Atlas Scientific

Hydroponics and vertical farming are not competitors; rather, they address distinct issues. Vertical farming makes the most of available space, while hydroponics regulates the way plants are fed. The true benefit comes from accuracy: energy efficiency, yield stability, scalability, and long-term profitability are all determined by constant monitoring of pH, EC, and oxygen. If...

Maintaining proper sanitation in a swimming pool depends heavily on oxidation-reduction potential (ORP), which directly reflects how effective your disinfectant (typically chlorine) is at killing contaminants. In most pools, an ORP range of 650 – 750 mV is considered ideal for safe sanitation, making accurate ORP measurement essential for consistent water quality. However, no...

In modern water treatment systems, oxidation-reduction potential (ORP) measurement plays a critical role in maintaining water quality, ensuring effective disinfection, and optimizing chemical dosing. ORP sensors are commonly used to monitor processes such as chlorination, ozonation, and wastewater treatment, where maintaining the correct oxidative balance is essential for bot...

When it comes to hydroponic growing, maintaining precise control over water chemistry is not just beneficial; It’s essential for plant health, yield consistency, and disease prevention. While parameters like pH and electrical conductivity (EC) are commonly monitored, oxidation-reduction potential (ORP) is an often underutilized but highly valuable metric. ORP provides insight...

Vertical farming isn’t “better” than greenhouse farming, it’s simply different. Vertical farms maximize yield per square meter with total environmental control but high energy costs, while greenhouses leverage free sunlight for lower operating costs and broader crop flexibility. The right choice depends on data, location, and crop economics. The controlled environment agricul...