For CO2 reduction...! Air conditioner filter

As of yesterday, November 6th, our company, Honest Co., Ltd., has started distributing a newsletter. Although it has only been two days since yesterday and today, we would like to introduce a product that has received a lot of inquiries. It is the CONTINEWM electrostatic removal sheet! Those of you who read our news every day may already know about it, but we would like to take this opportunity to introduce the product again. This product is a sheet that can be attached to air conditioners and, as the name suggests, removes static electricity. Air conditioners accumulate positive static electricity, which reduces the heat exchange efficiency, leading to unnecessary power consumption without you even realizing it. By installing the CONTINEWM sheet in front of the air conditioner's heat exchanger, it creates a non-electrified state, restoring the intended heat exchange efficiency and recovering power consumption. There may be things that are not clear from the text alone. The materials we are providing this time include diagrams that explain everything clearly. Please take this opportunity to check it out.

What exactly does a comfortable space refer to? There may be various criteria depending on the person, but simply put, a comfortable space is "a place where temperature, humidity, and air hygiene are properly managed." We humans feel hot when the temperature is too high and cold when it is too low. Additionally, when humidity is too high, it feels damp and uncomfortable, making it difficult for sweat to evaporate and thus hard to lower body temperature. Furthermore, a space filled with house dust such as pollen, mites, and dust is not only unclean but also troublesome due to sneezing and a runny nose. In such environments (within a company), air conditioning systems, including air conditioners, play a crucial role. What happens when we add a continuum to the air conditioner? First, as a secondary effect of the continuum, the overall amount of dust decreases, and the air becomes free of odors, spreading throughout the space. Moreover, energy-saving effects from the air conditioner are also expected, making it indispensable to implement this. Recently, there have been examples of well-known hotels introducing a continuum solely for the purpose of creating a comfortable space. Detailed information will be provided free of charge.

Today, I would like to share a little about the journey of Continuum, which our company handles as a primary distributor, until its completion. The president of the manufacturer has been supporting the creation of a "comfortable environment (antioxidant environment)" using special ceramics for over 10 years. To create a comfortable space, when constructing or renovating stores and residences, special ceramics were mixed into binders and paints, and applied to floors, walls, and ceilings. As a result, many clients reported that "for some reason, their electricity bills had decreased." Since the goal was to create a comfortable space, the energy-saving effect was an unexpected discovery. However, even if the goal was energy savings, it required painting ceramics on the floors, walls, and ceilings, which became a large-scale operation. So, we wondered if there was a simpler way to do it. At that time, the idea struck: "Let's utilize the air conditioning airflow!" By forcibly changing the indoor air using air conditioning, we thought we could achieve similar energy-saving effects, and after much trial and error, Continuum was completed. It is now regarded as the ultimate analog energy-saving product in modern times.

Our product CONTINEWM receives inquiries daily, but it does not necessarily show effects in all environments. We have created a document summarizing such situations. From that document, we would like to highlight one point in this news. First of all, the effectiveness of CONTINEWM indicates that power consumption is being reduced, which means that the compressor of the air conditioner is running for a shorter duration. Considering this, one situation where effects may not be observed is when: 【The frequency of opening and closing windows and doors is high, making it difficult to reach the set temperature.】 When windows and doors are opened and closed, heat continuously flows in from outside, preventing the indoor temperature from being reached, which results in the compressor not stopping, making the effects less noticeable. Additionally, if there are heat sources such as servers or pachinko machines indoors, there is a possibility that the compressor may not stop during cooling, so caution is advised. As such, the effectiveness can be influenced by the surrounding environment. For those considering implementation or wanting to conduct verification experiments before implementation, please feel free to consult with us before proceeding. Thank you.