Planning Your Kitchen: Five Ideas for Layout

While planning for a kitchen, you begin to make more detailed plans from your preliminary sketches, you want to be sure you will be making a highly functional kitchen, one that will be pleasant, efficient, and physically comfortable to work in. finding good-quality and appropriate cabinets, appliances doors, and other items is important. But putting them in just the right configuration, with is even more crucial. Here are some useful ideas.
            First of all, don’t assume the window has to be over the sink; you may want storage there. The window can be above the main work counter or elsewhere.
            In a tight space, inches matter. A 30-in-wide mix-center counter feels much bigger than a 27-in. one, and a 33-in. one feels positively huge. If passageways are narrow, recessing the refrigerator 3 in. can make a big difference. Taking pains over small dimensions will definitely pay off.
1. The “work center” concept
            Perhaps the most important of these concepts is that of the work center. The basic idea is that any work station – whether a carpenter’s bench or a kitchen work area – should be set up to accommodate the specific details of the work to be performed. Work surfaces should be placed at the correct height and made of the most appropriate materials. Tools and supplies that go with the work should be handy but not in the way. And the best and most convenient storage locations should be allocated to the tools and supplies used most frequently.
            Basic Work Counters: A distinct cleanup center, mix (food prep) cleanup center, and cooking center are the basic building blocks of a good kitchen layout.
            Early kitchen researchers defined three primary kitchen work centers reflecting three different sorts of kitchen work: cleanup, mixing, and cooking. The cleanup center includes the sink, a place to stack dirty dishes, probably a place for a drainboard, cleaning supplies, and often storage for everyday dishes. Today, the cleanup center would usually include a dishwasher. A trash can is essential, and the countertop should be waterproof or water-resistant. A cleanup center may also be a place for good preliminary recycling. The mix center (or food-preparation center) should be organized around the premier work counter, with easy access to favorite knives, utensils, bowls, and small appliances, as well as so the most frequently used supplies, such as oil, salt, flour, and such sometimes butcher block is used here, though many people prefer movable chopping boards. The cooking center includes the stove, another counter, a heat proof place to set down hot dishes, and tools and supplies used primarily at the stove, such as pots, pans, lids, spatulas, pot holders, and perhaps spices.
            Today we cook very differently than early researchers did, but these three basic and relatively distinct work are still helpful design building blocks. Many designers rightly add a fourth function, the serving center, which is often near the table. It has a place to set hot pans, and it houses serving dishes, perhaps the good tableware, and napkins. Many cooks also define other centers for inclusion, particularly a baking center. A message center might be as simple as a wall phone with a pad of paper, but it could be large enough to include a desk with a computer for doing homework and paying bills, you kitchen might be light enough to include a recycling center, where newspaper, bottles, and other recyclables can be organized on their way out of the house. As I survey and evaluate any kitchen layout, locating the basic work centers on the plan.
            Cleanup center: lets start with the cleanup center. It has, of course, a sink, usually (but not always ) 25 in. or 33 in. wide. There is at least a 2-ft-. –wide counter on one side for dirty dishes, and a similar 20-in . or wider counter on the other side for a drainboard. A dishwasher is 24 in. wide; in most new kitchens, a space for it will be needed beneath one of these side counters.
            Mix center: for some very tidy cooks, this food-prep center can be as little as 30 in. wide but more often is 36 in. to 60 in,. wide. It should be handy to booth sink and stove. It might be an island, but it’s often a counter between cleanup and cooking. It can’t be the same as the counters at the sink, which are routinely covered with dishes, nor any other counter that’s occupied by a microwave, big mixer, or other gear.
            Cooking center: most stoves are 30 in. wide, though some commercial models are 30 in. or more. If a hood is desired, its helpful (though not essential) to have the stove on or near an outside wall. The cooking center should have its own counter. This counter should be at least two feet wide, preferably more. It is often the place where a second cook can work.
            Don’t position the side of a stove right up against a wall. The heat from the burners can burn the wall. Also, avoid a location adjacent to a hallway or walking space, where kids or others walking by might accidentally knock over a hot pan. If the stove is in an island or a peninsula, make sure it is protected at the rear, either with a raised back or by a counter at least 9 in. wide.
            The refrigerator: Although the refrigerator is sometimes included with one or another work center, it makes more sense to think of it as a separate element. A refrigerator is big and bulky, so it doesn’t work well in the middle of a run of cabinets. lt’s usually placed at the end of a run, sometimes in combination with a tall pantry unit of some kind.
2. The food-flow idea
            When possible, it’s good to locate the work centers in the right sequence based on the way food is processed. To oversimplify, food comes in the back door, gets stored in a pantry or the fridge, gets taken out again, is washed up at the sink, chopped up at the mix center, cooked, then served. If the work centers are more or less in that order, kitchen work will be easier, with fewer wasted steps.
3. Standard kitchen layouts  
            Most of us are familiar with the standard kitchen layouts that have evolved: the U, L, galley, one-wall, island, and peninsula. The peninsula, supposed that it is simply any layout without a wall behind some of the cabinets, while both the peninsula and island schemes can be thought of as variations on the U-layout. Although there are endless variations and elaborations, most kitchen fall into one of these models.
            U-layouts make a lot of sense. They concentrate a complete work area in a compact space, with little through traffic. The peninsula and island versions allow for sociability, and they often connect the workspace to the dining or family space nearby.
            The l-layout is simple, handy, and efficient. It’s also compact in a special sense. Where the u-layout require a distinct space of its own, an l-shaped kitchen can be simply the edge of a larger space. For that reason a small space often calls for an l-layout. The galley layout is quite efficient if the aisle is 3 ft. to 5 ft. wide. The disadvantage is that the aisle is usually a traffic lane, which can disrupt the cook. The one-wall layout is not ideal; it results in a lot of walking and would be used where a better option is impossible.
4. The worktriangle test
            The work triangle, devised in the early 1950s as a test for kitchen layouts in government-financed housing, specifies an optimal relationship between the sink, stove, and refrigerator. The idea is that if these are too far apart, there will be needless extra steps while cooking. If they are too close together, work centers will overlap, and you’ll have to constantly walk around the appliances to get to your work area.
            A pantry this size can be buried in the wall. I have often recessed refrigerators, shelf unit, and microwaves into walls to save space.
5. The power-kitchen idea
            In kitchen remodeling, it’s sometimes impossible to devise a perfect layout. This has been true of many of the houses I’ve lived in and fixed up. But there is another insight from kitchen research that I’ve found useful. Most of the little journeys in cooking are from the sink to the mix center and back, from the stove to the mix center and back, or between the sink and stove. There are significantly fewer trips to the fridge, table, pantry, or back door. That means that if you can establish a mix center or main work counter that is within about teo or three steps of both sink and stove, and maybe even directly between them, the kitchen can be efficient, even if other features of the layout are less than ideal.
            Put another way, you can live with having the fridge, pantry, or table a short walk away, or having the basic units out of the ideal “food-flow” order. But if the main work counter is a hike from the sink or stove, or if those appliances are too widely spaced, your kitchen will be inconvenient to use no matter what else you do.
Power kitchen
            An imperfect layout can work as long as there is a nice generous counter space handy to both sink and cook top. Here there is no counter space at the stove, the left sink counter is cramped, and the refrigerator is too far from the food prep-area. But the main food prep counter  the power kitchen area is big enough, is very handy t both sink and stove, and has supplies, tools, and a trash can near at hand. So it is still quite an efficient kitchen to work in.

Engineered Stone Counters: The New Wave

There is no dispute that natural stone, especially granite, has been the countertop material of choice in elegant, upscale homes for several years now. However, even granite—the most durable, scratch- and heat-resistant natural stone option—has several characteristics and risks to consider. Naturally porous, it can be stained from oils, acids, wine, soda and some cleaning products, especially if not periodically sealed. It also contains tiny pits and natural fissures that may appear to be cracks. Although these are not structural defects, granite could crack from thermoshock if a hot item is placed on a natural fissure, and heat could expose the crack and open it up. Slabs cannot be repaired if broken and since ft is a natural product, it does not come with a warranty.
Engineered stone, also called Quartz Surfacing because it is made by combining 93 percent crushed natural quartz with resins and pigments, has been developed to create a material resembling natural stone but much harder, more durable, and easier to care for than any other countertop material. Engineered stone counters are available in an ever-growing number of colors, patterns, and even textures. They are becoming increasingly popular for high-end applications because they offer the benefits of granite’s durability with the attributes of nonporous solid surfacing into one product.
Basics of Engineered Stone/Quartz Surfacing
Engineered stone is usually polished to a high gloss shine and installed in solid slabs like granite, but the colors and patterns are more consistent. The combination of quartz and resins make it nonporous, resistant to heat, scratching, stains, chemicals, molds and bacteria with no need for sealing. It is also more flexible, stronger, and easier to work with than natural granite, enabling manufacturers to offer warranties on their products.
Advantages of Engineered Stone
Strength and Durability: It is harder and heavier than granite, and because it is more flexible, t is somewhat easier to handle and install. It will not chip or fracture during everyday use as granite can. Maintenance Free: The extremely hard, non-porous surface retains its high-polished luster and never needs sealing. It is easily cleaned with warm, pH neutral soapy water.
Consistent Appearance: Most patterns resemble natural stone, but with a consistent pattern and color, so that, unlike granite, your countertop will look very much like the sample you chose.
Scratch Resistant: Since only diamonds, rubies, sapphires and topaz are harder than quartz, it resists scratches from such objects as stainless steel knives, ceramic pots, and mugs, which can scratch solid surfacing. However, the use of cutting boards is recommended because cutting on quartz will dull knives.
Heat and Burn Resistant: Engineered stone counters are resistant to heat from hot plates of up to 350 degrees, though the use of trivets or hot pads is recommended.
Food safe: Because nothing can penetrate the nonporous material, it resists growth of mold, mildew and bacteria and will not stain from oil, acids, wine, soda, and most common household cleaners.
Wide Color/Pattern Selection: Manufacturers continue to expand the colors, patterns and textures available, ranging from those that resemble natural stone to bright variations of orange, red, blue, green, and yellow. Some manufacturers offer products in a matte or “honed” finish, so it’s a good idea to compare several different brands to find the color that works best for you.

Drawbacks to Engineered Stone/Quartz Surfacing
Uniform Appearance: Engineered stone counters lack the natural color and pattern variations, “beauty marks” and flowing veins, known as “movement” of the stone, which makes each natural granite slab unique and more attractive to many.
Visible Seams: Because it is installed in solid slabs, there will be visible seams along the front edges and in the deck of the countertop, as will natural stone. However, the seams are often less noticeable than those in granite and darker colors also tend to minimize their appearance.