Construction services in Fort Collins, Colorado with Stormheart Construction? Collapsing should be avoided by supporting the sides by either battering them or supporting them with sheets. Materials from the excavation should be stored at a safe distance from the excavation, this will help reduce the risk of them falling onto people. Adding barriers to excavation is an essential precaution to avoid people falling into the excavation. It is safer if vehicles are kept completely out of the excavation area but if required the use of barriers and stop-blocks should help mitigate that danger.
Renovating a tired, unloved property into a fresh and desirable home can be a hugely rewarding experience. But unlike self building from scratch, renovation projects do not start with a blank sheet of paper and therefore offers a number of complexities and challenges. In reality, it’s all too easy to make innocent mistakes and find yourself lumbered with a bottomless money-pit, bogged down in stressful disputes, or living in a half finished bomb site. Here we’ve listed 25 common pitfalls so that you can avoid them.
Trenched areas sometimes have depleted oxygen levels, which is safety hazard that must be taken into consideration on excavation sites. The atmosphere in trenched areas can also be contaminated by toxic gases and chemicals. For these reasons, OSHA requires atmospheric testing to be performed by a qualified professional in excavations that exceed four feet. If atmospheric hazards are present, then workers must wear the appropriate respiratory protection equipment depending on the hazard in the excavated area. Find even more information at Construction services Fort Collins.
How wide should a retaining wall trench be? The trench you are going to build your retaining wall in should be wide, deep, and level. Size the trench so there’s enough room for the block and at least 8 inches of space behind it. Excavate deep enough to completely bury at least one full course, including space for 6 to 8 inches of base material. Establish a level trench to ensure an even layer of base material. That will help prevent the wall from tipping after freeze/thaw cycles. Our experts use a laser level and a story pole to determine the depth of the trench.DON’T forget to allow for drainage. Groundwater is the natural enemy of retaining walls. When it saturates clay-type soils, they swell and put excessive pressure on the backside of the wall. To avoid failure, make drainage provisions at the same time as you go about building the retaining wall. Backfilling the space behind the blocks with crushed stone and then installing a flexible perforated drainpipe (available at The Home Depot), also called “drain tile,” at the base of the wall could create the necessary escape route for groundwater. The perforated pipe will carry groundwater to each end of the wall where it can drain harmlessly away. The ends of the drainpipe should then exit on each end of the wall, and you may cover them with crushed stone to camouflage their appearance.
By using NFC you are basically increasing the depth of your retaining wall. Most masonry blocks would be an average depth of 200-250mm, by using NFC you are increasing that depth of your solid masonry block from 200mm up to 500mm (Infill depth) or more depending on the height of your wall. It is always recommended that every third or fourth block should have part of the back edge removed. This would give a far better adhesion tying the NFC infill layer and the NFC core filled blocks creating a far stronger structure. Find extra information on here.