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  • The significance of soil moisture monitoring

    Moisture refers to the condition of soil moisture content, which refers to the moisture content of the soil.In modern agricultural production, soil moisture is usually monitored using soil moisture monitoring systems, why is it necessary to monitor soil moisture?

    Soil moisture content has an important impact on the growth and development of crops. By measuring soil moisture, precise irrigation can be carried out to achieve scientific water use and automated irrigation.

    1. Soil moisture monitoring can provide scientific guidance and services for adjusting agricultural structure and dryland water replenishment and fertilization.

    2. Soil moisture monitoring can provide evaluation basis for the development of dry farming and strengthening the construction of farmland infrastructure in dry areas.

    3. Soil moisture monitoring can provide a reference basis for the research of agricultural water-saving irrigation and drought mitigation and efficiency technology.

    Soil moisture monitoring system is a common monitoring method in modern agricultural soil moisture management, which can play a good application effect in soil moisture monitoring and plays an important role in assisting efficient agricultural production.

    The monitoring system saves manpower by eliminating the need for manual on-site sampling, drying monitoring and data processing; it adopts "Internet+" technology to realize remote collection, storage, analysis and processing of soil moisture indicators and data sharing, making the moisture monitoring data more timely and intelligent, and reflecting the changes of soil moisture in the tested area in a real, comprehensive and scientific manner.

    Combined with microclimate monitoring data, the comprehensive analysis and evaluation of crop growth environment factors will provide a basis for the formulation of scientific water management and drought and moisture conservation countermeasures.

    Soil moisture monitoring system advantages.

    Real-time collection Realizes real-time collection of moisture information at each telemetry point and automatic wireless transmission to the monitoring platform.

    Accurate measurement and reporting Adopt high-precision sensors and system operation without manual participation to ensure high accuracy of measurement and reporting; unattended solar-powered, can be connected to wireless transmission module, suitable for long-term placement in the field, lightning-proof, waterproof, dustproof and not affected by environmental factors; good scalability can be expanded to develop drought forecasting, irrigation district optimization of water distribution, water-saving irrigation and other functions, to a greater extent to tap the value of moisture data information; can be equipped with Multi-parameter weather monitoring system.

    https://www.renkeer.com/soil-moisture-monitoring-system/

    The significance of soil moisture monitoring Moisture refers to the condition of soil moisture content, which refers to the moisture content of the soil.In modern agricultural production, soil moisture is usually monitored using soil moisture monitoring systems, why is it necessary to monitor soil moisture? Soil moisture content has an important impact on the growth and development of crops. By measuring soil moisture, precise irrigation can be carried out to achieve scientific water use and automated irrigation. 1. Soil moisture monitoring can provide scientific guidance and services for adjusting agricultural structure and dryland water replenishment and fertilization. 2. Soil moisture monitoring can provide evaluation basis for the development of dry farming and strengthening the construction of farmland infrastructure in dry areas. 3. Soil moisture monitoring can provide a reference basis for the research of agricultural water-saving irrigation and drought mitigation and efficiency technology. Soil moisture monitoring system is a common monitoring method in modern agricultural soil moisture management, which can play a good application effect in soil moisture monitoring and plays an important role in assisting efficient agricultural production. The monitoring system saves manpower by eliminating the need for manual on-site sampling, drying monitoring and data processing; it adopts "Internet+" technology to realize remote collection, storage, analysis and processing of soil moisture indicators and data sharing, making the moisture monitoring data more timely and intelligent, and reflecting the changes of soil moisture in the tested area in a real, comprehensive and scientific manner. Combined with microclimate monitoring data, the comprehensive analysis and evaluation of crop growth environment factors will provide a basis for the formulation of scientific water management and drought and moisture conservation countermeasures. Soil moisture monitoring system advantages. Real-time collection Realizes real-time collection of moisture information at each telemetry point and automatic wireless transmission to the monitoring platform. Accurate measurement and reporting Adopt high-precision sensors and system operation without manual participation to ensure high accuracy of measurement and reporting; unattended solar-powered, can be connected to wireless transmission module, suitable for long-term placement in the field, lightning-proof, waterproof, dustproof and not affected by environmental factors; good scalability can be expanded to develop drought forecasting, irrigation district optimization of water distribution, water-saving irrigation and other functions, to a greater extent to tap the value of moisture data information; can be equipped with Multi-parameter weather monitoring system. https://www.renkeer.com/soil-moisture-monitoring-system/
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    Portable Soil Moisture Monitoring System
    RS-TRREC-N01-1 adopts the latest digital integrated circuit technology and international testing technology to design a brand new intelligent handheld tester.
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  • The effect of soil on the growth of crops
    Soil is an unconsolidated layer of minerals, organic matter, water, air and organisms on the land surface that is fertile and capable of growing plants. Minerals, organic matter, water, air and living organisms are the basic components of soil as a material object. Fertility and plant growth are the basic characteristics of soil, i.e., fertility, and the unconsolidated layer is the loose and porous physical state, which is clearly different from hard, consolidated rock, etc.

    Soil is a stage product formed by the weathering of rocks and then by soil formation. During the weathering process, rocks become loose and porous, and some minerals completely decompose into river-soluble substances. The activity of living creatures not only accelerates the process of rock weathering, but also creates conditions for the soil to accumulate organic materials, so that a soil with certain biological activity and capable of growing plants is born. In the whole process of plant life, soil has the ability to supply and coordinate the nutrients, water, air and heat required for normal plant growth and development, which is called soil fertility. It is beneficial to the growth of crops.

    Soil plays a huge role in determining how well plants grow. Different plants are adapted to different types of soil, and growing them in the wrong soil type can negatively affect growth. pH describes the acidic and alkaline response in the soil. Soil is a rich reservoir for microorganisms. Microorganisms promote the uptake of carbon in the soil, reduce the effects of pollution that lead to climate change, and by merging with rhizobacteria and fungi, these microorganisms protect the plant from disease and provide water and all the nutrients it needs. If a plant lacks soil it is like a fish leaving water, its life instantly fades away. It is evident that soil has a great impact on plants, and growers can monitor and record the parameters of the soil with a soil data logger to benefit the growth of plants.

    https://www.renkeer.com/soil-data-logger/

    The effect of soil on the growth of crops Soil is an unconsolidated layer of minerals, organic matter, water, air and organisms on the land surface that is fertile and capable of growing plants. Minerals, organic matter, water, air and living organisms are the basic components of soil as a material object. Fertility and plant growth are the basic characteristics of soil, i.e., fertility, and the unconsolidated layer is the loose and porous physical state, which is clearly different from hard, consolidated rock, etc. Soil is a stage product formed by the weathering of rocks and then by soil formation. During the weathering process, rocks become loose and porous, and some minerals completely decompose into river-soluble substances. The activity of living creatures not only accelerates the process of rock weathering, but also creates conditions for the soil to accumulate organic materials, so that a soil with certain biological activity and capable of growing plants is born. In the whole process of plant life, soil has the ability to supply and coordinate the nutrients, water, air and heat required for normal plant growth and development, which is called soil fertility. It is beneficial to the growth of crops. Soil plays a huge role in determining how well plants grow. Different plants are adapted to different types of soil, and growing them in the wrong soil type can negatively affect growth. pH describes the acidic and alkaline response in the soil. Soil is a rich reservoir for microorganisms. Microorganisms promote the uptake of carbon in the soil, reduce the effects of pollution that lead to climate change, and by merging with rhizobacteria and fungi, these microorganisms protect the plant from disease and provide water and all the nutrients it needs. If a plant lacks soil it is like a fish leaving water, its life instantly fades away. It is evident that soil has a great impact on plants, and growers can monitor and record the parameters of the soil with a soil data logger to benefit the growth of plants. https://www.renkeer.com/soil-data-logger/
    WWW.RENKEER.COM
    What Is The Best Soil Data Logger?
    The handheld soil data logger can measure multiple soil elements, and display and record the measurement data in real time, which is simple and convenient.
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  • The application of temperature and humidity data logger

    Most electronic products are required to be operated and stored under dry conditions. According to statistics, there are more than a quarter of the world's industrial manufactured products and humidity hazards. For the electronic industry, the harm of moisture has become one of the main factors affecting the quality of products.

    Enterprises should focus on the management of raw material warehouse, production workshop, finished product warehouse and transport vehicle temperature and humidity. How should the business be managed? The traditional management method is: the warehouse keeper or management personnel check and record the humidity value of the warehouse and workshop from time to time, and the humidification or dehumidification equipment is used to control the humidity of the warehouse and workshop when abnormal conditions are found. This kind of management method is relatively time-consuming and manpower, and the recorded data is not very objective due to human factors, so this method is not in line with the requirements of modern enterprise management. In terms of logistics, enterprises basically have no way to manage the temperature and humidity changes on the transport vehicles. So what kind of methods can make enterprise management both scientific and standard? In fact, it is very simple, these can be automatic temperature and humidity data logger to help you do.

    Typical application of temperature and humidity data logger

    1. Food storage and transportation
    Since the time of food storage and transportation is not a short-term problem, the relative equilibrium humidity in food preservation is an important index to ensure food, and the relative equilibrium humidity directly affects the growth of colonies. When transporting frozen food over long distances or by sea, it is very important to prove that the goods have been in the specified temperature and humidity conditions at the time of receipt. Approach is to settle the dispute at the time of delivery in the cargo hold a data logger, and start it, temperature and humidity data logger has a sophisticated internal clock, faithfully record the temperature and humidity of the specified time interval data, can easily when removed using computer view graphics file and alarm value, determine if more than the permissible value, what time and duration can be obtained easily, The carrier's liability will also be immediately known.

    2. Museum relics and archives management
    This is another big field of temperature and humidity products, and the data logger is a very characteristic product. The paper of archives can be stored for a longer time in the condition of suitable temperature and humidity, but once the temperature and humidity condition is damaged, the paper will become brittle, and the important data will disappear. It is necessary to record the temperature and humidity in the archives, which can prevent the occurrence of malignant accidents. The use of temperature and humidity data logger will simplify the work of temperature and humidity recording, but also save the cost of preservation of cultural relics, so that this work can be scientific, without too much interference from human factors. To ensure the premise of small damage to the artwork, the cultural relics, including its color, shape is not damaged.

    https://www.renkeer.com/temperature-humidity-data-logger-choose/

    The application of temperature and humidity data logger Most electronic products are required to be operated and stored under dry conditions. According to statistics, there are more than a quarter of the world's industrial manufactured products and humidity hazards. For the electronic industry, the harm of moisture has become one of the main factors affecting the quality of products. Enterprises should focus on the management of raw material warehouse, production workshop, finished product warehouse and transport vehicle temperature and humidity. How should the business be managed? The traditional management method is: the warehouse keeper or management personnel check and record the humidity value of the warehouse and workshop from time to time, and the humidification or dehumidification equipment is used to control the humidity of the warehouse and workshop when abnormal conditions are found. This kind of management method is relatively time-consuming and manpower, and the recorded data is not very objective due to human factors, so this method is not in line with the requirements of modern enterprise management. In terms of logistics, enterprises basically have no way to manage the temperature and humidity changes on the transport vehicles. So what kind of methods can make enterprise management both scientific and standard? In fact, it is very simple, these can be automatic temperature and humidity data logger to help you do. Typical application of temperature and humidity data logger 1. Food storage and transportation Since the time of food storage and transportation is not a short-term problem, the relative equilibrium humidity in food preservation is an important index to ensure food, and the relative equilibrium humidity directly affects the growth of colonies. When transporting frozen food over long distances or by sea, it is very important to prove that the goods have been in the specified temperature and humidity conditions at the time of receipt. Approach is to settle the dispute at the time of delivery in the cargo hold a data logger, and start it, temperature and humidity data logger has a sophisticated internal clock, faithfully record the temperature and humidity of the specified time interval data, can easily when removed using computer view graphics file and alarm value, determine if more than the permissible value, what time and duration can be obtained easily, The carrier's liability will also be immediately known. 2. Museum relics and archives management This is another big field of temperature and humidity products, and the data logger is a very characteristic product. The paper of archives can be stored for a longer time in the condition of suitable temperature and humidity, but once the temperature and humidity condition is damaged, the paper will become brittle, and the important data will disappear. It is necessary to record the temperature and humidity in the archives, which can prevent the occurrence of malignant accidents. The use of temperature and humidity data logger will simplify the work of temperature and humidity recording, but also save the cost of preservation of cultural relics, so that this work can be scientific, without too much interference from human factors. To ensure the premise of small damage to the artwork, the cultural relics, including its color, shape is not damaged. https://www.renkeer.com/temperature-humidity-data-logger-choose/
    WWW.RENKEER.COM
    How To Choose The Best Temperature And Humidity Data Logger?
    temperature and humidity data logger has a large dispay and alarm indication that makes it capable of monitoring air temperature and relative humidity levels at all times.
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  • Properties and Uses of Carbon Dioxide
    The properties of carbon dioxide are divided into physical properties and chemical properties.
    1. The physical properties of carbon dioxide
    Carbon dioxide is a colorless and odorless gas at room temperature and pressure, and is soluble in water and most organic solvents such as hydrocarbons.
    2. Chemical properties of carbon dioxide
    Carbon dioxide is one of the carbon-oxygen compounds, an inorganic substance, non-combustible, usually does not support combustion, and non-toxic at low concentrations. It is also the anhydride of carbonic acid, belongs to the acidic oxide, has the generality of acidic oxide, in which the chemical valence of carbon element is +4, in the highest valence state of carbon element, so carbon dioxide has oxidation and no reduction, but oxidation is not strong.
    Main uses.
    1. High purity carbon dioxide is mainly used in electronics industry, medical research and clinical diagnosis, carbon dioxide laser, calibration gas for testing instruments and preparation of other special mixed gases, and as a regulator in polyethylene polymerization reaction.
    2. Solid carbon dioxide is widely used for refrigeration of dairy products, meat, frozen foods and other perishable foods in transit, and as a freezing agent in many industrial processes, such as crushing heat-sensitive materials, rubber polishing, metal cold treatment, shrinkage assembly of mechanical parts, vacuum cold traps, etc.
    3. Gaseous carbon dioxide is used in carbonized soft drinks, pH control in water treatment process, chemical processing, food preservation, inert protection in chemical and food processing, welding gas, plant growth stimulant, used in casting for hardening moulds and cores and for pneumatic devices, also used as diluent for germicidal gas (i.e. using mixed table gas of ethylene oxide and carbon dioxide as germicidal, insecticide, fumigant, widely used in (medical equipment, packaging materials, clothing, fur, bedding, etc. sterilization, bone powder disinfection, warehouses, factories, cultural relics and books fumigation).
    4. Liquid carbon dioxide is used as a refrigerant, low temperature test for aircraft, missiles and electronic components, to improve the recovery rate of oil wells, to polish rubber and to control chemical reactions, and also as a fire extinguishing agent. 
    Hazards of carbon dioxide to the natural environment.
    Natural greenhouse effect: greenhouse gases such as carbon dioxide in the atmosphere can radiate longer wavelength long-wave radiation to the ground after strongly absorbing it, which plays an insulating effect on the ground.
    Enhanced greenhouse effect: Since the industrial revolution, the concentration of greenhouse gases in the atmosphere has increased dramatically due to the emission of large amounts of CO2 and other greenhouse gases from human activities, resulting in an increasingly enhanced greenhouse effect. The concentration of CO2 in daily life is measured by choosing a CO2 sensor.
    https://www.renkeer.com/co2-sensors-types-and-choose/
    According to statistics, the global average annual atmospheric CO2 concentration before industrialization was 278 ppm (1 ppm is one part per million), while 2012 was the global average annual atmospheric CO2 concentration of 393.1 ppm, and by April 2014, the monthly average CO2 concentration in the atmosphere of the Northern Hemisphere exceeded 400 ppm for the first time.
    Global warming: the increasing atmospheric greenhouse effect is causing global warming, producing a series of global climate problems that are now scientifically unpredictable. The International Economics of Climate Change report shows that if humans maintain their current lifestyles, there is a 50% chance that the global average temperature will rise by 4°C by 2100.
    If the global temperature rises by 4°C, the glaciers at the Earth's North and South Poles will melt, sea levels will rise, more than 40 island nations and the world's most populous coastal cities will face the danger of inundation, and the lives of tens of millions of people around the world will face a crisis, even resulting in a global ecological balance disruption, which will eventually lead to large-scale global migration and conflict.
    Properties and Uses of Carbon Dioxide The properties of carbon dioxide are divided into physical properties and chemical properties. 1. The physical properties of carbon dioxide Carbon dioxide is a colorless and odorless gas at room temperature and pressure, and is soluble in water and most organic solvents such as hydrocarbons. 2. Chemical properties of carbon dioxide Carbon dioxide is one of the carbon-oxygen compounds, an inorganic substance, non-combustible, usually does not support combustion, and non-toxic at low concentrations. It is also the anhydride of carbonic acid, belongs to the acidic oxide, has the generality of acidic oxide, in which the chemical valence of carbon element is +4, in the highest valence state of carbon element, so carbon dioxide has oxidation and no reduction, but oxidation is not strong. Main uses. 1. High purity carbon dioxide is mainly used in electronics industry, medical research and clinical diagnosis, carbon dioxide laser, calibration gas for testing instruments and preparation of other special mixed gases, and as a regulator in polyethylene polymerization reaction. 2. Solid carbon dioxide is widely used for refrigeration of dairy products, meat, frozen foods and other perishable foods in transit, and as a freezing agent in many industrial processes, such as crushing heat-sensitive materials, rubber polishing, metal cold treatment, shrinkage assembly of mechanical parts, vacuum cold traps, etc. 3. Gaseous carbon dioxide is used in carbonized soft drinks, pH control in water treatment process, chemical processing, food preservation, inert protection in chemical and food processing, welding gas, plant growth stimulant, used in casting for hardening moulds and cores and for pneumatic devices, also used as diluent for germicidal gas (i.e. using mixed table gas of ethylene oxide and carbon dioxide as germicidal, insecticide, fumigant, widely used in (medical equipment, packaging materials, clothing, fur, bedding, etc. sterilization, bone powder disinfection, warehouses, factories, cultural relics and books fumigation). 4. Liquid carbon dioxide is used as a refrigerant, low temperature test for aircraft, missiles and electronic components, to improve the recovery rate of oil wells, to polish rubber and to control chemical reactions, and also as a fire extinguishing agent.  Hazards of carbon dioxide to the natural environment. Natural greenhouse effect: greenhouse gases such as carbon dioxide in the atmosphere can radiate longer wavelength long-wave radiation to the ground after strongly absorbing it, which plays an insulating effect on the ground. Enhanced greenhouse effect: Since the industrial revolution, the concentration of greenhouse gases in the atmosphere has increased dramatically due to the emission of large amounts of CO2 and other greenhouse gases from human activities, resulting in an increasingly enhanced greenhouse effect. The concentration of CO2 in daily life is measured by choosing a CO2 sensor. https://www.renkeer.com/co2-sensors-types-and-choose/ According to statistics, the global average annual atmospheric CO2 concentration before industrialization was 278 ppm (1 ppm is one part per million), while 2012 was the global average annual atmospheric CO2 concentration of 393.1 ppm, and by April 2014, the monthly average CO2 concentration in the atmosphere of the Northern Hemisphere exceeded 400 ppm for the first time. Global warming: the increasing atmospheric greenhouse effect is causing global warming, producing a series of global climate problems that are now scientifically unpredictable. The International Economics of Climate Change report shows that if humans maintain their current lifestyles, there is a 50% chance that the global average temperature will rise by 4°C by 2100. If the global temperature rises by 4°C, the glaciers at the Earth's North and South Poles will melt, sea levels will rise, more than 40 island nations and the world's most populous coastal cities will face the danger of inundation, and the lives of tens of millions of people around the world will face a crisis, even resulting in a global ecological balance disruption, which will eventually lead to large-scale global migration and conflict.
    WWW.RENKEER.COM
    CO2 Sensors: definition, types, and how to choose?
    co2 sensor types: non-dispersive infrared co2 sensors, electrochemical co2 sensors, semiconductor co2 sensors, and catalytic combustion co2 sensors.
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