Case Study #1
Client:
Research Institute
Implementation summary:
Development of an active sludge physiological state analyzer.
Client’s requirements:
Implement a device for analyzing the physiological state of active sludge and wastewater toxicity, as well as transporting environmental biological samples.
Challenges:
– Developing the operational algorithm for the device’s control system.
– Designing the mechanical and electronic components of the device.
– Creating production documentation for the device.
– Writing software for the device’s electronic components.
– Ensuring compliance with relevant directives before product launch.
– Setting up and managing the device production in-house.
– Providing ongoing service support for the device.
Implemented solution:
The device is designed for both analysis and transportation of biological samples. It allows on-site toxicity testing, respirometry analysis, and optimization tests for samples like water, wastewater, and soil. It ensures the sample’s integrity by maintaining stable oxygen and temperature conditions during transport. The device has an autonomous power supply for several hours of field operation and simple, intuitive controls. Additionally, users can program analytical algorithms for precise biological sample state control.
Benefits:
The device opens up broader applications, including in biotechnology and microbiology research labs, agricultural, fisheries, food industry, and cosmetics (e.g., algae suspensions) for initial analysis and transportation of biological samples.
Case Study #2
Client:
Aviation Industry Startup
Implementation summary:
Lighting systems for airports worldwide, including both civilian and military airports.
Client’s requirements:
Implement a production system for airport lamps with easy installation and reliable operation in any geographical location.
Challenges:
– Reviewing regulatory requirements for the aviation industry.
– Developing the product concept and technical documentation for mechanical, electronic, and embedded software.
– Creating production documentation.
– Prototyping and functional verification.
– Producing the final product and ensuring compliance with EMC directives.
– Ongoing support and product upgrades.
Implemented solution:
The lamps feature an integrated battery and solar panel for continuous, maintenance-free operation, ensuring a positive energy balance. They also include radio communication for remote control and monitoring, including battery charge level and fault alerts. The rugged design makes them suitable for temporary airports and various weather conditions.
Benefits:
– Modular design and high-quality LED optics for durability and reliability.
– LED approach path indicators for airport lighting.
– Solar-powered devices for temporary runway lighting during occasional or emergency operations.
– Designed in accordance with ICAO recommendations for rapid deployment.
Case Study #3
Client:
Environmental Engineering Startup
Implementation summary:
Air quality sensor for environmental monitoring, including various parameters such as CO, CO2, NO2, SO2, O3, PM1, PM2.5, PM10, and formaldehyde.
Client’s requirements:
Implement a multiparameter environmental sensor with real-time measurements and wireless GSM communication, designed for outdoor use.
Challenges:
– Concept development and creation of mechanical, electronic, and embedded software documentation.
– Prototyping and functional verification.
– Compliance with EMC directives and production scale-up.
– Ongoing technical support and service.
Implemented solution:
The multiparameter sensor measures environmental parameters in real-time and sends data every minute via GSM communication. The device is built to withstand harsh outdoor conditions and has IP-rated protection for dust and water.
Benefits:
– The air sampling conditioning technology improves measurement accuracy.
– Useful for air quality monitoring within Smart City systems.
Case Study #4
Client:
Healthcare Industry
Implementation summary:
Teleinformatics health monitoring system for individuals with respiratory diseases.
Client’s requirements:
Implement a system for interactive health monitoring in patients with respiratory diseases, enabling early prevention and personalized therapy.
Challenges:
Developing a module to measure environmental parameters affecting patient health (e.g., PM2.5, SO2, NO levels, temperature, humidity, sunlight).
Implemented solution:
The system detects changes in the patient’s health based on environmental influences and predicts health conditions. It suggests medication changes or medical interventions when necessary.
Benefits:
– Allows continuous monitoring of respiratory conditions during daily activities.
– Helps control disease progress, increase health awareness, and prevent exacerbations.
– Improves quality of life and reduces healthcare costs.
Case Study #5
Client:
Water Utilities
Implementation summary:
Automatic Water Curtain Management System
Client’s requirements:
Develop a device for remote activation and deactivation of water curtain sprinklers via a mobile application, enabling quick response to changing weather conditions and online status monitoring.
Challenges:
– Concept development and creation of design documentation for mechanical, electronic, and embedded software, including an Android app.
– Prototyping, functional verification, and ensuring IP protection for high humidity conditions.
Implemented solution:
An intelligent system for measuring, controlling, and monitoring water curtains. The system uses solar panels for energy efficiency and has features like remote operation, status monitoring, and real-time alerts for malfunctions or vandalism. It is designed for autonomous operation, with water usage optimized based on weather conditions.
Benefits:
– Energy-efficient, with solar charging and battery-powered operation.
– Remote control via mobile app for convenience and rapid response.
– Ensures water usage optimization and operational efficiency, with safety and security features included.
These case studies demonstrate a wide range of successful implementations across various sectors, showcasing innovation, flexibility, and reliability in tackling complex challenges.
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