As the global economy grows each year and becomes more interconnected, container yards must undertake the growing demand of moving containers and loading and unloading ships. Approximately 80 percent of goods are transported by sea with an estimated fleet of 56K merchant container ships. This puts extreme wear and demand on container handling equipment.
A container yard is a busy place. In August of 2021, the Port Authority of Los Angeles released numbers showing that over 900,000 containers were handled in that month alone, bringing the yearly tally to just over 6 million containers. Container handlers, such as cranes and reach stackers, are critical to meeting these types of productivity demands for ports everywhere. However, unpredictable equipment fires happen frequently, significantly impacting productivity.
As a business owner, having a reliable fire suppression system in place is one of the best ways to protect every part of your company, including your equipment, inventory, and employees. When it comes to class A, B, and C fires, clean agent fire suppression systems can be highly effective at eliminating a fire in its inception phase before it has the chance to grow, spread, and cause damage.
A clean agent fire suppression system is designed to minimize damage by acting quickly, suppressing a fire at the inception stage before it can grow. These systems are unique in that they are safe to use in occupied spaces, require no cleanup after discharge, don’t damage sensitive documents or equipment, and are environmentally friendly.
The answer here is relatively straightforward: not long at all. But there are various types of damage to consider in the aftermath of a wind turbine fire. It includes physical damage – the tangible, visible burnt-out shell of a multi-million dollar wind turbine. And the conceptual, reputational damage that is invisible but has the potential to become so deep-seated that it is increasingly difficult to fix.
When choosing your fire suppression system, one important thing to keep in mind is the aftermath of a discharge. While stopping the fire quickly is important, you also want to consider the impact of the fire suppression system you choose. After all, cleanup from a fire suppression event can be a long and arduous task if you choose a system that isn’t suited to your environment.
If you own a business, you know how devastating a fire can be. Not only do fires reduce profits by damaging property and equipment as well as increasing downtime, but they are a serious safety risk for you and your employees. And while not all fires are entirely preventable, there are many steps you can take to increase your chances of preventing fires and reacting quickly when one does occur.
A lack of clarity around the accountability of fire risk management between wind farm owners and turbine manufacturers has put the wind sector at greater risk of suffering the damaging consequences of fire. Who is responsible for what? If a turbine catches fire, who is liable? The original equipment manufacturer (OEM) or the asset owner? Whose responsibility is it to ensure that turbines are equipped with fire suppression systems?
Wind energy has a crucial part to play in steering the earth away from a reliance on fossil fuels and ultimately reducing emissions and the devastating impacts of climate change. Yet when it comes to developing projects, the industry often faces local opposition from residents on tenuous grounds. But when it comes to fire risk, failing to take steps that address public concerns could result in a damaging reputational hit – particularly if a wind turbine does catch fire.
Wind turbine fires are bad news for many reasons. From developers to operators and owners, manufacturers to workers, fire incidents at wind assets can hugely negatively affect everyone. Whether by causing injuries to onsite workers, detriment to future wind projects, or intangible wounds to the reputations of all involved entities – turbine fires deeply mar the industry.
Fire departments respond to more than one million fires each year in the United States alone. And while that number has been steadily decreasing since the 1970s, fires still present the potential for extremely hazardous situations whenever they occur. But while they all burn, not all fires are the same. In order to group fires—and the ways to extinguish them—fire professionals developed a system to classify fires.
On container handlers, hydraulics drive the motion of the boom or arm and can also drive the wheels. Hydraulic oil spraying or leaking from this system and landing on hot components in the engine and hydraulic compartment causes 90% of fires in container handling equipment. Regular hydraulic system maintenance and inspection, procuring quality hydraulic hoses and components, and installing fire suppression systems can significantly reduce productivity and injury risks associated with hydraulic fire. Keep reading to learn more about how the fire starts and how to prevent it.