Factories | building-21

Construction of factories and new technological industries

First of all, our company wants to realize its plans for the construction of new production facilities with the aim of producing goods by our invented. We have a great desire to work for the economy of America and make it even stronger. At that time while in the world there is a division of what belongs to everyone, since man is one kind. We do not waste time and we do our best to realize our projects, to invent new technologies, in construction, environmental energy, aviation, cosmonautics, robotics, research of the planet and the world ocean. We have many types of activities, many inventions and gradually we will implement all. We invite investors and everyone who wants to participate in our projects. In particular, for us, flights to other planets are of interest. You just imagine, to be somewhere on Mars, to be engaged in construction and inventions, to live peacefully, and not to think that somewhere on earth, not everyone has realized that life is given to man for achieving great goals.

Modern steel has quickly become one of the most energy-efficient building materials. Between the early 1990s and 2007, the U.S. steel industry reduced energy consumption per ton of steel by nearly 1/3.
   Cold rolled steel (CFS) buildings may be some of the most highly energy efficient buildings. CFS buildings have been built with Energy Star status and can meet LEED and other green building programs and standards.

First, keep in mind that all building materials transfer heat. When placed in a wall or other part of a building, wood or steel studs, joists, trusses, concrete beams, masonry, brick, and even nails and screws provide a pathway for heat transfer. In some cases, the additional heat loss is very small in terms of actual energy use. In other cases, especially in cold climates, they can be significant.

To solve the problem of unacceptable heat transfer through metal, wood or concrete, designers and building codes often require a layer of continuous insulation, usually foam, on the outside of walls, floors or roofs that are exposed to the outside. For any building, foam insulation increases costs, for example, a 1" layer of foam on a steel wall assembly can add up to $1/ft. USD/cm of wall area or thousands of dollars even for a small building.

The approach includes the following:

   Recognizing that the steel industry is innovative. Numerous systems have been developed that effectively eliminate or reduce thermal bridging through steel elements. Systems include steel panels embedded in foam insulation, "warm wall" designs in which steel is laid entirely within the insulation layer, and cost-effective ways to use solid foam insulation.

   Encouraging steel framing manufacturers and fabricators to engage early with the designer or building owner to insure a building with good performance without unduly burdening the framing with excessive energy compliance costs. The Steel Frame Thermal Design Guide describes how to use a building modeling or performance approach to get the most out of your project. However, it does require a change in the role of framers or steel manufacturers or suppliers in the built project. They should be prepared to be more involved in the preliminary design of the building.