A dewatering apparatus having a size reduction portion adapted to reduce the size of one or more items to be dewatered, and a separation portion in fluid communication with the size reduction portion, the separation portion adapted to substantially separate the liquid and solid components of the one or more items.

A dewatering apparatus having a size reduction portion adapted to reduce the size of one or more items to be dewatered, and a separation portion in fluid communication with the size reduction portion, the separation portion adapted to substantially separate the liquid and solid components of the one or more items.

Provided herein are processes for preparing a glass powder pozzolan product, the process including steps of: providing a crushed and clean waste glass; sorting the waste glass post pulverization through a process to take a coarse stream; adding a fine stream collected in the process and milling the coarse and fine streams to provide the glass powder pozzolan product. Glass powder pozzolan products, as well as systems for producing such glass powder pozzolan products, are also provided.

Provided herein are processes for preparing a glass powder pozzolan product, the process including steps of: providing a crushed and clean waste glass; sorting the waste glass post pulverization through a process to take a coarse stream; adding a fine stream collected in the process and milling the coarse and fine streams to provide the glass powder pozzolan product. Glass powder pozzolan products, as well as systems for producing such glass powder pozzolan products, are also provided.

A variable system is provided for processing, treatment and use of wastes containing sorting, mechanical treatment, separation and processing of waste that further contains a waste container provided with at least one waste amount sensor and at least one waste motion sensor to which a waste crusher with a load sensor is connected via a batcher, wherein the waste amount sensor, the other waste motion sensor and the load sensor are interconnected with a control unit connected to conveyor drive controllers in the waste container, the batcher and the crusher; behind the crusher, a treatment plant for mechanical treatment, cleaning, drying, separation and agglomeration is located that is followed by a bio-gas station for processing and treatment of organic materials for energy recovery and subsequent use as compost, a sorter of formed granules to respective types of plastic for their recycling, and a thermochemical unit for production of energy fuel in the form of gas, oil and carbon followed by at least one liquefied gas tank provided with a mixing equipment are located.

A variable system is provided for processing, treatment and use of wastes containing sorting, mechanical treatment, separation and processing of waste that further contains a waste container provided with at least one waste amount sensor and at least one waste motion sensor to which a waste crusher with a load sensor is connected via a batcher, wherein the waste amount sensor, the other waste motion sensor and the load sensor are interconnected with a control unit connected to conveyor drive controllers in the waste container, the batcher and the crusher; behind the crusher, a treatment plant for mechanical treatment, cleaning, drying, separation and agglomeration is located that is followed by a bio-gas station for processing and treatment of organic materials for energy recovery and subsequent use as compost, a sorter of formed granules to respective types of plastic for their recycling, and a thermochemical unit for production of energy fuel in the form of gas, oil and carbon followed by at least one liquefied gas tank provided with a mixing equipment are located.

The present invention provides a fiber raw material processing system and its operation method. The fiber raw material processing system is composed of a cutting module, a bulk pulping module, a salt slurry processing module, a pressure screen, a separation module, an inclined screen module, and an extrusion module and a recycling module, which are connected in series. The operating method of the fiber raw material processing system is to process absorptive articles such as diapers or sanitary napkins, etc., which are retained and made into fluff fiber raw materials through the purification and separation steps performed by the modules of the fiber raw material processing system.

The present invention provides a fiber raw material processing system and its operation method. The fiber raw material processing system is composed of a cutting module, a bulk pulping module, a salt slurry processing module, a pressure screen, a separation module, an inclined screen module, and an extrusion module and a recycling module, which are connected in series. The operating method of the fiber raw material processing system is to process absorptive articles such as diapers or sanitary napkins, etc., which are retained and made into fluff fiber raw materials through the purification and separation steps performed by the modules of the fiber raw material processing system.

The present invention discloses an absorptive article quick decomposition system and operating method thereof. The absorptive article quick decomposition system is mainly constructed by a cutting separating module, a liquid proof reclaimed material filtering module, a recycling module, a salt slurry processing module, a plastic raw material manufacturing module, a hygroscopic raw material manufacturing module, and a fluff fiber raw material manufacturing module. The absorptive article quick decomposition system and operating method of the embodiment of the present invention make the recycled absorbent articles become possible to be decomposed into plastic raw materials, hygroscopic raw materials and fluff fiber raw materials. In addition, organic pollutants on absorbent articles are decomposed. The purified and treated water thus recovered and the recycling is realized for good.

Solid waste that includes a mixture of wet organic material and dry organic material can be are separated using mechanical separation to produce a wet organic stream enriched in wet organics and a dry organic stream enriched in dry organics. The separated wet organic stream and dry organic stream are separately converted to renewable or recyclable products using different conversion techniques particularly suited for the separated wet and dry organic streams.