Wooden Classicism Nesbitt House – Seaside, Florida Architect: Robert A. M. Stern Builder: O.B. Laurent Construction E. F. San Juan produced all of the interior and exterior millwork for this elegantly designed residence in the influential New Urban town of Seaside, Florida. Challenges: The beachfront residence required adherence to the area’s strict building code requirements, creating a unique profile for the compact layout of each room. Each room was also designed with all-wood walls and ceilings, which meant there was a lot of custom millwork! Solution: Unlike many homes where the same molding and paneling profiles are repeated throughout each room, this home featured a unique profile for each space. The effort was laborious—our team at E. F. San Juan created tools for each of these specific jobs. “The project required over four hundred man-hours of knife-grinding just to produce the tools,” says Edward San Juan. “Organization and scheduling were critical in this project because so many parts were required to complete each room.” The long hours and hard work allowed us to take the compacted plan and create the feel of an open, airy American beach house with the influence of 1930s Swedish classicism. The ceiling and walls in each room are paneled, giving them an elongated look to open up the space. The enticing, simplified wooden classicism style seamlessly complements the sweeping vistas and surrounding natural beauty along the Gulf of Mexico. --- Photography by Steven Mangum – STM Photography

Photo: Sarah Greenman © 2015 Houzz
Contemporary exterior home idea in Dallas

Dan Farmer, Seattle Home Tours
Inspiration for a mid-sized transitional galley porcelain tile eat-in kitchen remodel in Seattle with an undermount sink, shaker cabinets, white cabinets, quartz countertops, beige backsplash, glass tile backsplash, stainless steel appliances and a peninsula

Photo: Alexandra Crafton © 2017 Houzz
Kitchen - cottage kitchen idea in Boston

Patio - contemporary patio idea in Santa Barbara

French country kitchen photo in Kansas City

This is an example of a traditional landscaping in New York.

Chauncey Freeman- Fifth Season
Photo of an eclectic landscaping in Other.

Elegant brown one-story exterior home photo in Cincinnati with a shingle roof

Computer numerical control or CNC machining is an automated manufacturing process used to make components of devices or appliances. It employs computer-aided software and codes to control complex machinery, including mills, grinders, lathes, and cutters. It is used to manufacture multiple parts from diverse raw materials such as aluminium, brass, acrylic, plastics, and wood. It is a subtractive process in which a solid piece of material is carved into a 2D or 3D object of any shape or size. This enables the creation of prototypes for parts and finished products. It also enables automated mass production of parts such as fittings, housings, brackets, gears, fasteners, shafts, electrical contacts, and moulds using specific materials. This process is a quick, safe, versatile, precise, and cost-effective production method. These advantages allow it to be used for various applications in industries ranging from healthcare and electronics to aerospace and the military. Moreover, it is used to create parts for several objects you use at home every day. Here are 10 things in your house that you may not know are manufactured using CNC machining:   1. Kitchen Appliances   Several manufacturers employ CNC machines to create heavy-duty parts for durable kitchen appliances. Through pre-programmed software, the machine produces parts of different shapes, sizes, colours, and textures using a variety of materials like metals and plastic. CNC-machined components of kitchen appliances include metal plates, covers, textured handles, pins, rings, and wires. These small but essential parts improve the utility of your everyday kitchen appliances such as the electric can opener, dishwasher, hand blender, grinder, and coffee brewing machine.   2. Electronic Devices   Components of electronic devices are usually small in size and have fine details and shapes that require precision machining. CNC machines offer the flexibility and efficiency to manufacture large and small parts of various shapes, sizes, and materials required to complete electronic appliances. CNC machining enables accurate, computerized prototyping and the production of detailed, intricate, and sensitive parts from a wide range of metals. It can be used to produce parts such as connectors, housing, wires, heat sinks, semiconductors, and fixtures. It can also be used to create the chassis or the framework of various electronic appliances. You can find CNC-machined parts in the following electronic home appliances:

• Laptops and Computers
• Mobile phones
• Cameras
• Television
• Speakers
• Keyboard
• Mouse
• Router
• Refrigerator
• Air conditioner
• Washing machine
• Fans, air purifiers, and humidifiers
• Robotic vacuum cleaners
• Remote control

3. Household Items   Many household items contain parts that are manufactured using CNC. Some examples include components such as plates, springs, wires, handles, and housing that fit into many utility-based products. Utility product manufacturers use CNC machines to produce large quantities of inexpensive household objects in various textures, shapes, and colors. These include items like brooms, trays, lids, flashlights, zippers, textured pens, shoe soles, measuring cups, salt and pepper shakers, holders, coasters, and more.   4. Watches   The intricacies of your wristwatch demand perfection. Some watches you have maybe handmade, but there can be scope for human error regardless of the craftsmanship. Watch manufacturers prefer using CNC machines to cut out the minute parts of a watch with great precision and uniformity. For instance, watch gears must be accurately carved out of metal so that the teeth of the gears fit perfectly into each other. CNC machining offers the ideal solution to create multiple, standardized pieces, including the gears, the framework, and the strap. Typically, a 5-axis CNC machine is used for making a watch. It can exactly cut pieces of metal for each component as required. This not only saves time but offers consistency, accuracy, high quality, and cost-effective production of watches.   5. Jewelry   CNC machines are increasingly used in the jewellery industry as they offer creative versatility. All sorts of jewelry such as rings, earrings, necklaces, bracelets, brooches, cufflinks, tie pins, and parts of a belt can be made using this process. Several manufacturers use a 5-axis CNC milling machine to craft bespoke jewelry from precious metals like gold and silver. They also use the machine to create unique, personalized jewellery designs by engraving inscriptions and intricate details into it. Some jewelers also use it to precisely cut precious stones like diamonds.   6. Musical Instruments   If you have a musical instrument at home, it may have been made with CNC-based production. Manufacturers can mass produce musical instruments using CNC router machines. These machines offer the advantages of rapid prototyping and accurate reproduction of high-quality musical instruments, offering the option of customization. The necks, bodies, and heads of musical instruments such as ukuleles, violins, and electric guitars can be easily made with wood. The tone and sound controls are usually made using plastics.   7. Furniture   Furniture and other architectural elements in your house such as chairs, staircases, windows, cabinets, tables, doors, screens, fences, and gates are often CNC-machined. Furniture manufacturers employ wood carving and cutting machines to carve beautiful patterns and ornamental features into the material to create tasteful furniture. This helps them mass-produce affordable furniture using diverse raw materials such as wood, metal, and plastics. It also helps them accurately customize designs based on the requirements.   8. Pipes and Railing   The pipes and railings in your house are also made using CNC machines. Construction material manufacturing companies use lathes and punching machines to make multiple tubes, fittings, and shafts out of plastics and alloys like stainless steel. They also use CNC bending machines to add bends and angles to tubes, pipes, railing, and arches, which are required for plumbing and construction.   9. Interior Decor   With CNC machining, decor manufacturers can create innovative and artistic designs for your house. Interior decoration including lighting fixtures, lampshades, and art pieces of different shapes, colors, and sizes can be created by cutting patterns into materials like metal, plastics, or wood. This allows manufacturers to create original interior décor for a unique, aesthetic ambience.   10. Toys   Various toys such as building blocks, toy cars, dollhouses, fidget spinners, spinning tops, flutes, rocking horses, and miniatures are made using CNC machining. Even pieces of board games such as chess and monopoly are made using this type of manufacturing. Toy manufacturers generally use a 3-axis or 5-axis CNC machine to create their products out of materials such as plastics, metals, or wood. This offers easy reproducibility, allowing manufacturers to create identical, intricate pieces required to build a toy or game.   CNC Machining Services   Most household items you see and use on a daily basis can be made using CNC machines. The process helps manufacturers create anything from tiny parts of a device to complete customized products. CNC machines are used to create a wide variety of products ranging from architectural elements and utility-based items to essential parts of a home appliance. To build prototypes, components, or finished products, manufacturers even outsource CNC machining services from custom manufacturing professionals. The ease of production, precision, and efficiency offered by CNC machining explains its ubiquity in all industries. No wonder more and more manufacturers prefer using it to create so many parts and products you use regularly.

Water Treatment and Wastewater Recycling Plant in Oil and Gas Production WATERMAN ENGINEERS AUSTRALIA Introduction Water is a critical component in oil and gas processing, playing a crucial role in various stages of exploration, production, and refining. However, water handling in such processes poses serious challenges, mainly in connection with treating high TDS and salinity water. The situation is even more serious in oilfield sites, gas field sites, and exploratory sites where the need for water recycling and treatment is always necessary to minimize the impact on the environment and to keep operational costs at a minimum. The oil and gas industry has seen a growing concern toward water treatment and recycling. These processes underline the sustainability of operations, license to operate, and low environmental footprint. This paper discusses the roles water treatment plants can play in mitigating the problems of high TDS and salinity during oil and gas production by recycling and reusing water to minimize waste and environmental harm. The Water Challenges in Oil and Gas Production Water finds its application on a large scale in the oil and gas industry for several purposes, such as in drilling, hydraulic fracturing, cooling, and hydrocarbon processing. The water used in these aforementioned processes frequently comes into contact with a wide array of contaminants, among which are hydrocarbons, heavy metals, several various chemicals, and high concentrations of dissolved salts. This contaminated water, often referred to as produced water, produces a great environmental risk if not properly treated. Produced water typically contains high TDS concentrations, including salts, minerals, and other dissolved solids. Reservoir location and depth can make the salinity of this water vary widely. For many produced waters, these TDS values are very high and not suitable for direct discharge or reuse without treatment. The presence of salts and other dissolved solids can result in scaling, corrosion, and other operational problems of equipment, pipelines, and storage vessels. For details visit: https://watermanaustralia.com/water-treatment-and-wastewater-recycling-plant-in-oil-and-gas-production/

Design ideas for a large contemporary partial sun backyard gravel vegetable garden landscape in Los Angeles for summer.

Discover sustainable everyday living with our Cotton Produce Bags, thoughtfully designed for eco-friendly grocery shopping and kitchen organization. Made from breathable cotton mesh fabric, these reusable bags are lightweight, durable, and perfect for storing fruits, vegetables, and pantry essentials while reducing single-use plastic waste. Their soft natural texture and timeless design blend beautifully with modern, farmhouse, and minimalist lifestyles, making them a practical choice for zero waste homes and conscious living.

Discover sustainable everyday living with our Cotton Produce Bags, thoughtfully designed for eco-friendly grocery shopping and kitchen organization. Made from breathable cotton mesh fabric, these reusable bags are lightweight, durable, and perfect for storing fruits, vegetables, and pantry essentials while reducing single-use plastic waste.

Big Berry Manzanita / Arctostaphylos glauca
This is an example of a landscaping in San Francisco.

The island countertop overhangs off the one end, just enough to add one extra seat. This makes the perfect conversational spot and, of course, extra counter space.

Lincoln Farmhouse LEED-H Platinum, Net-Positive Energy OVERVIEW. This LEED Platinum certified modern farmhouse ties into the cultural landscape of Lincoln, Massachusetts - a town known for its rich history, farming traditions, conservation efforts, and visionary architecture. The goal was to design and build a new single family home on 1.8 acres that respects the neighborhood’s agrarian roots, produces more energy than it consumes, and provides the family with flexible spaces to live-play-work-entertain. The resulting 2,800 SF home is proof that families do not need to compromise on style, space or comfort in a highly energy-efficient and healthy home. CONNECTION TO NATURE. The attached garage is ubiquitous in new construction in New England’s cold climate. This home’s barn-inspired garage is intentionally detached from the main dwelling. A covered walkway connects the two structures, creating an intentional connection with the outdoors between auto and home. FUNCTIONAL FLEXIBILITY. With a modest footprint, each space must serve a specific use, but also be flexible for atypical scenarios. The Mudroom serves everyday use for the couple and their children, but is also easy to tidy up to receive guests, eliminating the need for two entries found in most homes. A workspace is conveniently located off the mudroom; it looks out on to the back yard to supervise the children and can be closed off with a sliding door when not in use. The Away Room opens up to the Living Room for everyday use; it can be closed off with its oversized pocket door for secondary use as a guest bedroom with en suite bath. NET POSITIVE ENERGY. The all-electric home consumes 70% less energy than a code-built house, and with measured energy data produces 48% more energy annually than it consumes, making it a 'net positive' home. Thick walls and roofs lack thermal bridging, windows are high performance, triple-glazed, and a continuous air barrier yields minimal leakage (0.27ACH50) making the home among the tightest in the US. Systems include an air source heat pump, an energy recovery ventilator, and a 13.1kW photovoltaic system to offset consumption and support future electric cars. ACTUAL PERFORMANCE. -6.3 kBtu/sf/yr Energy Use Intensity (Actual monitored project data reported for the firm’s 2016 AIA 2030 Commitment. Average single family home is 52.0 kBtu/sf/yr.) o 10,900 kwh total consumption (8.5 kbtu/ft2 EUI) o 16,200 kwh total production o 5,300 kwh net surplus, equivalent to 15,000-25,000 electric car miles per year. 48% net positive. WATER EFFICIENCY. Plumbing fixtures and water closets consume a mere 60% of the federal standard, while high efficiency appliances such as the dishwasher and clothes washer also reduce consumption rates. FOOD PRODUCTION. After clearing all invasive species, apple, pear, peach and cherry trees were planted. Future plans include blueberry, raspberry and strawberry bushes, along with raised beds for vegetable gardening. The house also offers a below ground root cellar, built outside the home's thermal envelope, to gain the passive benefit of long term energy-free food storage. RESILIENCY. The home's ability to weather unforeseen challenges is predictable - it will fare well. The super-insulated envelope means during a winter storm with power outage, heat loss will be slow - taking days to drop to 60 degrees even with no heat source. During normal conditions, reduced energy consumption plus energy production means shelter from the burden of utility costs. Surplus production can power electric cars & appliances. The home exceeds snow & wind structural requirements, plus far surpasses standard construction for long term durability planning. ARCHITECT: ZeroEnergy Design http://zeroenergy.com/lincoln-farmhouse CONTRACTOR: Thoughtforms http://thoughtforms-corp.com/ PHOTOGRAPHER: Chuck Choi http://www.chuckchoi.com/

A close-up photo of a fragrant inflorescence of Lo & Behold® 'Blue Chip' Butterfly Bush.
Photo of an eclectic full sun landscaping in Grand Rapids for summer.

Lincoln Farmhouse LEED-H Platinum, Net-Positive Energy OVERVIEW. This LEED Platinum certified modern farmhouse ties into the cultural landscape of Lincoln, Massachusetts - a town known for its rich history, farming traditions, conservation efforts, and visionary architecture. The goal was to design and build a new single family home on 1.8 acres that respects the neighborhood’s agrarian roots, produces more energy than it consumes, and provides the family with flexible spaces to live-play-work-entertain. The resulting 2,800 SF home is proof that families do not need to compromise on style, space or comfort in a highly energy-efficient and healthy home. CONNECTION TO NATURE. The attached garage is ubiquitous in new construction in New England’s cold climate. This home’s barn-inspired garage is intentionally detached from the main dwelling. A covered walkway connects the two structures, creating an intentional connection with the outdoors between auto and home. FUNCTIONAL FLEXIBILITY. With a modest footprint, each space must serve a specific use, but also be flexible for atypical scenarios. The Mudroom serves everyday use for the couple and their children, but is also easy to tidy up to receive guests, eliminating the need for two entries found in most homes. A workspace is conveniently located off the mudroom; it looks out on to the back yard to supervise the children and can be closed off with a sliding door when not in use. The Away Room opens up to the Living Room for everyday use; it can be closed off with its oversized pocket door for secondary use as a guest bedroom with en suite bath. NET POSITIVE ENERGY. The all-electric home consumes 70% less energy than a code-built house, and with measured energy data produces 48% more energy annually than it consumes, making it a 'net positive' home. Thick walls and roofs lack thermal bridging, windows are high performance, triple-glazed, and a continuous air barrier yields minimal leakage (0.27ACH50) making the home among the tightest in the US. Systems include an air source heat pump, an energy recovery ventilator, and a 13.1kW photovoltaic system to offset consumption and support future electric cars. ACTUAL PERFORMANCE. -6.3 kBtu/sf/yr Energy Use Intensity (Actual monitored project data reported for the firm’s 2016 AIA 2030 Commitment. Average single family home is 52.0 kBtu/sf/yr.) o 10,900 kwh total consumption (8.5 kbtu/ft2 EUI) o 16,200 kwh total production o 5,300 kwh net surplus, equivalent to 15,000-25,000 electric car miles per year. 48% net positive. WATER EFFICIENCY. Plumbing fixtures and water closets consume a mere 60% of the federal standard, while high efficiency appliances such as the dishwasher and clothes washer also reduce consumption rates. FOOD PRODUCTION. After clearing all invasive species, apple, pear, peach and cherry trees were planted. Future plans include blueberry, raspberry and strawberry bushes, along with raised beds for vegetable gardening. The house also offers a below ground root cellar, built outside the home's thermal envelope, to gain the passive benefit of long term energy-free food storage. RESILIENCY. The home's ability to weather unforeseen challenges is predictable - it will fare well. The super-insulated envelope means during a winter storm with power outage, heat loss will be slow - taking days to drop to 60 degrees even with no heat source. During normal conditions, reduced energy consumption plus energy production means shelter from the burden of utility costs. Surplus production can power electric cars & appliances. The home exceeds snow & wind structural requirements, plus far surpasses standard construction for long term durability planning. ARCHITECT: ZeroEnergy Design http://zeroenergy.com/lincoln-farmhouse CONTRACTOR: Thoughtforms http://thoughtforms-corp.com/ PHOTOGRAPHER: Chuck Choi http://www.chuckchoi.com/