Environment

E10 bioethanol fuel, containing 10% ethanol, is becoming increasingly popular in fuel distribution systems. Quality control of this fuel requires measuring equipment that meets stringent technical standards. This article guides technicians on how to use specialized equipment at EMIN to address inaccurate readings

Since E10 bioethanol fuel began to be more widely distributed on the market, many people have been interested in its compatibility with engines, fuel consumption, and actual driving experience. From a technical perspective, the quality of a liter of E10 fuel is assessed through a series of strict criteria before it appears at gas stations

In recent days, with the increasing use of E10 gasoline, many motorcycle forums have seen reports of engine hesitation, slow acceleration, or even engine stalling after refueling with the new fuel. This has led many motorcycle owners to question whether E10 gasoline is actually the cause of these problems.

In the modern world, noise pollution has become a growing concern. To avoid distracting background sounds, white noise is considered an effective solution for improving sleep and concentration.

In environmental noise reports or technical specifications of household appliances, we often encounter the figure 50dB. But in reality, does a 50dB noise level cause discomfort or affect health?

In daily life as well as industrial production, noise is increasingly becoming a serious form of environmental pollution. It silently has negative impacts on human hearing and the nervous system.

In the transportation of temperature-sensitive goods such as food or pharmaceuticals, setting and maintaining the correct temperature is essential. Even short-term temperature deviations can alter the quality of the shipment and cause financial losses.

It's currently mid-April, the beginning of summer, and sudden rain showers or humid weather can make indoor air stuffy. Keep these tips in mind to prevent mold and mildew in your home!

The EC index reflects the amount of dissolved salts present in the soil solution. When this level changes, the nutrient status and the root's absorption capacity also change. This is why EC is often monitored throughout the cultivation process.

According to specialized literature, the electrical conductivity (EC) of soil is typically between 0.2 and 1.2 mS/cm. This is the range within which plants can absorb nutrients relatively stably. When it falls below this threshold, the amount of dissolved ions is insufficient, leading to nutrient deficiencies. When it exceeds this threshold, the salt content increases, affecting plant growth.