The Shadowood House is part of a farm that has been in the client's family for generations. At the beginning of the process, the clients were living in a house (where this one now sits) that had been through addition after addition, making the spaces feel cramped and non-cohesive. They wanted a space for family gatherings, that was a modern take on a simple farmhouse. The clients wanted a house that feels comfortable for their children and grandchildren, but also enables them to age-in-place. In short, they wanted a house that would offer generations to come a place to feel at home. Josh Partee AIAP, ASMP, LEED AP / Architectural Photographer

Hasan Ali's Apartment Interior Design – Pallabi, Mirpur, BD InteriorArt Ltd is currently completing a 1,748 sqft residential interior design and renovation project for Mr. Hasan Ali in Pallabi, Mirpur — one of Dhaka's busier residential pockets where older apartment layouts often no longer match how families actually live today. This project is a strong example of our approach to home interior design: not just decorating existing rooms, but rethinking the floor plan itself to solve real everyday problems. Rebuilding the Layout The original apartment had four bedrooms, but the layout felt tight and disconnected. Rather than preserving every room by default, our design team made the call to remove one bedroom entirely, freeing up space to give the remaining rooms — and the shared living areas — room to breathe. This kind of structural rethinking is central to how we approach every residential interior design project, where the floor plan matters as much as the finishes. A Hotel-Style Master Suite The bathroom adjoining the primary bedroom was expanded and merged into the sleeping area, creating a single connected master suite. This upgrade reflects our broader bedroom interior design philosophy — treating the bedroom not as an isolated box, but as part of a larger, more functional living experience. A Kitchen Built for Dhaka's Climate The kitchen was rebuilt from scratch with an efficient galley layout and premium, low-maintenance finishes — a necessity in Bangladesh's humid conditions where materials face constant wear. You can see how this fits into our wider kitchen interior design approach, where every cabinet run and work surface is planned around how a family actually cooks, not just how it photographs. One Consistent Design Language Across the drawing room interior design and dining room interior design, we carried a unified neutral material palette — flooring, wall tone, and finish quality — so the apartment reads as one cohesive home rather than a set of unrelated rooms stitched together. The Result What began as an aging, awkwardly divided apartment is becoming a light-filled, modern home with a layout that genuinely supports daily family life. Completed on a 70-day build schedule, the project reflects InteriorArt Ltd's structured, end-to-end process — from first site visit through 3D visualization, material selection, and final handover. Explore more of our work across Dhaka on our residential portfolio, or browse our full interior design services to see how we approach projects like this one from concept to completion.

Tropical Pool Landscape
Inspiration for a large tropical partial sun courtyard gravel water fountain landscape in Tampa.

Every year, the same thing happens. The first real snowfall arrives, demand for de-icing materials spikes overnight, and the businesses that waited too long find themselves scrambling for supply at the worst possible moment. Facility managers, property owners, contractors, and municipalities all depend on a steady supply of salt and ice melt to keep their properties safe and operational through winter. The ones who plan ahead sail through. The ones who don't pay more, wait longer, and take on real risk. Sourcing de-icing materials well is not complicated, but it does require thinking ahead and understanding the options. The choices you make about what to buy, how to buy it, and who to buy it from have a direct effect on your costs, your reliability, and your ability to keep people safe when conditions turn dangerous. This article lays out what matters. Why Your Choice of Supplier Matters More Than You Think It is easy to treat de-icing material as a commodity, something you grab whenever you need it without much thought about where it comes from. That works fine until the moment it doesn't, usually in the middle of a storm when everyone needs supply at once and the casual sources have run dry. At that point, the relationships you built before the season become the difference between staying stocked and being stuck. Reliable supply is the whole game in winter operations. A property that runs out of ice melt during a storm faces safety hazards, liability exposure, and disruption, none of which can wait for a back-ordered shipment. This is why establishing relationships with dependable rock salt suppliers before the season starts is one of the smartest moves a facility manager or contractor can make. It locks in supply, often locks in better pricing, and removes a major source of mid-winter stress. The lesson here is to treat sourcing as a planning decision rather than a last-minute errand. The businesses that come through winter smoothly are almost always the ones that secured their supply chain early, chose suppliers who could actually deliver when it counted, and never had to gamble on finding material during a shortage. Reliability bought in advance is far cheaper than scarcity paid for in a crisis. Bagged or Bulk: Matching the Material to the Job One of the first practical decisions is whether to buy de-icing material in bags or in bulk, and the right answer depends entirely on the operation. Each format has clear advantages, and many operations end up using both for different purposes. Bagged material offers convenience, control, and easy storage. It is simple to handle, easy to distribute to different locations or crews, straightforward to store without special equipment, and convenient for spot application by hand. It suits smaller properties, businesses without bulk storage, and situations where portion control and tidiness matter. Bulk material, on the other hand, tends to make sense for large operations that go through high volumes, where buying in quantity lowers the per-unit cost and the operation has the equipment and space to store and handle it. The tradeoff is between the convenience and flexibility of bags and the volume economics of bulk. For many operations, the right approach is a mix: bulk for the high-volume core of the work and bags for flexibility, spot treatment, and locations where bulk handling is impractical. The key is to match the format to how the material will actually be stored, moved, and applied, rather than defaulting to one or the other out of habit. Thinking this through in advance avoids both the waste of over-buying bulk you can't handle and the expense of relying entirely on bags for a large operation. Rock Salt Is Not Your Only Option Rock salt, or sodium chloride, is the workhorse of winter de-icing for good reason. It is effective, widely available, and cost-efficient, which makes it the default choice for most operations most of the time. But it has limits, and understanding the alternatives helps you choose the right material for the conditions you actually face. The most important limitation is temperature. Rock salt becomes less effective as temperatures drop, and in genuinely cold conditions it can struggle to do the job at all. This is where alternatives come in. Calcium chloride, for instance, works at much lower temperatures than rock salt and acts quickly, which makes it valuable when conditions are severe or when fast melting matters. Operations that face hard freezes or need dependable performance in extreme cold often keep calcium chloride for sale on hand for exactly those situations, using it alongside rock salt rather than instead of it. The practical approach is to understand the conditions your property faces and stock accordingly. For many operations, rock salt handles the bulk of the work while a faster, colder-rated material like calcium chloride covers the extreme days when ordinary salt falls short. Matching the material to the temperature and the urgency of the situation is what separates an operation that stays ahead of winter from one that is constantly reacting to it. Securing Your Supply Before the Season Knowing what to buy is only half the equation. The other half is making sure you can actually get it when you need it, which means securing your supply before winter arrives rather than after it has already started. Timing is one of the most underrated factors in winter operations. The logic is simple. Demand for de-icing materials is highly seasonal and spikes sharply during storms, when everyone needs supply simultaneously. Prices and availability both move against the buyer at exactly those moments. By contrast, planning ahead, estimating your needs and arranging supply before the season, puts you in a far stronger position. Working with established rock salt suppliers ahead of time means your material is accounted for before the rush, often at better pricing and with the confidence that it will be there when the first storm hits. This kind of planning also lets you think clearly rather than react under pressure. You can estimate your seasonal needs based on your property and past winters, decide on the right mix of materials and formats, and arrange storage in advance. Operations that do this consistently spend less, worry less, and never find themselves making frantic calls during a storm. The effort of planning ahead is modest, and the payoff in reliability and cost savings is substantial. Storing and Handling What You Buy Securing supply is not much use if the material degrades before you can use it, which makes proper storage and handling an important and often overlooked part of the equation. De-icing materials are sensitive to moisture, and poor storage can turn a good supply into a clumped, hardened mess that is difficult to apply. The fundamentals are straightforward. Keep material dry and protected from moisture, since salt and ice melt readily absorb water and can harden if exposed. Store it in a way that suits the format, whether that means a proper bulk storage area or a dry space for stacked bags. Keep it accessible, so crews can get to it quickly when a storm hits and time is short. And handle it with the right equipment for the format and volume, which protects both the material and the people working with it. None of this is complicated, but neglecting it can undermine even a well-planned supply. Good storage practices protect the investment you made in securing supply early. There is little point in arranging your materials ahead of the season only to have them degrade before use. Treating storage and handling as part of the overall plan, rather than an afterthought, ensures that the material you secured is actually usable when the moment comes. It is the final link in a supply chain built to perform under winter conditions. Estimating How Much You Actually Need One question trips up operations of every size: how much de-icing material to buy. Order too little and you risk running short during a storm. Order too much and you tie up money and storage space in material you may not use. Getting the estimate reasonably right is a meaningful part of sourcing well. Several factors shape the answer. The size and type of the areas you treat, sidewalks, lots, entrances, and drive lanes, set the baseline for how much material each application consumes. The local climate matters too, since colder regions and those with frequent snowfall go through far more material than milder ones. Application frequency depends on how often storms hit and how quickly surfaces need to be cleared, which varies with the kind of property and the expectations of the people who use it. And the type of material plays a role, since different products are applied at different rates. Past experience is often the best guide. Operations that track what they used in previous winters, adjusted for the size of the property and the severity of the season, can estimate their needs with reasonable confidence. For newer operations without that history, it helps to plan conservatively and to work with a supplier who can replenish stock reliably, so that a low estimate does not turn into a mid-storm shortage. The goal is not perfect precision but a sound, slightly cautious estimate paired with a dependable supply relationship. That combination lets an operation keep enough material on hand to handle the season without over-committing to volume it cannot store or use. Thinking this through before winter, rather than guessing during it, is one more way that planning ahead pays off when the snow starts to fall. The Bottom Line Sourcing de-icing materials well comes down to a few straightforward principles: plan ahead, choose reliable suppliers before the season, match your materials and formats to your actual needs and conditions, and store what you buy properly. The operations that follow these principles move through winter with confidence, while those that improvise pay more and take on needless risk. Winter is predictable in one respect: it arrives every year, and demand for de-icing material spikes the moment it does. The businesses that prepare for that reality, rather than being surprised by it, are the ones that keep their properties safe, their costs controlled, and their operations running no matter what the season throws at them. A little foresight before the first snowfall pays off through every storm that follows.

Ever notice how your iron fence looks worse every spring after Chicago winters? That steady seasonal decline is not inevitable - it is a preparation and coating problem that Windy City Painters solves with systematic metal restoration. PROJECT OVERVIEW Iron fence painting in Chicago requires more than a fresh coat of paint. Chicago's freeze-thaw cycles, road salt exposure, and high seasonal humidity create conditions that destroy inadequately prepared metal coatings within a year or two. Windy City Painters approaches every iron fence project as a corrosion control job first and a painting job second. The result is a finish that holds up through multiple Chicago winters without peeling, bubbling, or allowing rust to spread beneath the surface. MAterials AND PRODUCTS Windy City Painters selects products specifically rated for ferrous metal in high-corrosion environments. For rust conversion, we use Ospho phosphoric acid treatment or Corroseal water-based rust converter, both of which chemically transform active rust into a stable iron phosphate compound. For priming and finish coats, Rust-Oleum DTM and Sherwin-Williams DTM rust-inhibitive direct-to-metal coatings provide excellent adhesion, flexibility, and moisture resistance. These products are formulated to expand and contract with metal through temperature swings without cracking. THE PROCESS Step 1 - Mechanical Surface Preparation: Wire wheel grinding and needle gun descaling remove all loose rust, failing paint, and mill scale. This step is non-negotiable. No rust-inhibitive coating performs correctly over contaminated or loosely adhered substrate. Windy City Painters treats this phase as the foundation of the entire project. Step 2 - Rust Conversion Treatment: Ospho or Corroseal is applied to any remaining rust after mechanical prep. These products do not simply cover rust - they react with iron oxide to create iron phosphate, a chemically stable surface that accepts primer without ongoing corrosion underneath. Contact time and full surface saturation are critical. Step 3 - Rust-Inhibitive Priming: Rust-Oleum DTM or Sherwin-Williams DTM rust-inhibitive primer is applied by brush to ensure full penetration into ornamental details, crevices, and rail joints where moisture collects. Spray application alone misses critical contact points on older Chicago ironwork. Step 4 - Finish Coat Application: Two finish coats of Rust-Oleum DTM or Sherwin-Williams DTM topcoat deliver color saturation, UV stability, and a hard film that resists chipping from foot traffic, landscaping equipment, and seasonal debris impact common to Chicago urban properties. CHICAGO-SPECIFIC CHALLENGES Chicago iron fences face a combination of stressors that accelerates failure compared to milder climates. Road salt spray migrates well beyond the street surface and deposits chlorides on fence metal throughout winter. Freeze-thaw cycles - sometimes occurring multiple times in a single week - expand and contract metal enough to crack coatings that lack flexibility. Older ornamental iron on greystones, Victorian brownstones, two-flats, and courtyard buildings often has decades of paint buildup that must be addressed before any restoration coating will perform correctly. WHAT TO EXPECT LONG-TERM A properly prepared and coated iron fence painted by Windy City Painters typically performs five to seven years before requiring recoating in Chicago conditions. Annual spring inspection for salt residue, minor touch-up of any chips within the first season, and a light rinse to remove winter road chemicals all extend coating life. Structural rust that has compromised rail integrity should be addressed by a welder before painting - Windy City Painters identifies these conditions during initial assessment. PRO TIPS Tip 1: Never paint over rust without a conversion treatment first. Paint applied over active rust creates a sealed environment where corrosion accelerates invisibly until the coating fails completely. Tip 2: Budget for welded repairs on iron fences older than twenty-five years. Ornamental iron on Chicago historic properties often has pitting or section loss that painting alone cannot address structurally. Tip 3: Time your iron fence painting project for late spring or early fall when temperatures stay consistently above fifty degrees overnight. DTM coatings need adequate cure time before the first freeze to achieve full hardness. Call Windy City Painters to schedule your iron fence assessment at windypainters.com. FAQ Q: What is the cost of iron fence painting in Chicago? A: Iron fence painting cost in Chicago varies by linear footage, rust severity, and ornamental complexity. Windy City Painters provides free on-site estimates so you receive an accurate number before any commitment is made. Q: Do you need to remove all old paint before repainting an iron fence? A: Not always. Windy City Painters assesses existing coating adhesion. Sound paint in good condition can remain. Peeling, bubbling, or paint over active rust must be removed for the new coating to perform correctly. Q: Can structural rust on an iron fence be repaired without replacing the fence? A: Depends on severity. Surface and moderate rust responds well to conversion treatment and DTM coatings. If rust has caused section loss or structural weakness, Windy City Painters recommends a welder address those areas before painting. Q: How long does iron fence painting take? A: Most residential iron fence projects take one to three days including prep, rust conversion, priming, and two finish coats. Windy City Painters sequences cure time between coats to ensure full adhesion at every stage. Q: What is the best paint for iron fences in Chicago? A: Rust-Oleum DTM and Sherwin-Williams DTM rust-inhibitive coatings are among the best options for Chicago iron fences due to their flexibility, moisture resistance, and ability to handle freeze-thaw temperature swings without cracking. Q: Is it worth painting an old iron fence or should I replace it? A: Painting is almost always more cost-effective than replacement for structurally sound iron. Windy City Painters assesses every fence honestly and only recommends replacement when restoration would not deliver a durable result. Q: How do I find a reliable iron fence painting contractor near me in Chicago? A: Look for contractors who specify rust conversion products by name, explain their mechanical prep process, and provide references from similar Chicago properties. Windy City Painters documents every step and warranties our work.

Pepper plants are a delightful addition to any garden, offering a vibrant burst of color and spice to your culinary creations. However, even experienced gardeners can encounter challenges when growing pepper plants. In this blog, we'll explore some common issues you might face and provide practical solutions to help your pepper plants thrive. 1. Slow or Stunted Growth Issue: Slow or stunted growth in pepper plants can be discouraging, but there are specific steps you can take to address this issue effectively. Solution: a. Soil Health: - Well-Draining Soil: Ensure your pepper plants are in well-draining soil to prevent waterlogged roots, which can inhibit growth. - Organic Matter: Incorporate plenty of organic matter, such as compost or well-rotted manure, into the soil to improve its texture and nutrient content. - pH Level: Test the soil pH and adjust it to the ideal range between 6.0 and 6.8 using lime or sulfur as needed. b. Fertilization: - Balanced Fertilizer: Use a balanced, slow-release fertilizer designed for vegetables to provide essential nutrients steadily throughout the growing season. - Compost: Amend the soil with compost to enhance nutrient availability and soil structure. This can promote healthier growth. c. Watering: - Consistent Moisture: Maintain consistent soil moisture levels by watering your pepper plants regularly but avoid waterlogging. Aim for 1-2 inches of water per week, adjusting based on your local climate and weather conditions. - Mulching: Apply mulch around the base of the plants to retain soil moisture and regulate temperature. 2. Yellowing Leaves Issue: Yellowing leaves can be a sign of various underlying problems, but addressing them promptly can restore the vibrancy of your pepper plants. Solution: a. Nutrient Deficiencies: - Balanced Fertilization: Use a well-balanced fertilizer that includes micronutrients to address nutrient deficiencies. - Specific Nutrients: If you suspect a particular deficiency, such as magnesium, iron, or nitrogen, apply the appropriate nutrient supplement following package instructions. b. Pest and Disease Control: - Pest Inspection: Regularly inspect the leaves and stems for common pests like aphids and mites. Remove affected leaves and treat with organic pesticides if necessary. - Disease Management: Look out for signs of diseases like bacterial leaf spot or fungal issues. Apply organic fungicides or bactericides as recommended. 3. Blossom Drop Issue: When pepper plants drop their blossoms prematurely, it can hinder fruit development and lead to disappointment. Solution: a. Temperature Control: - Stable Temperatures: Ensure your pepper plants are exposed to consistent temperatures between 70°F and 80°F (21°C to 27°C) during flowering. Avoid sudden temperature fluctuations by providing shelter or using row covers. b. Pollination: - Assist with Pollination: If growing peppers indoors or in a greenhouse, help with pollination by gently shaking the plants or using a small brush to transfer pollen between flowers. Outdoor pepper plants are usually pollinated by insects. 4. Wilting Plants Issue: Wilting or drooping pepper plants can be a sign of various problems, but proper care can revive them. Solution: a. Watering: - Consistent Moisture: Adjust your watering routine to keep the soil consistently moist but not waterlogged. Water early in the day to prevent fungal issues. - Drainage: Ensure proper soil drainage by amending the soil or using raised beds to prevent waterlogged roots. b. Pest Control: - Pest Inspection: Examine the undersides of leaves for signs of pests like aphids, spider mites, or whiteflies. Treat infestations promptly with biological insecticides. 5. Curling Leaves Issue: Curling or misshapen leaves indicate stress in pepper plants, which can be caused by various factors. Solution: a. Environmental Stress: - Stable Conditions: Ensure your pepper plants are in an environment with stable humidity, temperature, and adequate air circulation. Avoid sudden changes in conditions. - Proper Ventilation: Adequate air circulation can reduce humidity and prevent fungal issues. b. Pest and Disease Management: - Pest Inspection: Regularly inspect your plants for pests and diseases, addressing them promptly with organic remedies as needed. 6. Sunscald Issue: Sunscald can lead to discolored, leathery patches on pepper fruits when exposed to intense sunlight. Solution: a. Shade Cloth: - Sun Protection: Shield your pepper plants from harsh sunlight during the hottest part of the day using shade cloth or by planting them where they receive some filtered sunlight. b. Pruning: - Fruit Shading: Prune excess foliage to allow better fruit shading, reducing the risk of sunscald. Ensure that there's a balance between foliage and fruit. 7. Pepper Plant Pests and Diseases Issue: Aphids, mites, whiteflies, and various diseases can affect pepper plants, but you can manage them effectively. Solution: a. Regular Inspection: - Vigilant Monitoring: Regularly inspect your pepper plants for signs of pests or diseases, paying close attention to the undersides of leaves and stems. b. Organic Remedies: - Pest Control: Use organic remedies like neem oil, insecticidal soap, or diatomaceous earth for pest control. - Disease Management: Apply organic fungicides or bactericides as recommended to manage diseases like powdery mildew or bacterial spot. While growing pepper plants can present various challenges, these common issues are manageable with the right knowledge and care. Regular monitoring, proper soil preparation, and timely intervention can help you enjoy a bountiful harvest of vibrant, spicy peppers. Remember that gardening is a learning experience, and each challenge you face is an opportunity to improve your skills and enjoy the rewards of homegrown peppers in your favorite dishes.

An ordinary backyard in Park Slope was transformed by defining the space with a change of level, and the use of brick and bluestone to provide seating, eating and hammock areas. Romantic, soft plantings are designed for lushness and seasonal interest.

Downers Grove Pond With Stream
This is an example of a traditional backyard pond in Chicago.

ver look at your iron fence and wonder how rust crept up so fast? For homeowners across Chicago's North Side and Near West Side, that moment of recognition often comes too late. Windy City Painters built this project guide to help you understand exactly what a professional iron fence restoration involves, what products matter, and what Chicago's climate demands from every coat of paint applied to exposed metal. PROJECT OVERVIEW This iron fence restoration involved a multi-unit property featuring an ornamental iron perimeter fence typical of Chicago's greystone and courtyard building streetscape. The fence presented moderate-to-severe surface rust, multiple areas of paint delamination, and two sections with deep pitting requiring needle gun descaling before any coating could be applied. The goal was full rust remediation and a durable topcoat finish built for Chicago's demanding climate. Windy City Painters completed the project in two days with zero damage to surrounding hardscape. MATERIALS AND PRODUCTS Ospho Rust Converter - A phosphoric acid-based treatment that chemically transforms iron oxide into iron phosphate, halting active corrosion before primer is applied. Essential on Chicago iron exposed to decades of salt air and freeze-thaw cycling. Corroseal Rust-Inhibitive Primer - A water-based latex primer with built-in rust inhibitors, applied over converted surfaces to seal and prepare metal for topcoating. Sherwin-Williams DTM Acrylic Coating - Direct-to-Metal formulation delivering exceptional adhesion, flexibility, and corrosion resistance. Available in satin and semi-gloss, ideal for ornamental iron fence painting across Chicago properties. THE PROCESS Step 1 - Mechanical Surface Preparation: Wire wheel grinding with angle grinder attachments removed all loose rust scale, failing paint, and surface contamination. Heavily pitted sections received needle gun descaling to expose clean stable metal beneath. This step determines everything. No primer or topcoat performs correctly over compromised metal, regardless of product quality. Windy City Painters treats prep as the primary investment on every iron fence project. Step 2 - Rust Conversion: Ospho was applied liberally to all areas showing active rust. The phosphoric acid reaction was allowed to complete fully before any priming began. On severely oxidized sections, a second Ospho application ensured complete conversion. This step is non-negotiable in Chicago where freeze-thaw cycles push moisture into every surface irregularity. Step 3 - Priming with Corroseal: Full coverage Corroseal primer coat sealed the converted surface and established adhesion for the finish coats. Corroseal's rust-inhibitive chemistry adds a secondary barrier against moisture penetration, extending the effective life of the topcoat by years in Chicago's humid lakefront environment. Step 4 - DTM Topcoat Application: Two coats of Sherwin-Williams DTM acrylic in satin black were applied by brush to ensure full penetration into ornamental detail. DTM's flexibility accommodates the metal expansion and contraction Chicago temperatures demand, from minus-15 winters to 95-degree July afternoons. Final coverage was uniform and true to color. CHICAGO-SPECIFIC CHALLENGES Chicago iron faces challenges most other markets do not. Lake Michigan humidity accelerates surface oxidation year-round. Road salt from winter de-icing migrates to fence bases and lower rails. Freeze-thaw cycling cracks poorly adhered coatings within a single winter. Greystones, two-flats, and Victorian brownstones often feature original ornamental ironwork with decades of layered paint that must be assessed before any new coating is added. Windy City Painters factors all of these conditions into every iron fence estimate and material selection. WHAT TO EXPECT LONG-TERM A properly prepared and coated iron fence using the Ospho, Corroseal, and Sherwin-Williams DTM system should deliver 5-8 years of performance in Chicago conditions. Annual visual inspection for chips or scratches, followed by prompt spot priming, extends that timeline significantly. Full refinishing cycles become less frequent when the initial prep work is done correctly. PRO TIPS Tip 1 - Never skip the rust converter. Painting over active rust with even the best topcoat guarantees early failure. Ospho or a comparable phosphoric acid treatment must precede any primer on iron showing orange or brown oxidation. Tip 2 - Assess for weld repairs before scheduling painting. If rust has eaten through the metal creating structural voids or broken sections, a welder must address those areas before painting begins. Windy City Painters identifies weld repair needs during the free estimate. Tip 3 - Choose satin or semi-gloss finish on iron. Flat finishes on metal hold moisture and show wear faster. Satin DTM provides enough sheen to shed water while maintaining the traditional look Chicago ornamental iron demands. Ready to restore your iron fence the right way? Visit windypainters.com to schedule your free estimate with Windy City Painters. FAQ Q: What does iron fence painting cost in Chicago? A: Most residential iron fence projects range from $500 to $1,800 depending on linear footage, rust severity, and prep requirements. Windy City Painters provides free detailed on-site estimates for accurate iron fence painting cost in Chicago. Q: How do I know if my fence needs rust conversion or just repainting? A: Any visible orange or brown rust requires chemical conversion before priming. Windy City Painters evaluates every fence during the estimate to determine whether Ospho, mechanical prep, or weld repair is needed before coating begins. Q: Can you paint iron in cold Chicago weather? A: DTM coatings have lower application temperature thresholds than standard exterior paint, but we avoid application below 35 degrees Fahrenheit. Windy City Painters schedules iron fence projects for appropriate weather windows throughout the season. Q: How long does iron fence paint last in Chicago? A: With complete rust conversion, Corroseal priming, and Sherwin-Williams DTM topcoat, iron fence painting in Chicago lasts 5-8 years. Annual inspections and prompt touch-ups of chips extend that timeline further. Q: Do I need a welder before an iron fence can be painted? A: Only if rust has created structural voids or breaks in the metal. Windy City Painters assesses this during the free estimate and can coordinate with welders when needed before our painting crew begins. Q: What is the difference between Ospho and Corroseal? A: Ospho is a rust converter applied directly to active rust to chemically neutralize it. Corroseal is a rust-inhibitive primer applied over converted or clean metal. Windy City Painters often uses both in sequence for maximum protection on Chicago iron. Q: How often should Chicago iron fences be inspected? A: Annual inspection is recommended, ideally in early spring after winter salt and freeze-thaw exposure. Catching small chips and bare spots early allows simple touch-up rather than full iron fence repainting, saving significant cost.

As you may know, Superior Chimney writes a lot of articles to educate the Chicagoland area on chimneys and how to identify problems. Every once in a while, it is good to go back and review the basics. That’s what we’re going to do. We’re going to discuss what are the components of a chimney. Let’s get started. What are the Components of a Fireplace? We’re going to get started on the actual chimney itself. Most chimneys are built of brick and some are constructed of a wood framed chase with siding on it to match the rest of the home. The traditional masonry fireplace chimneys include (from the inside out) a firebox, where the firewood burns and gas starter are located. Going up is the throat, smoke chamber and then chimney flue. These are the components of a masonry chimney where the exhaust/air travels through - From the firebox and out through the top of the chimney. You can most often ‘see’ your chimney from the ground, you will notice the bricks and on top of that will be the chimney crown (cement slab) which keeps the elements away from the brick chimney. On top of the chimney crown is the chimney cap. This is what keeps animals & debris from entering the chimney flue… raccoons, squirrels, birds, bats, etc… down the flue, and into the firebox. Now that we know what components that a chimney has, let’s focus on a couple of key areas. Fireplace Dampers All chimneys are fitted with a fireplace damper. A fireplace damper is a metal plate that opens and closes, allowing smoke from the fireplace to move up and out of the home. If you have a fire and the fireplace damper is closed, or restrictive, the smoke will back up into your home. The smoke needs a place to go. When the fireplace is not in use, the damper should remain closed in order to keep the cold air out of your home and warm air from escaping your home. Just because you have a fireplace does not mean that you have to deal with cold drafts in the room the fireplace is in. Chimney Flues As we all know, heat rises. The heat from the fireplace is going to rise taking with it the smoke, and other gases. This process is known as drafting. It is important to have good drafting as it prevents the smoke or gases from staying in your home and harming your family. Chimney Flue Liners Flue liners are important to the chimney; they are your firewall. It works to prevent overheating of any combustibles next to the chimney. And, it helps so the chimney construction doesn’t corrode from the byproducts of burning wood, or creosote. There are a few types of flue liners, such as fire clay tiles, heat resistant concrete, and stainless steel. Superior Chimney recommends the use of stainless steel in our geographic freeze and thaw climate. Our technicians can give you the details when we are at your home. What is the Purpose of Taking Care of the Chimney? Chimney Fires. This is where regular sweep & inspection is crucial to the health of your home. Without a chimney sweep or chimney cleaning each year, (whether you use the chimney or not, gas or wood burning) the chimney can cause a fire to transfer to your home. Only Nationally credentialed service technician professionals know and can inspect the key components of a fireplace for known condition and continued use. Be sure to contact us today!

Bulbine Le jardinet

Let's face it: times are changing. We're living in an era where technology advances at a fast pace and its developments have a significant impact on the surroundings. The need for environmental solutions has become more urgent with each passing day. While we live and adapt to our immediate environment, it doesn't mean that we have to settle with what's present, especially when our surrounding conditions are becoming detrimental to our wellbeing. This is the reason Singapore architects are looking into eco-friendly approaches when designing residential spaces. Singapore architects are becoming more proactive in integrating eco-friendly principles in their residential projects. Below are some of the standout reasons why: 1. You get to practice energy efficiency. In typical homes, electricity is powered by non-renewable sources. The continuous use of non-renewable energy increases carbon footprint and worsens air pollution, both of which negatively affect the environment. However, there are alternative sources of energy that can be included in your home's architectural design. These include solar panels and wind turbines that produce electricity that can keep the house powered. These methods do not produce toxic compounds or carbon emissions; they are also renewable and do not incur recurring expenses. 2. Eco-friendly architecture brings you closer to a more "natural environment." The emergence of urban landscapes has deprived today's generation of the opportunity to be one with nature. Individuals these days have to travel to the countryside to enjoy nature's beauty and all the amazing benefits it has to offer. Fortunately, eco-friendly architecture provides a route where you can better appreciate many of the benefits nature offers. As a homeowner, you must enjoy a calm, clean, and fresh indoor environment. Eco-friendly approaches to homes aim to provide this kind of atmosphere through the use of local materials, renewable energy sources, and incorporating nature's elements (such as sunlight and air ventilation) on the structural design. 3. You save money for maintenance and upkeep. Eco-friendly architecture is known for its low maintenance costs. At first glance, you may find it expensive to build a "green home." However, since it makes use of renewable energy sources and local resources for upkeep, operational costs become much cheaper compared to living in a conventional home. Also, green homes promote material efficiency. Apart from using local resources, eco-friendly construction involves building processes that generate as little waste as possible. Recycled and reusable materials are preferred in building the home, while the architectural design follows construction techniques that use less energy, water, and raw materials. 4. You enjoy better health. Living in a green home offers a lot of health benefits. For instance, eco-friendly architecture supports the use of natural materials and it discourages having plastic by-products in the building process. At the same time, eco-friendly architectural designs look into utilising vertical space to boost freedom of movement and air circulation. These spatial strategies allow you to breathe better even while indoors and move around the house without feeling cramped. Lastly, utilising vertical space offers more natural light to enter the home. Natural light is essential not just because it illuminates the house during the day, it also regulates the circadian rhythm, which dictates our body's waking and sleeping hours. In a nutshell Eco-friendly homes can help you save money and time, not to mention improve your health dramatically. Moreover, it can also help reduce your environmental footprint significantly. From improving air quality to helping regulate the effects of climate change, eco-friendly homes allow you to live a more sustainable lifestyle.

Manolo Langis
This is an example of a traditional landscaping in Los Angeles.

The FINNE Svendsen Building is a striking and highly energy-efficient loft building in Seattle’s Fremont neighborhood. The design and building process was unusual, since architect Nils Finne was both designer and builder owner. The client-architect meetings were brief! The building occupies a corner lot, with street facades on the south and west. The two street facades have a nuanced play of light and shadow. The walls of glass and wood are treated as folded planes, with each façade folding back and forth within an overall depth dimension of about 10”. On floors one and three, the large glass panels project forward, while on floor two, the glass is recessed. The pattern on floor two is an inverted version of floors one and three. The wood spandrel panels are custom-milled Western Red Cedar with a blackened stain. The live-work building creates large, open loft spaces on three floors, with high ceilings, huge windows and exposed long-span steel structure. The building can accommodate a range of uses, both present and future. The three floors of the building have 12-ft ceilings and 11-ft high windows with exposed structural steel supports and steel decking ceilings. The floors are clear-span without internal columns interrupting the work space. Mechanical air distribution is limited to the linear core on the northern side of the building, so work areas have clean metal decking ceilings with no ductwork. The building has in-floor radiant heating and cooling, resulting in minimal energy usage. Operating windows are placed strategically throughout the façade, allowing the building to be naturally ventilated in Seattle’s mild climate. The oversized window walls on the south and west also allow natural lighting to penetrate deeply onto the floor plate, keeping lights turned off for much of the daylight hours. A custom sapele wood front door presents a warm contrast to the building’s blackened wood cladding. A delicate screen of wood slats filters light into the main building lobby. The 3-story stair opens directly from the lobby and has been designed to encourage use on a daily basis, keeping elevator usage to a minimum. A three-story glass wall floods the stairwell with natural light, and the all-steel stair floats in the space. Custom-designed perforations in the steel stair railing panels provide unexpected shadow patterns when the late-afternoon sun shines into the stairwell. The building was designed to be a sustainable structure from the start, with 40% higher insulation values than required by code, efficient natural ventilation, large amounts of natural lighting, water-conserving plumbing fixtures, LED lighting, and locally sourced materials. Windows have high-performance Low-E insulated glazing and are equipped with concealed shades. The building roof has been equipped with photovoltaic panels for electrical production, averaging about 850 Kwh per year. The modest initial amount of PV panels will be expanded over time. The radiant hydronic heating and cooling system allows lower operating temperatures and higher occupant comfort levels. The 6” thick concrete slabs for the radiant tubes conserve both heat in the winter and cooling in the summer and provide great comfort for the feet. During the winter months, the radiant heating system keeps overall energy consumption to a very low level. The 9000 SF building costs about $35/month to heat! During the summer, the passive strategies of natural ventilation combine with the radiant slab cooling to minimize air conditioning load. Deep roof overhangs, built-in shades and high operating clerestory windows are also used to reduce heat gain in summer months. During the winter, the lower sun angle is able to penetrate into work spaces and passively warm the concrete floor. Low VOC paints and stains have been used throughout the building. The high level of craft evident in the building reflects another key principle of sustainable design: eschew “throw-away-ism” and make the building last many years!

Set on a narrow hillside lot overlooking the San Francisco Bay in Point Richmond, California, Bay Heirloom is a Mid-Century Modern family home restored, modernized and adapted for contemporary living. Oriented south-southwest toward the Marin Headlands, with views of the Golden Gate Bridge, the residence captures shifting Bay light throughout the day, from fog-muted mornings to vivid, glowing sunsets. The home was built by Karlyn Neel’s grandfather, the owner of the construction company Flo-Crete, one of the Bay Area’s early concrete pumping firms. Flo-Crete completed the foundation and structural concrete work, with family photographs documenting the original cinderblock walls and pours. The firm also contributed to major regional infrastructure projects, including the Transbay BART tube and Candlestick Park, situating the house within a broader legacy of Bay Area construction. Growing up, Neel spent considerable time in the home, developing an early appreciation for mid-century modern principles. Instead of parting with this family heirloom, she purchased the home from her grandfather’s estate. While her grandfather continued to live in the Point Richmond house, Neel purchased a Mid-Century Modern residence in Palm Desert. In contrast to the Bay Area’s cool temperatures, salt air, and persistent winds, the desert home is shaped by heat and sun and requires a different material response. A substantial renovation she led there emphasized thermal performance, filtered light, and restrained detailing. The experience later informed the restoration of her Bay Area family home. What began as a modest Mid-Century Modern update expanded when decades of exposure to marine conditions revealed leaks and significant structural and seismic deficiencies. Neel was determined to honor her grandfather’s perseverance and without hesitation pivoted to a much more intensive project. Addressing these challenges required close coordination between Neel, Klopf Architecture and Kasten Builders, with architectural restraint and construction precision guiding each intervention. Rather than alter the home’s defining features, the project focused on reinforcing the structure from within. Discreet beams were embedded along the rear facade and in an upstairs wall, strengthening the building while maximizing the wall of glass facing the Bay and opening the wall between the kitchen and the living space. These structural interventions allowed the space to open fully to the Bay without visual interruption, with the kitchen repositioned as the social and functional core of an open, continuous living space. The building envelope was updated using weather- and corrosion-resistant materials appropriate to the marine environment. The house unfolds vertically from the street, beginning with a modest garage level and workshop, with the main living spaces located below. Original slate flooring at the entry was preserved, along with select furnishings and artwork collected by Neel’s grandfather, anchoring the restored interior in its past. A restrained palette of black accents and pale, natural finishes replaces darker wood tones, reinforcing openness and calm. A naturally illuminated stair connects to the lowest level, where a former basement was transformed into a guest suite and family room opening onto a deck. From there, steps lead directly to a small concrete boat ramp at the water’s edge. Throughout the project, decisions were guided by continuity rather than transformation for its own sake. Lessons drawn from both desert and coastal climates informed a material strategy rooted in performance and restraint. Bay Heirloom stands as a measured evolution of a family house, structurally renewed and carefully modernized, grounded in the discipline and care that first shaped it. Klopf Architecture Project Team: John Klopf, AIA, Angela Todorova and Fernanda Bernardes Landscape Architect: Huettl Landscape Architecture General Contractor: Kasten Builders Photography: ©2025 Mariko Reed Year Completed: 2022 Location: Point Richmond, CA

Japanese maple with a variety of annuals make this backyard corner a true statement piece in the design! Plantscape by Dirt Queen NYC.
Small eclectic backyard concrete patio container garden photo in Austin with an awning

Set on a narrow hillside lot overlooking the San Francisco Bay in Point Richmond, California, Bay Heirloom is a Mid-Century Modern family home restored, modernized and adapted for contemporary living. Oriented south-southwest toward the Marin Headlands, with views of the Golden Gate Bridge, the residence captures shifting Bay light throughout the day, from fog-muted mornings to vivid, glowing sunsets. The home was built by Karlyn Neel’s grandfather, the owner of the construction company Flo-Crete, one of the Bay Area’s early concrete pumping firms. Flo-Crete completed the foundation and structural concrete work, with family photographs documenting the original cinderblock walls and pours. The firm also contributed to major regional infrastructure projects, including the Transbay BART tube and Candlestick Park, situating the house within a broader legacy of Bay Area construction. Growing up, Neel spent considerable time in the home, developing an early appreciation for mid-century modern principles. Instead of parting with this family heirloom, she purchased the home from her grandfather’s estate. While her grandfather continued to live in the Point Richmond house, Neel purchased a Mid-Century Modern residence in Palm Desert. In contrast to the Bay Area’s cool temperatures, salt air, and persistent winds, the desert home is shaped by heat and sun and requires a different material response. A substantial renovation she led there emphasized thermal performance, filtered light, and restrained detailing. The experience later informed the restoration of her Bay Area family home. What began as a modest Mid-Century Modern update expanded when decades of exposure to marine conditions revealed leaks and significant structural and seismic deficiencies. Neel was determined to honor her grandfather’s perseverance and without hesitation pivoted to a much more intensive project. Addressing these challenges required close coordination between Neel, Klopf Architecture and Kasten Builders, with architectural restraint and construction precision guiding each intervention. Rather than alter the home’s defining features, the project focused on reinforcing the structure from within. Discreet beams were embedded along the rear facade and in an upstairs wall, strengthening the building while maximizing the wall of glass facing the Bay and opening the wall between the kitchen and the living space. These structural interventions allowed the space to open fully to the Bay without visual interruption, with the kitchen repositioned as the social and functional core of an open, continuous living space. The building envelope was updated using weather- and corrosion-resistant materials appropriate to the marine environment. The house unfolds vertically from the street, beginning with a modest garage level and workshop, with the main living spaces located below. Original slate flooring at the entry was preserved, along with select furnishings and artwork collected by Neel’s grandfather, anchoring the restored interior in its past. A restrained palette of black accents and pale, natural finishes replaces darker wood tones, reinforcing openness and calm. A naturally illuminated stair connects to the lowest level, where a former basement was transformed into a guest suite and family room opening onto a deck. From there, steps lead directly to a small concrete boat ramp at the water’s edge. Throughout the project, decisions were guided by continuity rather than transformation for its own sake. Lessons drawn from both desert and coastal climates informed a material strategy rooted in performance and restraint. Bay Heirloom stands as a measured evolution of a family house, structurally renewed and carefully modernized, grounded in the discipline and care that first shaped it. Klopf Architecture Project Team: John Klopf, AIA, Angela Todorova and Fernanda Bernardes Landscape Architect: Huettl Landscape Architecture General Contractor: Kasten Builders Photography: ©2025 Mariko Reed Year Completed: 2022 Location: Point Richmond, CA

Set on a narrow hillside lot overlooking the San Francisco Bay in Point Richmond, California, Bay Heirloom is a Mid-Century Modern family home restored, modernized and adapted for contemporary living. Oriented south-southwest toward the Marin Headlands, with views of the Golden Gate Bridge, the residence captures shifting Bay light throughout the day, from fog-muted mornings to vivid, glowing sunsets. The home was built by Karlyn Neel’s grandfather, the owner of the construction company Flo-Crete, one of the Bay Area’s early concrete pumping firms. Flo-Crete completed the foundation and structural concrete work, with family photographs documenting the original cinderblock walls and pours. The firm also contributed to major regional infrastructure projects, including the Transbay BART tube and Candlestick Park, situating the house within a broader legacy of Bay Area construction. Growing up, Neel spent considerable time in the home, developing an early appreciation for mid-century modern principles. Instead of parting with this family heirloom, she purchased the home from her grandfather’s estate. While her grandfather continued to live in the Point Richmond house, Neel purchased a Mid-Century Modern residence in Palm Desert. In contrast to the Bay Area’s cool temperatures, salt air, and persistent winds, the desert home is shaped by heat and sun and requires a different material response. A substantial renovation she led there emphasized thermal performance, filtered light, and restrained detailing. The experience later informed the restoration of her Bay Area family home. What began as a modest Mid-Century Modern update expanded when decades of exposure to marine conditions revealed leaks and significant structural and seismic deficiencies. Neel was determined to honor her grandfather’s perseverance and without hesitation pivoted to a much more intensive project. Addressing these challenges required close coordination between Neel, Klopf Architecture and Kasten Builders, with architectural restraint and construction precision guiding each intervention. Rather than alter the home’s defining features, the project focused on reinforcing the structure from within. Discreet beams were embedded along the rear facade and in an upstairs wall, strengthening the building while maximizing the wall of glass facing the Bay and opening the wall between the kitchen and the living space. These structural interventions allowed the space to open fully to the Bay without visual interruption, with the kitchen repositioned as the social and functional core of an open, continuous living space. The building envelope was updated using weather- and corrosion-resistant materials appropriate to the marine environment. The house unfolds vertically from the street, beginning with a modest garage level and workshop, with the main living spaces located below. Original slate flooring at the entry was preserved, along with select furnishings and artwork collected by Neel’s grandfather, anchoring the restored interior in its past. A restrained palette of black accents and pale, natural finishes replaces darker wood tones, reinforcing openness and calm. A naturally illuminated stair connects to the lowest level, where a former basement was transformed into a guest suite and family room opening onto a deck. From there, steps lead directly to a small concrete boat ramp at the water’s edge. Throughout the project, decisions were guided by continuity rather than transformation for its own sake. Lessons drawn from both desert and coastal climates informed a material strategy rooted in performance and restraint. Bay Heirloom stands as a measured evolution of a family house, structurally renewed and carefully modernized, grounded in the discipline and care that first shaped it. Klopf Architecture Project Team: John Klopf, AIA, Angela Todorova and Fernanda Bernardes Landscape Architect: Huettl Landscape Architecture General Contractor: Kasten Builders Photography: ©2025 Mariko Reed Year Completed: 2022 Location: Point Richmond, CA