Thu. Feb 29th, 2024
Frozen in Time: Achieving Optimal Results with Cutting-Edge Refrigerated Storage

Refrigeration can reduce the rate at which food deteriorates and helps to control microorganism growth. It also helps to slow down the rate of chemical changes in food.

Refrigerated storage is a vital part of any supply chain, with cold storage facilities being used to store a variety of products, from perishable goods to pharmaceuticals. Learn more about the different types of cold storage facilities and how they work to help your business.

Humidity Control

In addition to temperature control, humidity control in refrigerated storage is critical to maintaining product quality and freshness. Maintaining a relative humidity level between 40 and 60% is a sweet spot for preventing respiratory conditions, worsening health concerns, and the growth of bacteria and organisms.

To achieve these levels, refrigeration systems must contain adequate evaporator surface areas, fans and airflow rates kho lanh cong nghiep tai ha noi. In addition, dehumidifiers must be installed in cold storage facilities to eliminate humidity before it can form as ice.

Humidity drawers and jacket systems are another type of humidity control in refrigerated storage. These devices restrict the flow of air into a specific fruit or vegetable drawer, resulting in a higher moisture content within that area.

Designated vapor generators in refrigerators can also help to control humidity levels. These units use a water source to create a dew point in the air, then reheat it to a targeted air temperature, producing a very constant relative humidity level.

Temperature and humidity-controlled chambers can provide a stable environment in which customers can study and analyze the durability of their products. Unlike many other manufacturers, Parameter rooms and chambers use a unique method to control humidity. The dew point generating system is designed to provide superior levels of humidity performance, as outlined in our Humidity Control 101 blog post.

Freight Elevator

The freight elevator is an important part of refrigerated storage and can be found in many types of warehouses. Whether you need to move heavy items like pallets or crates between floors, the right freight elevator will make it much easier on you and your employees.

These lifts typically have a number of features, such as automated loading and unloading systems and computer-controlled smart safety systems. They are also known for their energy efficiency and durability.

There are a number of different kinds of freight elevators to choose from, with traction elevators and hydraulic elevators being among the most popular. The best ones are designed to handle the rigors of hauling heavy loads.

They are most commonly installed in large industrial buildings where they can transport huge amounts of cargo from one floor to another. In addition to transferring goods, freight elevators are also used for other purposes, such as providing a means of accessing a roof deck or a mezzanine floor. The modern elevator is made up of a variety of components, including an electric drive motor that operates on either alternating or direct current. The drive system uses a series of cables and sheaves (pulleys) to move the vehicle. The most impressive feature of these slick machines is the way they can move an object weighing in at over two tons to a new level.

Energy Efficiency

One of the most challenging obstacles that cold storage managers face is energy efficiency. Refrigeration equipment uses a lot of electricity and requires constant power to keep interior temperatures low.

Because of this, refrigerated storage facilities often incur a large energy bill. However, there are many ways to reduce this energy usage in a refrigerated warehouse.

For example, large diameter fans can be used to reduce cooling and humidity in a cold storage building. This is a cost-effective solution to reducing energy costs and can help you save money long term.

Another way to lower refrigeration energy costs is by installing a compressed air storage system. This method combines natural gas with air pressure to heat the air and then expand it to generate electricity.

In addition to saving electricity, CAES also provides a source of carbon-free energy. As a result, it can cut emissions by up to 70 percent of the amount produced by conventional facilities that use natural gas alone.

For this reason, it is important to develop a strategy that integrates all aspects of a refrigerated storage facility to maximize energy efficiency and financial savings. This can involve a shift from an expert-led approach to a data-driven approach where decisions are made on a continuous basis by monitoring operations and asset key performance indicators and identifying inefficiencies that can be fixed on a regular basis.

By admin