30results about How to "Reduce composting costs" patented technology

The invention relates to a high rate composting method and equipment thereof. The method comprises the following steps: sending organic solid waste to separation equipment for separation and recycling; making the waste into grains and sending the grains into a materialized pretreatment groove; adding a wetting agent, a bond dissociation agent and water beyond saturation state of materials; after stirring, sending the mixture into a high speed stable kettle for heating and pressurizing; maintaining the material in the reaction kettle at liquid and solid state; adding an oxidizer and a heavy metal remover; after reducing pressure to reduce pressure in a vessel, sending the mixture to a high speed activation kettle; adding a softening agent and an activation agent for an activation reaction under the condition of increasing temperature and pressure; and carrying out steam instant explosion operation by leading material to a product finery and controlling humidity, granularity and nutriment in a fertilizer within a range as required. By the method, the organic waste can be transferred to high quality compost in an hour and hydroscopic property, moisture retaining quality, adsorptivityof N, P, K and trace elements needed by plants, ventilation property, thermal insulation, flood-resistance and desertification resistance can be improved greatly, bacterium and parasites can be killed completely, poisonous organic compound can be decomposed and excess heavy metal in material can be stabilized or removed.

The invention provides a Bacillus sp. strain UTM03. The preservation number of the Bacillus sp. strain UTM03 is CGMCC No.5643. The strain UTM03 can be quickly proliferated at the temperature of 70 DEG C. The invention also provides application of the strain UTM03 in sludge composting. According to a seed compost prepared by using the strain UTM03 and a sludge composting application method for thestrain UTM03, the problem that microorganisms are inactivated or a compost product does harm to plants or heavy metals exceed the standard due to the concentration of salt or heavy metals in the sludge composting can be solved; and the strain can be widely applied to the sludge composting, and has good economical and social benefits.

The invention relates to a method of temperature controlled compost for echelon circulation inoculation. Among three different stages in the composting process, three different degradation facilitating microbial inocula are added respectively according to composting temperature. In each stage of fermentation and compost, a part of raw materials are taken out to serve as the functional microbial inoculum which is used as composting inoculation next time. Since a new microbial inoculum is unnecessary to be inoculated in each fermentation process, compost cost is obviously reduced and circulation inoculation can effectively overcome the antagonism problem between external connection microorganism and indigenous microorganism, thus fully developing the positive effect of the indigenous microorganism and achieving the effect of accomplishing twice the result with half the effort.

The invention discloses a production method for an organic fertilizer special for tobacco and the organic fertilizer special for tobacco. The method comprises: introducing newly-hatched boettcherisca peregrina larva to the surface of a scientific compatible formula material for performing biological conversion on a culture material, so as to convert the formula material of the organic fertilizer special for tobacco into the organic fertilizer special for tobacco, wherein the formula material is composed of the following compositions in parts by weight: 80-90 parts of pig manure and 20-10 parts of a cake fertilizer, the cake fertilizer is rapeseed cake or a mixture of rapeseed cake and peanut bran, and the water content of pig manure is 70-80%. By utilizing boettcherisca peregrina larva and employing the cake fertilizer commonly utilized in tobacco plantation and combining pig manure, the organic fertilizer special for tobacco is produced within 5-6 days and has the fertilizer efficiency higher than routine microbe compost and low cost, and the processing problem of pig manure and the technological problem of effective fertilizer supply during tobacco plantation are effectively solved. In the process of producing the organic fertilizer special for tobacco, boettcherisca peregrina mature larva is produced, the compost cost is further reduced and economic benefit is increased.

The invention discloses a method for producing an organic fertilizer special for tobacco by utilizing pig manure and the organic fertilizer special for tobacco. The method comprises: introducing chrysomya megacephala ovum to the surface of a scientific compatible formula material, so as to enable hatched chrysomya megacephala larva to perform biological conversion on a culture material and to convert the formula material of the organic fertilizer special for tobacco into the organic fertilizer special for tobacco, wherein the formula material is composed of the following compositions in parts by weight: 80-90 parts of pig manure and 20-10 parts of a cake fertilizer, the cake fertilizer is rapeseed cake or a mixture of rapeseed cake and peanut bran, and the water content of pig manure is 70-80%. By utilizing chrysomya megacephala larva and employing the cake fertilizer commonly utilized in tobacco plantation and combining pig manure, the organic fertilizer special for tobacco is produced within 5-6 days and has the fertilizer efficiency higher than routine microbe compost and low cost, and the processing problem of pig manure and the technological problem of effective fertilizer supply during tobacco plantation are effectively solved. In the process of producing the organic fertilizer special for tobacco, chrysomya megacephala mature larva is produced, the compost cost is further reduced and economic benefit is increased.

The invention discloses a method for producing an organic fertilizer special for tobacco by taking pig manure and cake fertilizer as raw materials and the organic fertilizer special for tobacco. The method comprises: introducing musca domestica ovum to the surface of a scientific compatible formula material, so as to enable hatched musca domestica larva to perform biological conversion on a culture material and to convert the formula material of the organic fertilizer special for tobacco into the organic fertilizer special for tobacco, wherein the formula material is composed of the following compositions in parts by weight: 80-90 parts of pig manure and 20-10 parts of a cake fertilizer, the cake fertilizer is rapeseed cake or a mixture of rapeseed cake and peanut bran, and the water content of pig manure is 70-80%. By utilizing musca domestica larva and employing the cake fertilizer commonly utilized in tobacco plantation and combining pig manure, the organic fertilizer special for tobacco is produced within 5-6 days and has the fertilizer efficiency higher than routine microbe compost and low cost, and the processing problem of pig manure and the technological problem of effective fertilizer supply during tobacco plantation are effectively solved. In the process of producing the organic fertilizer special for tobacco, musca domestica mature larva is produced, the compost cost is further reduced and economic benefit is increased.

The invention discloses a method for producing an organic fertilizer special for tobacco by utilizing ptecticus tenebrifer larva to process pig manure and the organic fertilizer special for tobacco. The method comprises: introducing ptecticus tenebrifer ovum to the surface of a scientific compatible formula material, so as to enable hatched ptecticus tenebrifer larva to perform biological conversion on a culture material and to convert the formula material of the organic fertilizer special for tobacco into the organic fertilizer special for tobacco, wherein the formula material is composed of the following compositions in parts by weight: 80-90 parts of pig manure and 20-10 parts of a cake fertilizer, the cake fertilizer is rapeseed cake or a mixture of rapeseed cake and peanut bran, and the water content of pig manure is 70-80%. By utilizing ptecticus tenebrifer larva and employing the cake fertilizer commonly utilized in tobacco plantation and combining pig manure, the organic fertilizer special for tobacco is produced within 15 days and has the fertilizer efficiency higher than routine microbe compost and low cost, and the processing problem of pig manure and the technological problem of effective fertilizer supply during tobacco plantation are effectively solved. In the process of producing the organic fertilizer special for tobacco, ptecticus tenebrifer mature larva is produced, the compost cost is further reduced and economic benefit is increased.

The invention discloses a method for producing a special organic fertilizer for tobacco by using golden soldier fly larvae and the special organic fertilizer for tobacco. The method of the present invention is to insert golden yellow fingered soldier fly eggs on the surface of scientifically compatible formula materials, hatch larvae to carry out biotransformation of compost, and convert tobacco-specific organic fertilizer formula into tobacco-specific organic fertilizer; wherein, the formula It consists of the following components in parts by weight: 80-90 parts of pig manure and 20-10 parts of cake fertilizer, the cake fertilizer is a mixture of rapeseed cake or rapeseed cake and peanut bran; the water content of the pig manure 70-80%. The present invention utilizes golden yellow fingered soldier fly larvae, adopts cake fertilizer conventionally used in tobacco planting and pig manure, and produces a special organic fertilizer for tobacco with higher fertilizer efficiency than conventional microbial composting and low cost in about 15 days, effectively solving the problem of pig manure treatment And the technical problem of effectively supplying fertilizer in the tobacco planting process. In the process of producing tobacco-specific organic fertilizer, mature larvae of the golden soldier fly can also be produced, which further reduces composting costs and increases economic benefits.