Multi-point Soil Moisture Monitoring System for Water Monitoring in Increasing Wheat Yield

Wheat production is a matter of great concern in the process of agricultural planting and development. There are many external factors affecting its yield. The first moisture condition is one of the important factors. In the long-term production process, the status of soil moisture during wheat growth was analyzed, and ways to increase water use efficiency were discussed from the aspect of farmland water regulation. Using multi-point soil moisture monitoring system to monitor soil moisture in wheat field, we can find that the water in the whole growth period mainly depends on the water storage in the soil before the winter, and the difference between the actual water consumption and the water demand is still relatively large, and often suffers from dryness. With early threats, supplemental irrigation is an important measure for the stabilization of yield and yield for the retention of wheat. The implementation of supplementary irrigation measures generally requires the use of a multi-point soil moisture monitoring system to monitor and understand the relevant conditions of soil moisture and make the most suitable irrigation method.

The monitoring of soil moisture using the multi-point soil moisture monitoring system was divided into seven treatments with an estimated amount of 75, 90, 120, 180, 225, and 270 mm. As the amount of irrigation increases, the production yield also increases. However, if the amount of irrigation exceeds a certain amount, the effect of increasing production is not obvious or slightly decreases. From the point of view of the efficiency of water irrigation per millimeter of irrigation, it generally decreases as the amount of irrigation increases. 'But a small amount of irrigation benefits are also low. Under the condition that the upper layer of soil is relatively dry, the depth of water infiltration is shallow, and it is easy to dissipate. With the deeper root system of wheat, the moisture of the supply cannot be fully absorbed by the crop. Therefore, the amount of irrigation is larger, the number of irrigation is relatively less, and the benefits are better. The irrigation time of dryland wheat is better, because the water content of wheat fields has been decreasing. The soil moisture is relatively high in early time, and the moisture can easily penetrate into the deep layer. On the one hand, water loss can be reduced. On the other hand, the deep layer water is more abundant and can be fully Crop absorption.

Through the analysis of monitoring results of soil moisture in wheat fields by multi-point soil moisture monitoring system, it can be found that in the early stage of wheat development, the water conditions are generally better, but the water dispersion is very strong, and it is very necessary to adopt conservation measures. For example, it is very important to cover loose soil. Effective measures. Moreover, using a multi-point soil moisture monitoring system to analyze the combination of soil moisture and yield after irrigation, it can be found that the wheat yield always increases with the increase of irrigation volume, and the early irrigation is more effective than the late irrigation, and the amount of irrigation is large each time. In some cases, the number of irrigations is relatively small, which will increase the moisture in the deep soil and reduce the loss of water.

Continuous Waste Plastic Pyrolysis Plant

Pyrolysis Plant is used for recycling waste tire, waste plastic, waste rubber to fuel oil. According to the actual situation in every country and district, we developed different models of Batch Pyrolysis Plants for waste tires, rubber and plastic with daily capacity 25-40 tons.

Continuous Waste Plastic Pyrolysis Plant

Flow-chat of Continuous Waste Plastic Pyrolysis Plant

Continuous Waste Plastic Pyrolysis Plant

Advantages of Continuous Waste Plastic Pyrolysis Plant

 1.  Large daily capacity of 25 MT raw materials, and can work 24 hours without any stop for 15-20 days;

                  2.  Auto-loading, auto-discharging and oil coming out at the same time;

                  3.  Only need fuel for the beginning 2-3 hours, then the sync gas generates itself is enough to support heating, saving fuel cost;

                  4.  Low requirement on the raw materials, no need tiny granule, 5cm pieces acceptable for smooth running;

                 5.  High efficiency condensers, more oil output, good quality oil, easy to clean.

                 6.  Sync gas recycling system, fully burned after recycling and utilization, preventing pollution and saving fuel cost.

                7.  National patent smoke scrubber, can efficient remove the acid gas and dust of the smoke, environmental friendly to meet related national standards.

               8.  Easy to operate, need less manpower.

 

Technical Parameter of Continuous Waste Plastic Pyrolysis Plant

          

NO.

ITEM

Technical Parameter

1

Suitable Raw Materials

Small pieces of Waste tyre,rubber, waste plastic≤5cm

2

Operating Mode

Fully Continuous Operation

3

Structure

Horizontal Type Revolve

4

Loading and discharging

Fully Automatic Feeding and Discharging under High Temperature at Same Time

5

Capacity(24h)

8-20Mt

6

Work Pressure

Slightly Negative Pressure

7

Oil Yield of tyres

40%-45%

8

Reactor Rotational Speed

1R/M

9

Installation Power

110kw

10

Cooling Method

Cycle water

11

Type of Drive

Sprocket Wheel

12

Heating Method

  Hot Air

13

Noise dB(A)

≤85

14

Main Reactor Weight (MT)

About 20Mt

15

Total Weight(MT)

About 45Mt

16

Installation Space Required

60m*20m

17

Manpower

2/shift

18

Shipment

5*40HC

19

Delivery time

≤70Days

 

 

 

 

 

 

Continuous Waste Plastic Pyrolysis Plant

Continuous Waste Plastic Pyrolysis Plant,Continuous Plastic Pyrolysis Plant,Plastic Pyrolysis Plant

Shangqiu Jinpeng Industrial Co., Ltd. , http://www.recyclings.nl