Agricultural and Farming Uses of Steel Buildings
Livestock and Poultry Housing: Durable and Well-Ventilated Steel Structures
Steel structures in barns and chicken coops are superior to wood and brick construction in dealing with rust, storm damage, snow, and fire. A major benefit of steel structures is the absence of internal support columns, allowing farmers to customize the barn for optimal ventilation, ease of access for feeding, and effective systems for managing waste. Unfortunately, the ventilation systems that farmers invest in are often ineffective. However, when ranchers place ridge vents at the peak of their barn roofs, with side openings and automatic fans, they can create a self-regulating ventilation system that will control moisture and air quality. Studies in agricultural journals have shown that effective climate control systems can reduce the incidence of respiratory problems in penned animals by as much as 40%. Additionally, steel is a non-porous and smooth material that does not support mold and bacteria growth, resulting in reduced disease outbreaks and lower cleaning costs. Modern steel barns often offer insulation, as well as glass panels with light-entrapping heat control that are located in the insulated ceilings. The use of natural light in barns helps regulate the circadian rhythms of the animals and reduces the cost of electric lighting. With the increasing demands for acceptable levels of animal welfare, steel barns, with their multitude of benefits, assist farming operations in addressing these obligations as their operations expand.
Storage Options for Ag Machinery, Crops, Grain, and Hay
Storage needs for agricultural operations, including silos and specialized barns, have made steel buildings a popular option. The unobstructed space can accommodate huge machines like combines, roller mills and long grain truck augers. Open span buildings come in a range of different widths and heights so there are no issues with installing conveyor systems, grain drying systems, or any monitoring systems. Compared to wood, steel buildings are less likely to be damaged by insects and less likely to rot. There are no gaps for pests to enter which makes it easier to meet food safety regulations, and as tissue shows, there are little gaps for pest entry, which meets food safety regulations.
Farmers can complete assembly of most steel buildings in under four weeks, and are thus able to have them ready just in time for the upcoming harvest season. Additionally, the modular design of the buildings allows for the gradual expansion of storage capacity as the business develops over time.
Since Steel buildings can result in immense improvements in business operations and logistics, they are rising in popularity among industrial businesses, warehouses, and distribution centers. Preventing interruptions to the smooth functioning of a distribution center or warehouse is vital to their success, and steel buildings offer the potential to increase storage and the ability to run uninterrupted conveyor belts across the floor. Steel construction will endure the rough conditions of a distribution center or warehouse throughout the years, from inclement weather to the harsh conditions imposed by industrial-grade forklifts and pallets. When compared to warehouse and distribution center construction using tilt-up or precast panels, steel construction will consistently result in lower maintenance costs. Steel construction is typically completed in a shorter time frame than concrete, and the lower humidity levels of steel structures may result in an increased safety of stored food, medicine, and sensitive electronics within the steel building. Steel structures are often more temperature- and humidity- controlled than concrete buildings and, as such, Modern steel construction buildings are often designed and constructed with integrated fire containment systems in order to provide a preventative fire safety solution which offsets the increased construction costs. Steel construction is more widely accepted to provide increased construction speed, reliable performance in hot weather, and the capacity to meet the fire safety regulations as outlined by the International Code of the Building and the Fire Protection Association.
Manufacturing Plants and Processing Facilities with Custom Steel Frames
Custom steel framing provides a flexible foundation for major manufacturing applications. Consider, for example, food processing plants requiring USDA-compliant surfaces for stainless steel that is designed for frequent cleaning, or automotive plants requiring high capacity (50-ton) overhead cranes with vibration isolation assembly floors. In chemical or salt-air coastal applications, Galvalume and weathering steel outperform their competition for corrosion resistance. Modular parts are designed for easy assembly and can be used for expanding operations during a renovation, whether for new production modules or for additional overhead mezzanines. Insulated metal panels are also effective for avoiding adverse effects on precision equipment and sterile packaging processes that can occur due to condensation and temperature changes. These and other characteristics mean that steel is no longer an energy drain, but an operational asset for lean and energy-efficient operations, with easy scalability.
Retail, Office, and Mixed-Use Adaptive Spaces
Steel construction creates flexibility and adaptability for both commercial and civic uses. By utilizing steel columns, interior spaces can be easily reconfigured. Consider the ease of altering retail space to create a temporary event area, or how a co-working space could be transformed into a medical office, or how a storage area could be converted to office and retail space. Steel construction enables flexibility to add, subtract, or renovate space. From a sustainability standpoint, it makes sense to extend the life of a building and reduce construction waste. Because of its flexibility, steel construction is particularly well-suited for community facilities that serve a large number of users and receive a high level of activity. For example, community sports facilities, public libraries, creative spaces, and community workshops require flexibility, durability and the ability to easily adapt to differing uses and activities. In urban areas where land is scarce, steel construction provides the ability to efficiently utilize land and meet height, density, and accessibility requirements. Steel enables higher buildings and less steel spent to achieve those upper levels.
Specialized and Emerging Applications of Steel Buildings
Temporary Emergency Shelters, Aircraft Hangars, and Recreational Facilities
Steel constructions face the most demanding requirements and most critical applications. Exemplifying the demands and requirements of modular construction, prefabricated emergency shelters can be made operational in a matter of days, allowing emergency workers to arrive and commence their life-saving operations without long delays. These shelters are designed to FEMA standards, meant to sustain natural disasters or any sort of mutilating wind or impact that the natural disasters are capable of, allowing their sheltering use in emergency situations to be made of modular shelters and providing staging or rest shelters to workers on construction sites. For use in airport and aviation facilities, steel building construction provides a unique ability to fully open (meaning without any columns) the space of a hangar. The space made available in a hangar is necessary to the operational use of the hangar, including the maintenance and storage of equipment. Steel construction used in the coating of above ground storage tanks also serves to mitigate the effects of de- icing chemicals in the winter and salty air when used in the sub-coastal regions. The construction of sports facilities and other recreational facilities is also a benefit. The construction of indoor arenas, swimming pools, and physical gymnasiums takes advantage of the covering of great spans (long gaps) without supporting columns, allowing the construction of more strategic layouts and improved sightlines of the spectators. Recent innovations in the field of insulating materials (such as insulating panels) and the materials used to manufacture exterior facades or other exterior components provide designers with the ability to design improved structures that are the same as all other structures, and over the life of the structures, less maintenance is required than that required to sustain maintenance of the buildings made of antiquated materials such as masonry or wood.
FAQ
What advantages do steel buildings provide for housing livestock and poultry?
With steel buildings, livestock and poultry housing can benefit from greater airflow, and improved building hygiene, as steel buildings resist rust and mold, as well as fires and storms, which can reduce animal disease outbreaks.
What are some advantages from steel structures for storing machinery, crops, and grains?
Steel structures assist in meeting regulations for storing machinery, crops, and grains due to their large, pest-free, moisture-controlled, and compliant storage space.
Are steel structures good for warehouses and distribution centers?
Absolutely, steel structures provide storage, insulation, and ventilation space which lowers upkeep and storage costs.
Why are steel frames desired in manufacturing plants?
Steel frames are essential for USDA-standards, and corrosion resistance which assists in improved manufacturing operations and provides additional flexibility for expansions.
Can steel structures be utilized in some retail and community spaces?
Definitely. Because of their ease of modification, steel frames can offer great flexibility and strength for a variety of uses in tighter areas.