In the past, it was a common practice during the demolition of buildings or other structures to simply cart the waste materials away to a landfill. Today however, the growing cost of disposal and new materials, has put a greater emphasis on recycling old materials. De-constructing is an approach that involves a more careful disassembly of a structure so that parts of it can be reused or recycled. This has given a whole new face to waste management, one which reduces the amount of materials put into landfills, reduces the demand for precious natural resources and, best of all reduces the cost to the consumer.
No swimming pool lasts forever. At some point, every in-ground swimming pool built will meet the same fate: Demolition. Oh sure, there will be a few hangers-on like old classic cars, but the majority of pools will be removed at some point. The reasons homeowners remove their pools are too numerous to cover in this article, but once this decision is made the cost discussion begins.
What is Involved with Pool Replacement?
When deciding to convert back yard space from pool to another use, multiple factors influence the cost. Continue reading “What Influences the Cost to Remove a Pool?”
An experienced builder understands that a sloped building lot presents issues such as stability, varying soil types, possible erosion, and poor drainage which can complicate construction and drive up costs.
The slope of the site might be obvious. If site drops six feet from one end to the other, for instance, you know you may need a deeper foundation on the low side, or a stepped-down foundation. Soil types are less obvious, but unstable soils can require remediation that also makes a site challenging to build on. And we have written previously about the utility of trenching to control water flow. Continue reading “Excavation: Grading a Sloped Construction Site”
Your property needs to properly drain water to protect your home. Foundations in particular need to be protected from pooling water and seepage. So the property surrounding your structure needs to be engineered to divert water from storms off the property easily.
And you may need to work with your neighbors. If their land stands at a higher elevation than yours, you may receive their water run off. One option in such cases is excavating your property: Digging trenches and installing French drains to divert the water flow away from buildings.
The Northern California rainy season has begun, and with it come special challenges for construction project crews.
The most common wet weather dangers are “slips, trips and falls.” These dangers are particularly prevalent when working in elevated positions such as when using scaffolding, hand holds, stairs and ladders. Even after the rain stops, conditions remain muddy underfoot for days.
Strong winds create their own hazardous conditions, scattering unsecured materials and putting pressure on scaffolding. Wet and windy weather can also make driving and operating excavation machinery more dangerous due to slick conditions and reduced visibility. Continue reading “Excavating and Drilling in Wet Weather”
With our winter season arriving, as a homeowner you should take some steps to winterize your foundation against the colder, wetter weather. This is not something you should overlook, as the foundation of your home is literally the base for the entire structure which rests upon it, supporting everything inside your home. Here are some tips that will help prepare your home’s foundation for winter. Continue reading “How to Winterize Your Home Foundation”
While the idea of having a pool on your property is attractive, people who already have them often decide to have them removed, especially once children grow up and leave home.
Seven reasons swimming pool owners “pull it out”
Excavation and trenching are naturally hazardous construction operations, and contractors need to take all the appropriate steps to ensure worker safety. The Occupational Safety and Health Administration (OSHA) defines an excavation as “any man-made cut, cavity, trench, or depression in the earth’s surface formed by earth removal.” A trench, in particular, is defined as “a narrow underground excavation that is deeper than it is wide, and is no wider than 15 feet (4.5 meters).”
When we approach any excavation, drilling or demolition job we keep safety first, starting with the planning for the job. It is not just the possibility of the sides of an excavated plot or trench collapsing. Safety planning also must accommodate the interaction of our people and the machines they need to employ to carry out the job, and the terrain on which those machines must operate. Continue reading “Construction Site Excavation Safety Steps”
Foundations vary in structure relative to the depth to which the foundation must be established in the ground. Small structures might only require a shallow foundation, which involves excavating between three and eight feet into the ground, before pouring a concrete footing.
Commercial Building Foundations
Helical anchors enjoy widespread use today to help stabilize and secure above-ground structures, especially when that structure is built on ground that may be or has become unstable. The anchors themselves are steel shafts with helical coils or plates welded on at an angle. The shafts are screwed into the soil beneath the foundation to a depth that enables the coil to support the load. When foundation drilling calls for helical anchors, the depth of the anchor is drilled into the ground is determined by precisely measuring the torque it takes to turn the anchor. Generally, the higher the torque value the more stable the soil. This gives soil and structural engineers an accurate indication of the load-bearing capacity of the helical anchors. Continue reading “Helical Anchor Installation Relies Upon Accurate Torque Measurements”