44results about How to "Energize" patented technology

The invention discloses an industrial tail gas recycling system. In the industrial tail gas recycling system, a microalgae oil production device is organically coupled with a synthesis gas fermentation strain growth tank and a synthesis gas fermentation strain fermentation tank. By the industrial tail gas recycling system, CO2 and CO in the tail gas can be recycled effectively, so that two types of clean energy, namely ethanol and diesel, and a few of acetic acid by-products can be obtained. Thus, components of the industrial tail gas can be treated fully through a biologic mode, energy is recycled; therefore, pollution of industrial tail gas emission to the environment can be relieved; and the industrial tail gas energy recycling system has significant use value.

The present invention includes methods for producing GaAs / Si composites, GaAs / Si composites, apparatus for preparing GaAs / Si composites, and a variety of electronic and photoelectric circuits and devices incorporating GaAs / Si composites of the present invention.

The invention relates to a treating method for energy regeneration, resource recovery and pollution free of restaurant garbage, which comprises the steps that separated liquid material is pumped into a swage concentrating pool; then the concentrated liquid material is discharged into a regulating and pretreating pool, in which methane bacteria are inoculated; the pretreated liquid material is discharged into an anaerobic fermentation pool, in which anaerobic bacteria groups are added so that methane gas is generated and the overflowing liquid material from the anaerobic fermentation pool is led to enter an aerobic aerated pool for aerobic reaction; the liquid material after the aerobic reaction is discharged into a sedimentation tank for sedimentation. In the comprehensive utilization of 'swill', the disposing method of the invention carries out anaerobic fermentation and aerobic aerated biochemical treatment to transform part of the energy in the swill into bio-energy which is then transformed into heat energy and finally into electrical energy that is connected with power grid for use. The separated solid material is smashed, dried, sterilized, dehydrated and then added with Chinese herbal medicine to be processed into Chinese herbal medicine compound feeds and fertilizers; meanwhile, the treatment of energy regeneration, resource recovery and pollution free of restaurant garbage for restaurant garbage is realized.

The invention relates to a combined utilization method of straw smoldering and rapid humification and a humic fertilizer product thereof. The combined utilization method specifically comprises the following steps: (1) crushing the straw to obtain straw powder; (2) crushing a part of the straw powder As smoldering straw powder, put it in a smoldering furnace, and smoldering will occur after the air is introduced to obtain smoldering ash and hot flue gas; Mix evenly together, and place in the humification reactor; (4) After mixing the hot flue gas and air, pass them into the humification reactor together, so that the humic fertilizer raw materials undergo rapid humification to obtain humic fertilizer fertilizer products. Compared with the prior art, the present invention combines the use of crop straw through smoldering and rapid humification, fully utilizes the smoldering ash and hot flue gas generated in the smoldering process in the rapid humification process, and realizes The rapid and efficient in-situ harmless utilization of straw is achieved, with little environmental pollution and high resource utilization.

The invention discloses a method for harmless co-processing of heavy metal sludge and organosilicon waste. The method comprises: (1) first drying the heavy metal sludge and organosilicon waste, and then grinding the metal sludge and organosilicon waste separately crushed until the particle size is less than 0.55mm; (2) mix fine-grained heavy metal sludge, organic silicon waste and caustic soda evenly according to the proportioning ratio, and obtain a high-temperature solidified vitrified mixed material; (3) mix the obtained mixed material in a rich Carry out high-temperature curing under an oxygen atmosphere to obtain a cured body stabilized by heavy metals. Starting from the components and characteristics of the waste itself, the present invention makes full use of the hydrocarbon organic matter and silicon components in the organosilicon waste, which not only realizes the energy conversion of the hydrocarbon organic matter in the waste, but also reduces the operating cost of the high-temperature solidification disposal process; at the same time It provides silicon components for the high-temperature solidification vitrification of heavy metal sludge, and obtains silicon-based glass materials with resource potential, realizes the co-processing effect of waste, and achieves the purpose of energy saving and environmental protection.

The invention discloses garbage sorting equipment, methods and applications based on the characteristics of chemical elements. The steps of the garbage sorting method are as follows: the garbage is subjected to pretreatment such as bag breaking, crushing and screening, and the pretreated garbage mixture is placed in the On the garbage transmission device, the equipment for online real-time detection of garbage based on the characteristics of chemical elements detects and analyzes the garbage. The computer control system receives the signal detected by the detection equipment and sends instructions to the device for real-time classification of garbage. Classification. Apply the above-mentioned garbage sorting method to garbage recycling and preparation of raw materials with stable chemical element characteristics, recycle garbage, save resources, and prepare garbage into raw materials with stable chemical element characteristics. When these raw materials are used for pyrolysis and gasification In the process of burning and burning, it creates favorable conditions for the stable and effective operation of these processes, thereby realizing the purpose of waste reduction, resource utilization and energy utilization.