Water is our most precious resource, but in many regions, including Iraq, it faces severe threats from pollution, mismanagement, and scarcity. Poor water quality not only affects public health but also cripples industries like agriculture and aquaculture, which are vital to our economy and food security.
At Noor Renewable Energy, we believe that smart technology is the key to solving these challenges. We provide advanced monitoring and control systems to protect water resources, optimize usage, and ensure sustainability for communities and businesses alike.
In aquaculture, water quality is everything. Our system provides continuous, real-time monitoring of critical parameters like dissolved oxygen (DO), pH, temperature, and ammonia levels. This automated monitoring prevents catastrophic stock loss, optimizes feeding, and improves growth rates, ensuring a profitable and sustainable operation.
Ensure the water your family uses is safe. Our home system monitors the quality of water stored in your roof tank, checking for contaminants, TDS (Total Dissolved Solids), and pH levels. Stagnant water can breed bacteria, but with our solution, you'll receive alerts if quality drops, prompting you to clean the tank or check your filter system.
Never run out of water unexpectedly. This system uses ultrasonic sensors to provide high-accuracy, real-time measurements of the water level in your home tank. Get alerts on your phone when the level is low, and integrate with your water pump for automatic refilling, all while tracking your daily consumption.
In high-tech agriculture like modern fish farms and hydroponic systems, water is the most critical component. It's a complex life-support system where success depends on data. Simply having sensors isn't enough; understanding the analysis is the only way to maintain the delicate chemical and nutrient balance required for aquatic life and plants to thrive.
We utilize a suite of advanced sensors to monitor the key parameters in real-time. Understanding *why* each is important is the first step: