38results about How to "Conducive to cascading utilization" patented technology

The invention provides a multistage heat accumulating type solar heat-power cogeneration system which comprises a tower type heat absorption-accumulation-transfer subsystem, a tank type heat absorption-accumulation-transfer subsystem, a flat plate type heat absorption-accumulation-transfer subsystem and a heat-power cogeneration subsystem, wherein the tower type heat absorption-accumulation-transfer subsystem, the tank type heat absorption-accumulation-transfer subsystem and the flat plate type heat absorption-accumulation-transfer subsystem are coupled through a moderate temperature coupling heat accumulator and a low temperature coupling heat accumulator; and the heat-power cogeneration system comprises a power supply mode, a heat supply mode and a heat-power cogeneration mode, and operates together with the three heat absorption-accumulation-transfer subsystems. The invention organically combines the solar tower type, tank type and flat plate type heat collecting systems to form high temperature, moderate temperature and low temperature three-stage heat accumulators; and thus, the invention can meet the requirements for industrial large-scale solar moderate temperature and high temperature heat utilization, and is beneficial to the comprehensive cascading utilization of energies.

The invention provides a powder manufacturing and air adjusting system utilizing waste heat and a powder manufacturing and air adjusting method. The powder manufacturing and air adjusting system utilizing the waste heat comprises an air pre-heater (28), an air supplying and heating device (30) used before air preheating, a hot primary air phase change cooler (11), a coal mill (13), a dust remover (24), an air induction fan (23) and a low temperature heater (22) for condensation water. According to the invention, on the premise of guaranteeing the system safety, various automatic adjustment measures are taken for improving the adjustment ability of the powder manufacturing system greatly, and the coupling problem of the powder manufacturing capacity and the drying capacity of existing powder manufacturing systems of boilers is solved; comprehensive utilization of the waste heat of smoke and hot primary air is realized, the drying energy for the powder manufacturing system can be utilized optimally, and the utilization efficiency of the waste heat can be improved.

The invention discloses a hierarchical heating type domestic hot water storage and supply system and a control method of the hierarchical heating type domestic hot water storage and supply system. The hierarchical heating type domestic hot water storage and supply system comprises a hierarchical heating type water storage system used for storing heated water in a hierarchical mode according to water temperature, a water replenishing system, a hot water heating system, a hot water supplying system used for outputting the hot water in the hierarchical heating type water storage system, and an automatic control system, wherein the water replenishing system, the hot water heating system, the hot water supplying system and the automatic control system are connected with the hierarchical heating type water storage system. According to the hierarchical heating type domestic hot water storage and supply system and the control method of the hierarchical heating type domestic hot water storage and supply system, the hierarchical heating type domestic hot water storage and supply method and the intelligent control method are adopted, hot water and cold water are layered naturally according to the temperature gradient, gradient utilization of energy resources is facilitated, the inlet water temperature of a heat pump water heater is low, the condensation temperature of the system is lowered, the energy efficiency ratio is high, and energy resources are saved; the hierarchical heating type domestic hot water storage and supply system is reasonable in design, efficient, capable of saving energy, high in water temperature control precision, stable in outlet water temperature, high in use comfort, and capable of reducing environment pollution.

The invention relates to a vertical internal circulation soil thermal desorption device, which includes a material circulation unit, a flue gas circulation unit and a waste heat recovery unit; the material circulation unit includes a preheating section, an initial desorption unit, and a preheating section that are sequentially connected along the material flow direction to form a circulation loop. chamber, deep desorption chamber and material return chamber; the flue gas circulation unit includes a combustion chamber, an inner heating chamber and an outer heating chamber connected in sequence along the flue gas flow direction; the inner heating chamber and the outer heating chamber are respectively formed inside the primary desorption chamber and the outside; the combustion chamber and the deep desorption chamber have the same wall; a separation chamber for separating fine particles and heating the preheating section is formed between the inner heating chamber, the initial desorption chamber and the return chamber, and the inner and outer heating chambers are connected. The primary desorption chamber is connected with the separation chamber, and the gas outlet section of the separation chamber and the external heating chamber act on the preheating section simultaneously from both sides. The invention improves the desorption efficiency through the cascade utilization of energy and the internal circulation of materials.