The liquid tank consists of a feeding and discharging device, a safety valve, and other components. The liquid tank is oval in shape and is welded by rolling 4mm steel plates. There is a filter inside the tank. When in use, insert the suction pipe into a suitable position in the digester without touching the bottom or being too shallow. Connect the suction pipe to the engine intake pipe, start the engine, and suck in the air in the tank. The liquid in the tank will be submerged and continuously fed into the tank through the suction pipe. When the liquid tank is full of liquid, the safety valve will automatically close, and the machine will stop immediately, and the suction pipe will be retracted. After the liquid is transported to the destination, open the discharge valve to discharge the liquid.
The machine has a simple structure, easy to use, high efficiency, and low cost. Some township agricultural machinery stations or large agricultural machinery households purchase it and sign discharge contracts with biogas households to discharge regularly, solving the problem of difficult biogas discharge for farmers. Other types of multifunctional biogas discharge machines include engine intake pipes; 2 directional network; 3. Air filter; Inhalation tube; 5 observation ports; 6 safety valves; 7 liquid tanks; 8 suction tubes; 9 Unloading valve; 10. Application at discharge ports and parks. The characteristic is that it is easy to ignite and cut off the slag, and can be quickly ignited with strong firepower and high calorific value. It saves 50100 coal compared to ordinary large stoves. Each unit can handle cooking tasks for 250300 people.
The furnace structure consists of six parts, including an upper ring cover, a cylindrical outer wall with a blower inlet, an inverted conical shape, an inner chamber bottom plate, a conical shape, a flood discharge device, a heavy cone, and a balance operating rod. All parts are cast from pig iron, with a total weight of 60 kilograms and durability.
The furnace is easy to install and can be used without the need for furnace teeth or tall chimneys. The chimney of an old stove can also be used, and only 180200mm diameter iron pipes or ceramic pipes and cement pipes can be used to exhaust smoke outdoors. When installing it in the center of the stove on an old stove, first remove the furnace teeth, repair the stove, fix the bottom plate in the stove, place the inner and outer walls of the stove in sequence with ring covers, make a hole in the stove wall to align with the air outlet, insert a steel pipe into the air inlet, and then fill the outer wall of the cylinder with BiMsi Li Rongdi 530200. Guangxi Yongning County Liangyong Special Field South Fruit North Move Greenhouse or Pot 5+Planting Pineapple is a new and unpopular road, providing 1.7 yuan seedlings per plant, phone 07714725210, email code 3884. Welcome to subscribe to the service of the Sunshine Greenhouse's construction and service. Wang Pengfei from Suining County, Jiangsu Province asked about the Sunshine Greenhouse 1. Professor Zheng Shifa from the Horticulture Department of Huazhong Agricultural University, Wuhan 430070, answered that there are many forms of greenhouses, such as long back slope high back wall thin film solar greenhouses, short back slope high back wall thin film solar greenhouses. String type thin film solar greenhouse, all steel arch frame thin film solar greenhouse, etc., with a short front and back slope and a thin film mouth, are more suitable for farmers in northern regions to cultivate fruits and vegetables in spring, early autumn, and late autumn. They can also be used for winter vegetable seedling cultivation or short back slope separation, with plastic film shining brightly. 1. Cold proof ditch 2. Front and rear skeleton 3. Front 4. Horizontal beam 5
Waist pillar 6. Middle pillar 7. Grass canopy. Paper quilt 8. Beam 9., 10. Foil 1. Grass mud layer! 2. Cold proof layer 13. Rear wall 4. Wind barrier solid slag, painted in a chicken coop shape along the upper ring cover with refractory mud or lime mortar cement mortar.
The hanging height burns coal at 6080 millimeters and firewood at 3050 yuan, which saves 450 yuan compared to building a new large and medium-sized mechanical stove that costs about 1200 yuan. The economic benefits of saving coal and time all year round are even greater.
Produced by Ye Naijun, Agricultural Bureau 4320, Xiaogan City, Hubei Province, with phone number 0722839262. This type of solar greenhouse has a relatively high back wall and a short back slope. In winter, sunlight can directly shine on the back wall, which has good insulation performance and is easy to operate. When constructing a solar greenhouse on the left side, it is necessary to choose a sunny and sheltered area with flat, dry terrain, fertile soil, and good water sources. There should be no trees or buildings in front to provide shade. During construction, it is necessary to determine the angle, span, distance, length, thickness, and angle. It is advisable to have an azimuth angle of 5 degrees south or east west. The lighting angle of the front roof is designed based on the solar elevation angle on the local winter solstice day, with a light source angle of 40. The appropriate elevation angle for the rear roof is 30 degrees. Span. The distance from the back wall to the front foot of the greenhouse is usually 6-7 meters, which is more suitable. Height.
Refers to the perpendicularity between the high transparency point and the horizontal ground, as well as the rear wall. A reasonable height can improve daytime lighting and increase indoor heat storage. It should be determined based on different types of greenhouses and spans. Length. Due to differences in terrain and land parcels, a distance of 3060 meters is recommended., Thickness. The thickness of the back wall and roof of the mountain wall should be the thickness of the traditional greenhouse wall plus the thickness of the local frozen soil layer. For example, in the area of latitude 40 north, the walls of traditional greenhouses are mostly 50 centimeters thick, and the local permafrost layer is 1 meter deep, so the wall thickness should be 1.5 meters. The back roof should be covered with dry hay, rice straw, and other materials to a thickness of 50 times the wall thickness.
