Endless Application Possibilities
At Kroemtech, we provide a cost-effective solution that streamlines communication between sensors, the cloud, and end devices like laptops and smartphones. Its easy deployment unlocks a vast array of application possibilities. This page offers an overview of how various industries can benefit from our industrial IoT technology.
Why are industries employing industrial IoT systems for condition monitoring?
Risk Mitigation
Early detection of hazards and equipment malfunctions greatly enhances workplace safety.
Compliance
Condition monitoring supports industries in adhering to safety regulations and standards by ensuring data traceability and providing clear documentation.
Data-Driven Decision Making
IoT systems deliver real-time data and insights, facilitating informed decision-making and faster response to emerging issues.
Trend Analysis
Historical data collected from condition monitoring can be analyzed to identify trends and patterns, further improving operational strategies.
Labor Efficiency
Automated condition monitoring reduces the need for manual inspections and fosters collaboration across departments by providing shared access to data.
Process Optimization
Condition monitoring data can be leveraged to refine industrial processes, cut down on waste, and boost overall operational and machine efficiency.
Overview of IoT Applications by Industry
Manufacturing
• Motor and structure health
• Air quality monitoring
• Worker health and safety
• Energy consumption monitoring
• Quality control and assurance
Food industry
• Air quality monitoring
• Water quality monitoring
• Spoiled food detection
• Vegetable ripening control
• Quality control and assurance
Chemical industry
• Chemical leak detection
• Air quality monitoring
• Worker health and safety
• Energy consumption monitoring
• Motor and structure health
• Underground Water Monitoring
Farming
• Water quality monitoring
• Soil property monitoring
• Solar radiation monitoring
Transport and Logistics
• Tracking valuable goods
• Spoiled food detection
• Vegetable ripening control
Smart Cities
• Air quality monitoring
• Water quality monitoring
• Natural Condition Monitoring
• Underground Water Monitoring
Energy
• Air quality monitoring
• Energy consumption monitoring
• Worker health and safety
Building automation
• Air quality monitoring
• Water quality monitoring
• Energy consumption monitoring
Air quality monitoring
Monitoring air quality is essential for ensuring a safe and healthy environment. Poor air quality can lead to serious health issues, decreased productivity, and increased operational costs. By tracking key parameters like temperature, humidity, and pollutants, businesses can proactively manage and improve indoor air conditions. This not only enhances employee well-being and performance but also helps in complying with regulatory standards, reducing energy costs, and safeguarding product quality.
Conditions Monitored
Temperature, humidity, air quality (particles, VOC, NOx, CO...)
Benefits
Enhanced Workplace Safety
Monitor and maintain air quality to ensure a safe and healthy work environment for employees.
Waste Management
Control and reduce the release of pollutants into the environment, ensuring responsible waste management practices.
Increased Revenue
Optimize energy usage and reduce costs associated with environmental control.
Improved Product Quality
Maintain consistent environmental conditions to ensure product consistency and reduce contamination of products, especially in industries like pharmaceuticals and food processing.
Water quality monitoring
Monitoring water quality is crucial to ensure it meets the standards necessary for human consumption, aquatic life, and ecosystem health. It helps in detecting contaminants, pollutants, and changes in water chemistry that could affect public health and the environment. Regular monitoring allows for early detection of problems, timely intervention to prevent waterborne diseases, and effective management of water resources for sustainable use.
Conditions Monitored
pH, turbidity, dissolved oxygen, temperature, conductivity...
Benefits
Compliance Cost Savings
Avoid fines and reduce compliance costs by ensuring water quality meets regulatory standards consistently.
Improved Product Quality
Maintain consistent water quality to ensure the quality and safety of water-dependent products.
Enhanced Workplace Safety
Detect and address hazardous water conditions promptly to prevent health risks.
Worker health and safety
Real-time monitoring enhances worker safety by swiftly detecting hazardous conditions, such as gas leaks, radiation, or equipment malfunctions. This early detection enables prompt intervention, helping to mitigate risks and prevent accidents. Worker location can also be tracked for enhanced security.
Conditions Monitored
Worker location, exposure to hazardous materials
Benefits
Increased Revenue
Reduce downtime due to accidents and ensure a more productive workforce.
Enhanced Workplace Safety
Receive immediate alerts in case of emergencies allowing faster response.
Improved Efficiency
Healthy workers are more productive and can maintain higher standards of work.
Chemical leak detection
Chemical leaks can pose severe risks, including toxic exposures, fire hazards, and environmental contamination, which can lead to significant health and safety incidents. Early detection of leaks helps prevent accidents, minimizing harm to workers and nearby communities. It also helps in complying with environmental regulations and avoiding costly fines or legal liabilities.
Conditions Monitored
Specific gases in the air, pressure variations, flow rate, acoustic signatures.
Benefits
Minimize Financial Loss
Early detection prevents costly chemical spills or contamination events. Minimize expenses related to chemical cleanup and remediation efforts.
Enhanced Workplace Safety
Minimize exposure to hazardous chemicals and reduce risks of accidents or injuries.
Prevent Environmental Contamination
Avoid pollution incidents that can harm ecosystems and communities.
Regulatory Compliance
Ensure compliance with environmental regulations and safety standards for chemical handling.
Motor and structure health
Monitoring the health of motors and structures is crucial for maintaining operational efficiency and safety in industrial settings. By tracking parameters such as vibration, temperature, pressure, and sound, businesses can detect early signs of equipment wear and potential failures. This proactive approach minimizes unplanned downtime, reduces maintenance costs, and extends the lifespan of machinery. Additionally, ensuring machinery operates within optimal parameters improves product quality and consistency, while also enhancing workplace safety by preventing accidents due to equipment malfunctions. Regular health monitoring of motors and structures is a smart investment for sustaining productivity and ensuring a safe working environment.
Conditions Monitored
Vibration, temperature, pressure, sound, energy consumption...
Benefits
Increased Revenue
Minimize unplanned downtime by predicting equipment failures and scheduling maintenance proactively.
Improved Product Quality
Ensuring that machinery operates within optimal parameters can reduce product defects and increase yield.
Enhanced Workplace Safety
Detect anomalies early to prevent accidents caused by equipment malfunction.
Quality control and assurance
Monitoring product quality in real time is essential for maintaining high standards, ensuring customer satisfaction, and optimizing production processes. Real-time quality monitoring enables immediate detection and correction of defects or inconsistencies during manufacturing, reducing waste and minimizing costly recalls or rework. This proactive approach ensures that only products meeting quality standards reach the market, enhancing brand reputation and customer trust.
Conditions Monitored
Product specifications, temperature and humidity during production, machine parameters...
Benefits
Increased Revenue
Ensure consistent quality, leading to higher yields and more sellable products.
Improved Product Quality
Use real-time data to adjust processes immediately, ensuring products meet specifications.
Enhance Operational Efficiency
Implement automated quality inspections to speed up the production process and reduce human error.
Process Optimization
Use quality data to optimize manufacturing processes, improving overall efficiency.
Documentation and Traceability
Maintain detailed records of quality control processes for compliance audits and customer assurance.
Energy consumption monitoring
Monitoring energy consumption is essential for several reasons, primarily to optimize resource use, reduce costs, and minimize environmental impact. By tracking energy consumption patterns in real time or over specific periods, organizations can identify inefficiency issues, pinpoint areas of excessive usage, and implement strategies to improve energy efficiency. This proactive approach not only lowers operational expenses but also enhances sustainability efforts by reducing carbon footprints and promoting responsible energy management practices.
Conditions Monitored
Current, voltage, frequency, operation time...
Benefits
Cost Savings
Identify and reduce energy wastage, leading to significant cost savings on energy bills.
Improve Equipment Life
Extend equipment life by monitoring power supply quality and taking actions.
Reduced Downtime
Identify and address energy inefficiencies that could lead to equipment failure, reducing downtime and maintaining production schedules.
Tracking valuable goods
Tracking and monitoring valuable goods enhances security, ensures safety, and helps maintain regulatory compliance. By keeping real-time tabs on location and environmental conditions, businesses can protect their assets, prevent spoilage or damage, and respond swiftly to any irregularities.
Conditions Monitored
Location, temperature, humidity, impact, tilt, light exposure, violation detection.
Benefits
Increased Revenue
Reduce losses due to theft. Improve inventory turnover and reduce holding costs by optimizing stock levels and ensuring timely replenishment.
Improved Product Quality
Ensure raw materials and products are stored and transported under optimal conditions.
Enhanced Safety
Implement alerts for unauthorized access or tampering attempts, ensuring prompt action to protect goods and employees, especially when dealing with dangerous cargo.
Spoiled food detection
Monitoring for spoiled food in the food industry and restaurants is essential to ensure food safety, protect public health, and maintain a good reputation. Spoiled food can harbor harmful bacteria, viruses, and toxins that can cause foodborne illnesses, posing significant health risks to consumers. By regularly checking for signs of spoilage, businesses can prevent contaminated food from reaching customers, thereby avoiding potential outbreaks and legal liabilities.
Conditions Monitored
Spoilage specific gases.
Benefits
Financial Loss Prevention
Identify spoiled food early, preventing large-scale contamination and minimizing waste.
Regulatory Compliance
Meet food safety standards and regulations with robust spoilage detection systems.
Brand Reputation
Enhance brand reputation by delivering safe, high-quality products to consumers.
Vegetable ripening control
Monitoring vegetable ripening is essential for ensuring optimal quality, taste, and nutritional value while minimizing waste and maximizing marketability. By carefully tracking the ripening process, producers can determine the ideal harvest time, ensuring vegetables reach consumers at their peak freshness. This helps in reducing spoilage and extending shelf life, which is particularly important in supply chains and retail environments.
Conditions Monitored
Temperature, humidity, ethylene gas, CO2, O2, light intensity and exposure, color changes.
Benefits
Optimized Ripening Process
Ensure vegetables reach optimal ripeness at the right time, enhancing their market value and reducing spoilage.
Extended Shelf Life
Prolong shelf life by controlling ripening conditions, reducing waste and maximizing sales opportunities.
Reduce Losses
Minimize losses due to over-ripening or poor storage, preserving nutritional value and taste.
Real-time Alerts
Receive alerts for deviations in ripening conditions, enabling prompt adjustments and intervention.
Natural Condition Monitoring
Monitoring natural conditions in the environment is crucial for preventing natural disasters and mitigating their impact on communities. By closely tracking variables such as weather patterns, seismic activity, and water levels, authorities can predict and respond to natural disasters like hurricanes, earthquakes, floods, and wildfires more effectively. Early detection and real-time monitoring enable timely warnings and the implementation of emergency measures, reducing the risk of casualties and property damage.
Conditions Monitored
Ground vibrations, air quality, water reservoir levels.
Benefits
Early Warning
Provide early warnings for natural disasters (landslides, floodings, wildfires) based on real-time data, enabling timely evacuation and response.
Risk Mitigation
Minimize damage and loss of life through advanced forecasting and hazard prevention measures.
Underground Water Monitoring
Monitoring underground water quality and level is essential for ensuring sustainable water management and safeguarding groundwater resources. Underground water serves as a critical source of drinking water for many communities and supports various agricultural, industrial, and ecological needs. By regularly assessing water quality parameters such as pH, dissolved oxygen, and contaminants, potential threats to water safety can be detected and corrective actions be taken to prevent contamination. Monitoring water levels helps in understanding groundwater recharge rates, managing water extraction sustainably, and mitigating the risk of overexploitation or depletion.
Conditions Monitored
Ground water level, water quality parameters, pH...
Benefits
Water Conservation
Optimize water usage by monitoring groundwater levels and implementing efficient irrigation and industrial processes. Promote responsible water management practices to mitigate over-extraction and ensure long-term water availability.
Contamination Control
Identify and mitigate contamination sources promptly to prevent adverse effects on water quality. Ensure adherence to environmental regulations and standards by monitoring contaminant levels continuously.
Health and Safety
Protect human health and safety by monitoring water quality and addressing potential contamination risks promptly. Minimize environmental impact by preventing groundwater pollution and preserving ecosystem health.
Soil property monitoring
Monitoring soil properties is crucial for optimizing agricultural practices, ensuring healthy plant growth, and maintaining sustainable land use. By regularly assessing soil characteristics such as pH, nutrient levels and moisture content, farmers and land managers can make informed decisions about crop selection, fertilization, and irrigation. This proactive approach helps in preventing soil degradation, improving crop yields, and reducing the need for chemical inputs, which benefits both the environment and the economy.
Conditions Monitored
Moisture content, temperature, nutrient levels, pH, electrical conductivity.
Benefits
Increase Crop Yield
Optimize irrigation and nutrient application based on real-time soil data to maximize crop yield.
Predictive Analytics
Utilize historical and real-time data to predict crop growth, disease outbreaks, and soil conditions, improving farm management practices.
Risk Mitigation
Detect soil anomalies and potential issues (e.g., nutrient deficiencies, pH imbalances) early to prevent crop damage and yield loss.
Solar radiation monitoring
Monitoring solar radiation in agriculture is vital for optimizing crop growth, improving yields, and enhancing resource efficiency. Understanding its intensity and patterns, farmers can make informed decisions about planting schedules, irrigation, and crop management. By accurately tracking solar radiation, agricultural practices can be tailored to ensure that crops receive the optimal amount of light, reducing the risk of overexposure or inadequate light conditions. This information also aids in the selection of suitable crop varieties and the planning of protective measures against extreme weather conditions.
Conditions Monitored
Solar irradiance, UV, sun position.
Benefits
Precision Agriculture and Forecast
Monitor sunlight exposure to schedule planting, harvesting, and crop management tasks effectively.
Optimized Photosynthesis in Greenhouses
Ensure crops receive optimal sunlight levels, enhancing growth and yield.
Kroemtech GmbH
Christoph Merian-Ring 11
CH-4153 Reinach
Switzerland
info@kroemtech.com
+41 61 717 82 45
© Kroemtech GmbH