8 results about "Marsh gas" patented technology

The utility model provides a mechanical-stirring-free low-temperature anaerobic giant underground reaction tank which comprises a reaction tank, a material distribution unit and a biogas collection unit, and geotechnical impermeable membranes are laid at the bottom, a dam and the top of the reaction tank; the material distributing unit comprises a material main pipeline and a plurality of discharging pipes, one side of the material main pipeline is connected with a feeding pipe, the other side of the material main pipeline is connected with a discharging pipe, a centrifugal pump is installed on the feeding pipe, a rotor pump is installed on the discharging pipe, and a material circulating pipe is further connected between the discharging pipe and the material main pipeline; the biogas collecting unit comprises a biogas collecting header pipe and a biogas collecting branch pipe, one side of the biogas collecting header pipe is connected with a biogas output pipe, and the biogas output pipe is connected with a Roots blower and a biogas output valve. The device is low in construction cost, integrates the functions of anaerobic reaction, biogas collection, material mixing circulation and the like, can stably run for a long time, and is suitable for being applied to farms in various places.

The marine fish air-sea high-yield method is characterized in that a plurality of pump ships are arranged and combined into a circle, a water area in the circle is a giant net bag bottom bait area, the bait is blue whale mother and child and excrement of the blue whale mother and child, and the excrement leaks to the seabed through the giant net and is diffused to the peripheral sea area outside the bait area; a large-range rich water sea area (high-yield area) is formed, the high-yield area contains large, medium and small marine fishes and shrimps and allows a large number of fishing boats and biogas boats to enter the area for operation, meanwhile, blue whale sonar can be used for inducing distant blue whale, tiger whale or crowd whale to straightly strive to the high-yield area to leave excrement so that rich water can be more fertile, and the huge net can filter out large fishes and only allows small fishes and shrimps to enter the net. The permutation and combination pump ship ring is just like a high-yield area haunch, and a plurality of operation ships in the high-yield area can enter the haunch to avoid typhoons. According to the invention, the whale does not fall into all things, but the whale live into all things, in other words, all the blue whales can be cared for life by the invention and can sleep for life. Fishermen do not need to run around the sea any more, and only need to stay in high-yield areas of the sea.

The utility model discloses an intelligent sewage treatment system for plateau alpine regions, which comprises a pre-treatment system, a plurality of anaerobic tanks, a biochemical tank, a water collecting tank and a post-treatment system which are positioned below an overburden layer and are arranged side by side, and a biogas heating system, a solar heating system and a breeze power generation heating system are arranged above the overburden layer. A liquid inlet pipe in the biogas heating system is communicated with the treatment tank in the pretreatment system, a liquid outlet pipe is communicated with the front end of the anaerobic tank, the biogas heating system collects biogas generated in the anaerobic tank, heat energy is generated through combustion, liquid entering from the liquid inlet pipe is heated, and the liquid flows out through the liquid outlet pipe after being heated; a water inlet pipe and a water outlet pipe of the solar heating system are respectively communicated with the water collecting tank and the anaerobic tank; and the breeze power generation heating system supplies heat energy to the interior of the anaerobic tank through electrification. The temperature during sewage treatment is automatically and intelligently controlled, so that the sewage temperature is suitable for microbial activity, and the device can normally operate in winter in high-cold and high-altitude areas.

The utility model discloses an automatic water replenishing device of anaerobic reaction tank positive and negative pressure protector relates to anaerobic fermentation technical field, including water replenishing tank and positive and negative pressure protector, the top one side of water replenishing tank is connected with the inlet pipe, and one end that the inlet pipe is located in water replenishing tank is connected with the float ball valve, and the bottom of water replenishing tank is connected with positive and negative pressure protector through liquid supply pipe, and the liquid pump is connected in series on the liquid supply pipe, the outside fixed connection of positive and negative pressure protector has the transparent liquid level tube that communicates with its inner chamber, both ends of transparent liquid level tube are equipped with liquid level sensor, and liquid level sensor and liquid pump are connected with controller respectively, and the controller is configured as according to two liquid level sensor's signal control liquid pump opening and closing. This automatic water replenishing device of anaerobic reaction tank positive and negative pressure protector can realize accurate, fast water replenishing, avoids the positive and negative pressure protector and causes marsh gas leakage because of water shortage, and protects the safety of anaerobic reaction tank.

The utility model discloses a continuous fermentation marsh gas pool with heat exchange interlayer and vacuum heat preservation, including marsh gas pool main part, the top of marsh gas pool main part is respectively threadedly connected with marsh gas discharge pipe and excrement inlet pipe, and the front of marsh gas pool main part is provided with stirring motor, and one side of marsh gas pool main part is fixed with heating water tank, and the top of heating water tank is threadedly connected with reflux tube, and the inside of heating water tank is provided with heating plate, and the inside welding of marsh gas pool main part has marsh gas pool inner shell, and the vacuum cavity is set up between marsh gas pool main part and marsh gas pool inner shell, and the outer wall of marsh gas pool inner shell is respectively provided with temperature sensor and heat exchange pipe, and the inner wall of marsh gas pool main part is provided with heat preservation pad, through vacuum cavity, heat exchange pipe and heating water tank, improve the heat exchange capacity and heat preservation performance of marsh gas pool, make fermentation marsh gas pool can effectively maintain suitable temperature, and guarantee the balance of heat, avoid causing energy waste and influence fermentation efficiency, improve the practicality and overall performance of marsh gas pool finally.

The domestic sewage anaerobic treatment equipment comprises an anaerobic treatment box, an L-shaped liquid guide cavity, a treatment cavity, a transition cavity and a clear water cavity are sequentially formed in the anaerobic treatment box, one end of the L-shaped liquid guide cavity is connected with a water inlet pipe, one end of the clear water cavity is connected with a water outlet pipe, and the treatment cavity and the transition cavity are separated through a partition plate; the bottom of the treatment cavity is connected with communicating pipes at equal intervals, the communicating pipes correspond to the limiting openings, treatment cylinders corresponding to the communicating pipes and the limiting openings are installed in the treatment cavity, and the treatment cylinders can sequentially penetrate through the limiting openings to be connected with the communicating pipes through threads. A limiting ring matched with the limiting opening is arranged at the top of the treatment cylinder; a biogas collecting cavity is formed in the top of the transition cavity. Through the modularized replaceable treatment cylinder, the expanded granular sludge internal circulation enhanced reaction and efficient biogas collection and diversion, stable operation of the sewage treatment system is realized.

The application relates to the sewage treatment technical field and discloses a circulating treatment and utilization device for rural domestic sewage, which comprises multiple purification units and a treatment center. Each purification unit is connected with a sewage discharge end of each household, multiple adjacent purification units share one treatment center, the purification unit comprises a pretreatment bin and a purification bin, the bin bodies of the two are provided with circulating heating cavities, sewage first enters the pretreatment bin, is subjected to preliminary anaerobic decomposition and homogenization, then enters the purification bin for further degradation and purification, each purification unit is provided with a heating assembly, heat is generated by burning marsh gas to keep the environmental temperature in the purification unit within a temperature range suitable for the survival of bacteria. The treatment center centrally collects the marsh gas generated by each household purification unit, and distributes the use of the marsh gas according to actual conditions, which not only avoids the problem that the purification unit is damaged by low temperature, but also guarantees the activity of the bacteria in the purification unit, and further improves the treatment efficiency of the sewage.

The utility model relates to the technical field of glass fiber reinforced plastic septic tanks, in particular to a glass fiber reinforced plastic septic tank convenient to hoist, which comprises a septic tank main body, one side of the top end of the septic tank main body is connected with a feed pipe, the other side of the septic tank main body is connected with a discharge pipe, and the inner wall of the septic tank main body is mechanically connected with a reaction mechanism. The reaction mechanism comprises a partition plate and is located between the feeding pipe and the discharging pipe, and a plurality of suction mechanisms are mechanically connected to the top end of the septic tank main body and are located above the reaction mechanism. According to the septic tank disclosed by the utility model, internal parts of the reaction mechanism are matched with one another, so that the feeding pipe and a mixture in the septic tank main body can be fully mixed and reacted during feeding each time, and gas such as biogas can be conveniently generated and decayed; normal exhaust of the exhaust pipe in rainy days can be conveniently guaranteed, and the septic tank main body can be conveniently hoisted and transported.