Environmental Monitoring

With the rapid advancement of technology and escalating concerns about climate change, there is a growing emphasis on sustainability, and environmental stewardship has become a norm. LKH Precicon collaborates closely with reputable partners to put into practice Environmental Monitoring systems that align with the evolving sustainability goals of our clients in Singapore and the region. We provide tailored Environmental Monitoring solutions that enable real-time tracking of key environmental parameters.

Feel free to write to us and enquire about the service that you are looking for if you do not see your preferred solution on the list.

Some of the Environmental Monitoring solutions that we have integrated:

Why is it important:

  • Guarantee adherence to legal mandates and regulations, mitigate risks of adverse impacts on the natural environment and safeguard human health.
  • Effectively manage and minimise the impact business activities have on the environment.
  • Environmental Monitoring reports can help businesses assess the safety of their existing procedures for effective operations.

Benefits:

  • Provides a better understanding of the state of the environment, enabling businesses to formulate more informed and effective measures for environmental challenges and issues.
  • Enables more targeted consent conditions, more appropriately designed rules and standards, and more efficient processing of consents, resulting from a better understanding of likely changes to the environment and a smoother process for consent holders.
  • Able to meet stakeholder expectations and garner their support, by prioritising a safe and sustainable work environment. This is especially beneficial when an increasing number of businesses/customers are more focused on sustainability and corporate social responsibility.
Aranet Wireless Monitoring in Cleanrooms
Aranet Wireless Monitoring in Cleanrooms
The Institute of Solid-State Physics, University of Latvia (ISSP UL), renowned for materials sciences, established a cleanroom in 2012. It ...
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Temperature Monitoring for Grocery Stores
Temperature Monitoring for Grocery Stores
Introduction:  Monitoring temperature in supermarkets, crucial for storing fresh and frozen goods, poses challenges due to manual data collection errors ...
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Preventing COVID-19 in schools with Aranet4 PRO
Preventing COVID-19 in schools with Aranet4 PRO case study
Air quality monitoring: Case Study Ensuring indoor air quality is challenging, especially with COVID-19, which is now recognized as an ...
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Efficient Wireless Temperature Monitoring
Efficient Wireless Temperature Monitoring
Energy efficiency involves not just consuming less energy but also obtaining the same results with reduced consumption. While saving heat ...
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Wireless Monitoring in Pig Farms
Wireless Monitoring in Pig Farms
Pig farming in Europe generates a significant portion of ammonia gas (NH³) emissions, impacting both human and animal health. Inhaling ...
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Indoor Air Quality in Schools
air quality in the classroom is healthy and safe for students and teachers. Poor air quality can lead to respiratory problems, headaches, and other health issues that can affect students’ ability to learn and teachers’ ability to teach.
CO2 Data Logging and Monitoring in Schools As a facilities manager at a large county school district in Pennsylvania planned ...
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Fighting Mould by Monitoring Temperature and Relative Humidity
Monitoring humidity and temperature levels is a simple but significant preventive measure against mold growth. By maintaining improved environmental conditions, you can protect structures and preserve health while saving time and resources.
Mould and humidity go hand in hand. Unfortunately, this fungus is a naturally occurring, almost universal problem affecting homes, businesses, ...
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Wireless Temperature and Humidity Monitoring for Data Centres
Humidity is another critical parameter when estimating the heat load of air mass flowing in the data center room, especially where free cooling or outside air ventilation systems are used.
Wireless Temperature and Humidity Monitoring for Data Centres A project by Claritech Temperature monitoring: a common challenge for companies Most ...
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Carbon Dioxide Monitoring in Classroom
Aranet Cloud enables centralized data monitoring and analysis across all your schools and classrooms, regardless of whether you’re managing a single school or an entire school district in Singapore
CO2 monitoring in classrooms and indoor spaces is increasingly becoming a mandatory requirement The Centers for Disease Control and Prevention ...
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Monitoring Watersheds to Keep Up with Sustainable Ecosystems & Environmental Changes
The logger dramatically simplifies and lowers the cost of field data collection by providing wireless access to high-accuracy water level and temperature measurements right from a mobile phone, tablet, or Windows computer
The Challenges Looking to expand the quantity, quality, and usability of water quality data in the Greater Yellowstone Ecosystem, systems ...
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Monitoring Conditions for Hardwood Flooring Installations
Monitoring Conditions for Hardwood Flooring Installations
The Challenges Expensive hardwood floors come with a warranty, and without solid evidence that indoor environmental conditions are properly maintained ...
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Enhancing Agriculture Sustainability

Soil monitoring is critical in modern agricultural practices, offering vital insights into water retention and moisture patterns essential for optimising irrigation strategies. Beyond this, it is essential for preserving the health of the soil and reducing detrimental runoff, both of which are vital for sustainable farming. By harnessing intelligent data, soil monitoring empowers industries to identify optimal practices, enhance crop quality, boost yields, establish efficient growing strategies, and refine farming techniques for a more productive and environmentally conscious approach.

HOBO MX Soil Moisture and Temperature Data Logger

HOBO MX Soil Moisture and Temperature Data Logger

  • Integrated with Bluetooth wireless data offload
  • Compatible with the HOBOconnect Monitoring App
  • Durable TEROS 10 soil moisture sensor lasts over 10 years in the field
  • Measure soil moisture and temperature in numerous soil types, including high salinity and sandy soil
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Aranet Soil Moisture Sensor

Aranet Soil Moisture Sensor

  • Measurement interval available at every 1/2/5/10 minutes
  • Measurement accuracy of ±15%
  • Wireless and battery-powered
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Vital Air Quality Monitoring for Health

Effective air monitoring is essential for maintaining personal well-being and productivity, especially when elevated carbon dioxide (CO2) levels can have adverse effects. By actively monitoring CO2 concentrations, proper ventilation practices are encouraged, ensuring a conducive environment for cognitive function and productivity. Simultaneously, reliable temperature and humidity data are equally crucial for assessing indoor and outdoor conditions. Maintaining optimal temperature and humidity levels plays a significant role in preserving ecosystems and protecting valuable assets. Through comprehensive air monitoring strategies, individuals and organisations can better safeguard their health, productivity, and environmental resources.

Aranet4 Indoor Air Quality Sensor

Aranet4 Indoor Air Quality Sensor

  • Measures CO2, temperature, atmospheric pressure, and relative humidity
  • Easy to read with colour coding
  • Integrated with Bluetooth connection that is compatible with ARANET Home app
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Aranet T_RH probe Sensor

Aranet T/RH probe

  • Measures temperature and relative humidity through a sensor probe connected to the transmitter body via a cable
  • Accuracy: ± 0.3°C and ± 3% RH
  • Probe extension cables with lengths 1/2/5/10 meters
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HOBO Carbon Dioxide_Temp_RH Data Logger

HOBO Carbon Dioxide/Temp/RH Data Logger

  • Compatible with the HOBOconnect Monitoring App
  • Compact, weatherproof housing with built-in mounting
  • Accuracy: ± 0.2°C and ± 2.5% RH
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Protecting our Resources

Water monitoring stands as a foundation in safeguarding our most precious and increasingly vulnerable resource. Marked by the looming threats of climate change, urban expansion, and agricultural demands, the necessity to monitor and assess their impacts on water resources has never been more urgent. Water ensures the vitality of aquatic life, ascertains critical process temperatures, and optimises growing conditions. In understanding and monitoring water, we not only protect vital ecosystems but also ensure sustainable development.

HOBO Water Level Data Logger

HOBO Water Level Data Logger

  • Compatible with the HOBOconnect Monitoring App, which allows users to set a reference water level and water density
  • Monitors changing water levels in a wide range of applications, including streams, lakes, wetlands, tidal areas, and groundwater
  • Bluetooth® Low Energy (BLE)-enabled logger is designed for wireless communication with devices
  • Barometric compensation in the logger, which allows for direct water level readout without any post-processing
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HOBO pH and Temperature Data Logger.

HOBO pH and Temperature Data Logger

  • Designed for long-term monitoring of pH in aquatic systems
  • Replaceable pH electrode and anti-biofouling copper guard allows it to be deployed in both fresh and saltwater environments
  • Bluetooth® Low Energy (BLE)-enabled for wireless communication with devices
  • Allows configuration of  the logger to calculate statistics, set up alarms to trip at specific thresholds, or enable burst logging
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Frequently Asked Questions

What is Environmental Monitoring?

Ans: Environmental Monitoring assesses environmental conditions and trends, such as air quality, soil health, water quality, waste, and noise level. The data collected through sensors and data collection terminals allows businesses to detect and address potential threats to our ecosystem. This gives rise to supporting policy development and developing information to report to national policymakers.

What are the three main types of Environmental Monitoring and its common methodologies?

Ans: The three main types of Environmental Monitoring are soil, air, and water. Some common methodologies of Environmental Monitoring include filtration, sedimentation, electrostatic samples, impingers, absorption, condensation, grab sampling, and composite sampling.

Why do industries utilise Environmental Monitoring?

Ans: Environmental Monitoring plays a key role in its compliance with regulations, optimising operations for safety, and the early detection of environmental risks. Environmental Monitoring allows industries to measure their compliance with regulations and take the required corrective actions, ensuring that they operate within the legal limits, maintaining their social and environmental responsibility. Moreover, Environmental Monitoring aids in safeguarding the safety and health of employees by monitoring the workplace environment and taking proactive measures to protect employees from occupational health risks. Also, by monitoring factors such as water quality, air quality, and soil contamination, industries can identify early warning signs of pollution incidents, allowing them to mitigate the risks, prevent environmental damage, and protect ecosystems and surrounding communities.

What is the significance of Environmental Monitoring in promoting sustainability?

Ans: Environmental Monitoring provides invaluable insights into our environment’s health, helping industries/businesses make informed decisions to protect and preserve the environment. Especially with the Singapore Green Plan 2030 in place, businesses need to pursue more innovative solutions for sustainability. Adopting Environmental Monitoring not only expedites Singapore’s shift towards a low-carbon economy but also creates promising new opportunities for businesses that pioneer greener products and services.

How does Environmental Monitoring lead to cost reduction?

Ans:Energy consumption can be monitored by Environmental Monitoring systems, and having access to such data ensures that the energy management policy is established accurately, resulting in the efficient use of energy, thus saving costs.

How does Environmental Monitoring contribute to productivity?

Ans: Environmental conditions greatly affect the productivity levels of employees in offices as abrupt changes in temperature or humidity decrease one’s focus levels. With Environmental Monitoring, improvement works can be put into place to prevent such situations, increasing productivity.

How does Industry 4.0 contribute to Environmental Monitoring?

Ans: By integrating advanced technologies such as the Internet of Things (IoT), Artificial Intelligence (AI), and data analytics, Industry 4.0 enables more efficient, accurate, and comprehensive Environmental Monitoring with real-time monitoring and data analysis of environmental parameters.

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