FIELD: agriculture.
SUBSTANCE: invention relates to agriculture and landscaping and can be used for accelerated creation and reproduction of soil cover at arrangement in urban conditions (arrange) lawns using solid residue livestock and poultry farming, when organizing production in special nurseries of creation turf mat. In method turf is produced using undercoat of waterproof geotextile material, on which is laid a water perforated pipes sine-shaped form, which are connected to the water distribution and discharge collector, discharge with controlled valve and outlet drain. For heating of the soil column of combustion gas for heating water supply pipe connected to the cold water with the water pump, that is located outside the room. After laying of perforated pipes on the geotextile material, tube are covered with the second resilient web of permeable geotextile material, and their ends tightly connected to each other, thus forming a closed cavity. Top covered layer of solid manure fraction (or granules) from swine drain or poultry droppings and again closed of the third web from of water-permeable geotextile material, which is also tightly connected to the second web water-permeable geotextile, forming the second closed cavity. This cavity connected with discharge branch pipe with valve, escaping gas is trapped in the chamber, which is located above the mesh web in the upper part of the chamber, and then gas is fed into column combustion for water heating. On the basis of dilution of the solid fraction of manure with thickness of more than 10 cm in a closed third cavity is formed fertilizer nutrient solution. Due to use of warm water is occurs its dilution, creates active reaction for fermentation with extraction of large amount of gas.
EFFECT: method allows to improve development and establishment of turf on object of landscape gardening due to minimum damage of root system when delivering on platform for carpet lawn coatings, the mats has a strong base containing nutritional components of fertilizers.
5 cl, 4 dwg
Authors
Dates
2016-10-27—Published
2015-07-06—Filed