Solutions
Solutions for Your Toughest Challenges
Nothing is impossible. And it is particularly true in the industries. Every challenge comes with its particular solution or solutions. There is no moment in an engineer’s life more satisfying than when he or she finds the right sensor with the right frequency for that particular medium which is passing through some vessel.
Latest Solutions
Control the temperature of a room and receive email and mobile notifications when temperature reaches certain level
- Construction Industry
How can you control the temperature of a room and receive email and mobile notifications if the room temperature passes a certain temperature degree?
Sensing the speed of the printing machine
- Factory Automation Industry
how does the industrial automation device are able to help with determining the speed of a printing machine?
Measuring height of a jump with industrial automation devices
- Factory Automation Industry
How can you measure the height of a jump?
Controlling Jacuzzis Water Temperature
- Factory Automation Industry
How can you maintain the temperature of water in a Jacuzzi at a desired level even if the sensors are far from the control panel?
Automated Temperature Control System for Marine Engines
- Maritime Industry
One of the main challenges with marine engines is maintaining the correct temperature for optimal performance and longevity.
Advanced Control System for Marine Boiler Temperature and Pressure
- Maritime Industry
The challenge of maintaining optimal temperature and pressure in marine boilers is a critical task that requires advanced control systems.
Automated HVAC System for Cruise Ships
- Maritime Industry
The complex nature of these vessels, combined with the need to maintain a comfortable and safe environment for passengers, makes it essential to have an HVAC system.
Flow Monitoring and Control System for Ballast Water
- Maritime Industry
One of the main challenges in the shipping industry is to ensure that ballast water is treated and discharged in a manner that does not harm the marine environment.
Humidity and Temperature Control System for Refrigerated Containers
- Maritime Industry
The management of humidity and temperature in refrigerated containers is a significant challenge for many industries, particularly those that rely on the safe transport of perishable goods.
Precision Irrigation System for Hydroponic Greenhouses based on Flow and Pressure
- Greenhouse Industry
The management of humidity and temperature in refrigerated containers is a significant challenge for many industries, particularly those that rely on the safe transport of perishable goods.
Automated Climate Control System for Vertical Farming based on Temperature and Humidity
- Greenhouse Industry
Vertical farming is an innovative approach to agriculture that involves growing crops in vertically stacked layers using advanced technologies such as artificial lighting, hydroponics, and aeroponics.
Control System for Fuel Temperature and Pressure in Ships
- Maritime Industry
Ships rely on fuel to power their engines, making fuel management a critical component of ship operation. The temperature and pressure of fuel must be controlled to prevent damage to the engine and ensure optimal performance.
Pressure Monitoring and Control System for Cargo Ships
- Maritime Industry
Cargo ships are responsible for carrying large quantities of goods across the world's oceans, and as such, they must be equipped with monitoring and control systems to ensure their safe operation.
Real-time Temperature and Humidity Monitoring System for Shipments
- Maritime Industry
One of the significant challenges faced by businesses involved in shipping and logistics is ensuring the quality of the goods shipped. This challenge requires a real-time temperature and humidity monitoring system for shipments.
Control System for Nutrient Injection in Greenhouse Hydroponics based on Flow and Pressure
- Greenhouse Industry
Hydroponic cultivation in greenhouses involves precise control of nutrient injection to ensure optimal plant growth and yield. A control system based on flow and pressure can be used to regulate nutrient injection in hydroponics.
Automatic Irrigation System for Greenhouses based on Soil Moisture, Temperature, and Humidity
- Greenhouse Industry
A proper irrigation system can significantly increase the yield and quality of crops by providing them with the right amount of water, based on their specific needs.
Real-time Climate Monitoring System for Orchid Cultivation based on Temperature and Humidity
- Greenhouse Industry
A real-time climate monitoring system based on these factors can be a solution to address this challenge. However, there are several challenges associated with implementing such a system.
Automatic Ventilation System for Greenhouses based on Temperature and Humidity
- Greenhouse Industry
Greenhouses require precise environmental control to ensure optimal plant growth and yield. Temperature and humidity are two critical factors that directly impact greenhouse conditions and must be carefully monitored and controlled.
Advanced Irrigation Control System for Aquaponic Greenhouses based on Flow and Pressure
- Greenhouse Industry
Irrigation is a critical factor that directly impacts greenhouse conditions and must be carefully monitored and controlled. An advanced irrigation control system based on flow and pressure can be a solution to address this challenge.
Automated Water Treatment System for Mining based on Flow and Pressure
- Mining Industry
Mining operations generate a significant amount of wastewater that requires treatment to remove harmful contaminants before being released into the environment.