initiative is a unique partnership between Neighborhood Housing Services of hicago (NHS), the ity of hicago, neighborhood residents, architecture and historic preservation organizations, and academic institutions aimed at preserving, restoring, and modernizing the ity s Greystone residential buildings. Launched in September 2006, the Historic hicago Greystone Initiative is an outgrowth of NHS North Lawndale program and offers hicago residents technical assistance and affordable financial resources to help them rehab an owner-occupied Greystone residence. The Historic hicago Greystone Initiative is founded on the belief that preservation and rehabilitation of these ornate, limestone-clad homes can help strengthen pride in neighborhoods, celebrate a unique architectural gem, and spur additional revitalization based upon a community s heritage and culture. Funding support for the Historic hicago Greystone Initiative is provided by the ity of hicago, the Richard H. riehaus Foundation, the Steans Family Foundation, and JP Morgan hase Foundation. These guidelines are made possible through generous grants from the harles Evans Hughes Foundation Preservation Fund of the National Trust for Historic Preservation, the Graham Foundation for dvanced Studies in the Fine rts, and the assistance of the Midwest Office of the National Trust for Historic Preservation and the Illinois Historic Preservation gency.
12 TEHNIL RESOURES dditional Resources The Historic hicago Greystone: User s Guide for Renovating & Maintaining Your Home Produced by the Historic hicago Greystone Initiative and the ity esign enter at the University of Illinois at hicago, the book is a baseline resource for rehabbing and maintaining a historic Greystone. vailable at mazon.com or through the University of hicago Press The Secretary of the Interior s Standards for the Treatment of Historic Properties The Secretary of the Interior s Standards provide guiding concepts for protecting historic buildings, sites, structures, and districts. They address such issues as maintaining, repairing, or replacing historic materials, as well as designing new additions or making alternations. Preservation riefs Produced by the National Park Service s Technical Preservation Services, Preservation riefs provide topical best practices for preserving, rehabilitating, and restoring historic buildings. GOVERNMENT HISTORI PRESERVTION GENIES ity of hicago Landmarks ivision 33 North LaSalle Street, Suite 1600, hicago, Illinois (312) Illinois Historic Preservation gency 1 Old State apitol Plaza Springfield, IL HISTORI PRESERVTION VOY GROUPS National Trust for Historic Preservation (Midwest Office) 53 West Jackson oulevard, Suite 350, hicago, Illinois (312) LL The Historic hicago Greystone Initiative at WRITE Historic hicago Greystone Initiative Neighborhood Housing Services of hicago 3555 West Ogden venue hicago, Illinois EMIL VISIT Our website Landmarks Illinois 53 West Jackson oulevard, Suite 1315, hicago, Illinois (312) Preservation hicago 4410 North Ravenswood venue, hicago, Illinois (773)
GUIDELINES FOR REHABILITATION OF TRADITIONAL COMMERCIAL BUILDINGS DESIGN GUIDELINES PAGE 13 DESIGN GUIDELINES The following design guidelines have been developed to guide appropriate design in the Downtown
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DESIGN GUIDELINES FOR UTILITY METERS D.C. HISTORIC PRESERVATION REVIEW BOARD Introduction Utility meters are a necessary component for any building. When older buildings were originally provided with utility
Vision Home Inspection 324 Rams Run Shepherdsville KY 40165-7877 Inspector: James McFadden Property Inspection Report Client(s): Property address: Inspection date: View report summary This report is the
City of Bethlehem, Pennsylvania South Bethlehem Historic Conservation Commission D ESIGN G UIDELINES The historic Kreidler Buildings have been adapted for use by new businesses. Even though the new businesses
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Planning & Building Control Division Design Guidance 1 East Ayrshire Planning Design Guidance Householder Development 1 EAST AYRSHIRE PLANNING: DESIGN GUIDANCE Design of the built environment can affect
City of Treasure Island FEMA Cost Breakdown Worksheet For Substantial Improvement / Damage Property Address: Company Name: Contractor Name: Contractor Address: City: State: Zip: License Number: Phone Number
Classification: Cluster: Location: Total Area: No. of Stories Aquarium Acreage Owned: Acquired: 1904 Most Recent Improvements: THE AQUARIUM Close to junction of Inselrhue and Loiter Way, Belle Isle Two
Supplementary Planning Document to the High Peak Local Plan June 2011 Design Brief for the Town Hall Complex GILLESPIES I GERALD EVE Reproduced from the Ordnance Survey map with the permission of Ordnance
KPA The Joint Venture of EBA Engineering, Inc. and Kennedy Porter & Associates, Inc. 4813 Seton Drive, Baltimore, MD 21215 Phone: (410-358-7171) Fax: (410)358-7213 Building Condition Assessment: Baltimore,
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Standards for Rehabilitation & Guidelines for Rehabilitating Historic Buildings Rehabilitation is defined as the act or process of making possible a compatible use for a property through repair, alterations,
A bout your HOUSE before you start Repairing And Replacing Materials Exterior Walls CE 28 h Exterior finish materials are expected to protect the house from the elements while providing an attractive appearance.
1 The House Address: Number of floors: Listing price: Basement? Property tax: Outdoor space? Eugh closet space? Style: Eugh storage space? Square footage: Room for expansion? Number of bedrooms: What appliances
D Sample Notices to Property Owners, Sample Affidavits, and Other Material These samples are offered to illustrate specific points in the Desk Reference. States and communities should examine them carefully
Guidelines for Windows and Doors WINDOWS AND DOORS Windows and doors typically comprise at least one quarter of the surface area of exterior walls of most historic buildings. Windows and doors, in addition
KPA The Joint Venture of EBA Engineering, Inc. and Kennedy Porter & Associates, Inc. 4813 Seton Drive, Baltimore, MD 21215 Phone: (410-358-7171) Fax: (410)358-7213 Building Condition Assessment: Baltimore,
Cleveland Cuyahoga County Healthy House Project Training Integrating Healthy Housing Considerations into Weatherization Inspections Jim LaRue Joint inspections for housing health hazards Weatherization
This report presents the findings and recommendations of the assessment of energy use and environmental stewardship of Arlington Street Church, Boston, MA. As stewards of the earth it is important that
Standards for Window Replacement A GUIDE TO APPLYING FOR A WINDOW REPLACEMENT PERMIT SAN FRANCISCO PLANNING DEPARTMENT APRIL 2010 ORGANIZATION: This document is divided into two sections: Frequently Asked
INITIAL YEAR BUILT 1970 BUILDING AREA 98,200 SF CURRENT PROGRAM CAPACITY 332 ENROLLMENT 2008 387 WARD 5 PROPOSED PROGRAM CAPACITY 750 Site Plan BUNKER HILL - 1 PROPOSED PROGRAM PROFILE GRADE CONFIGURATION
Texas Main Street Design Services: Case Studies from Main Street Cities 1717 7 th, Fat Grass Restaurant, Bay City Rendering Key Recommendations from Texas Main Street Design Center After removal of the
SCOPING GUIDELINES 1.0 GENERAL GUIDELINES 2.0 BUILDING ENVELOPE SCOPING GUIDELINES 3.0 CATEGORIES AND COMPONENTS: The Flood Elimination/Below Grade Capital Category may include some or all of the following
Members Mark McIntire, Chair Ross Buffington, Vice Chair Edward Echtle Ken House Imad Al Janabi, PhD. Fred King Megan Luce Bret Maddox, S.E. Ha Pham Pamela Sundell Kathryn Longwell, North Slope Ex-Officio
BUDGETING The budgeting information provided is offered for rough estimating purposes. We have provided you with typical life expectancies where possible. For specific quotes, contact at least three appropriate
CITY OF SHAKER HEIGHTS HOUSING INSPECTION DEPARTMENT 3450 LEE ROAD SHAKER HEIGHTS, OHIO 44120 (216) 491-1470 POINT OF SALE CERTIFICATE OF INSPECTION Notice Issued: November 10, 2011 File: 2011-0441 To:
REQUEST FOR PROPOSALS FOR: THE PURCHASE AND RENOVATION OF ADJOINING PROPERTIES AT 200/240 SOUTH 16 TH STREET ORD, NEBRASKA BY: THE COMMUNITY DEVELOPMENT AGENCY OF THE CITY OF ORD JULY 2014 A. STATEMENT
Roof Siding Chimney Doors and Windows Building Maintenance Repair and restoration of interior damage caused by roof leak; repair or replacement of structural supports under the roof decking and sheathing
Section 4: Historic Preservation Principles & Approaches four section Historic Preservation Principles and Approaches Before any preservation project is begun, a number of fundamental decisions need to
Slavic Village Building Condition Review Slavic Village Development May 8, 2015 Page 1 EXECUTIVE SUMMARY City Architecture was commissioned by Slavic Village Development to review five existing facilities
#1) BEFORE Purchasing Land Here Is A Checklist Of Things You Should Check Zoning laws Deed restrictions on home size, foundation style, roof pitch, etc. Suitability (slope, wetland issues, etc.) Accessibility
16.20.110 - Industrial Suburban District ( IS ) Figure REFERENCE Typical Buildings in the IS District Figure REFERENCE Site Plan of a typical development in the IS District Sections: 188.8.131.52 Composition
PROPERTY INSPECTION OR ASSESSMENT OF DAMAGES ADDRESS: Somewhere, FL CLIENT: GAIA GC ID No: 2015000 DATE: 12/31/2015 INSPECTION OR ASSESSMENT BY: GAIA CONSTRUCTION INC. CGC 1516136 FLORIDA HI-2792 FLORIDA
2 A r c h i t e c t u r a l C h a r a c t e r 2.1 Introduction Development within the corridor is not required to be any one architectural style but should incorporate elements from one of the following