Dunwell Engineering Company Limited

With the increasing demand of sanitary facilities in remote locations with limited space, a cost effective solution was called for to meet the needs. Dunwell Bio-Toilet is an advanced wastewater treatment process which combines membrane separation, biological treatmentand aeration technologies. It is specially designed for toilets with maximum flow capacity requirement less than 60m3. The system treats the sewage on site with the effluentreused directly for toilet flushing, eliminating the need for sewage piping.  Advantages: ◆ On site reuse of treated water ◆ Automated control by ProgrammableLogic Controller (PLC) ◆ 24-hour Remote monitoring system ◆ Eliminates sewage piping    

DMBR Wastewater Treatment & Reuse System

Guangxi Max-energy Environmental Technology Co.,Ltd

Intelligent Wastewater Treatment PlantThe wastewater treatment plant independently developed by NEW YUDA Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic wastewater treatment device, which has undergone multiple technological innovations and has been highly integration. FRP/PP wastewater treatment plant is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.      A2/OProcess FRP/PP wastewater treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.FRP/PP wastewater treatment plant adopts biological process, where microorganisms mainly grow on spherical filler media, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biological is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. SMC sewage treatment tank adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment tank is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.    

Hospital Wastewater Treatment Plant 150T/D AAO+MBR Process

Intelligent Domestic Wastewater Treatment PlantThe domestic wastewater treatment plant independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has been highly integration. SMC domestic wastewater treatment plant is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.       A2/OProcess SMC domestic wastewater treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.SMC domestic wastewater treatment plant adopts biological process, where microorganisms mainly grow on spherical filler media, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biological is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. SMC domestic wastewater treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC domestic wastewater treatment plant is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.  (1) Anaerobic, anoxic, and aerobic, the combination of three different environmental conditions and microbial communities are capable of simultaneously removing organic matter and nitrogen and phosphorus. (2) In the process of simultaneous deoxygenation, phosphorus removal, and organic matter removal, this process flow is the simplest, and the total hydraulic retention time is also less than other similar processes.    

Domestic Wastewater Treatment Plant 5T/D AAO+MBBR for Villas

Wastewater Treatment Process Design The construction and operation of sewage treatment projects are costly and constrained and influenced by various factors. Among them, the optimization and selection of sewage treatment process proposal have a particularly critical impact on the investment and operation management of sewage treatment. Therefore, it is necessary to start from the perspective of overall optimization, comprehensively consider the properties of sewage and the requirements for treated effluent, and propose the best sewage treatment process plan. Principles of wastewater treatment process selection: (1) The process technology is required to be advanced and mature, with high safety, strong oxygenation capacity, high dissolved oxygen concentration, strong oxidation ability, high oxygen utilization rate, and reliable operation, meeting the requirements for treating effluent. (2) Convenient operation and management, flexible operation, and corresponding impact resistance and adaptability to changes in inflow and water quality. (3) Economically reasonable, saving infrastructure investment and operational management costs while meeting processing requirements. (4) The process supporting equipment has advanced technology, reliable quality, small footprint, low investment, and good treatment effect. (5) The automation control of the process is reasonable and reliable, reducing labor intensity. (6) The selection of sludge treatment process and equipment should consider operational flexibility to improve the operability of the sludge treatment process.    Process Description The sewage enters the sewage plant, intercepts suspended solids through the grid, and then flows into the sedimentation tank by gravity; Due to the different water quality and quantity from different periods, the peak flow rate of domestic sewage is generally 3-6 times the average treatment capacity. To ensure continuous operation of the system, a regulating tank is used to regulate the water quantity and homogenize the water quality, while also removing and reducing some pollutant loads. After being collected by the drainage system, the sewage enters the grid well of the sewage treatment plant. After removing particles and debris, it enters the regulating tank for homogenization and equalization. A liquid level controller is installed in the regulating tank, and then the signal is transmitted by the liquid level controller. It is pumped by the lifting pump to the A-level biological contact oxidation tank for acidification, hydrolysis, nitrification and denitrification, reducing the concentration of organic matter, removing some ammonia nitrogen, and then flows into the O-level biological contact oxidation tank for aerobic biochemical reaction, The vast majority of organic pollutants in the O-level biological tank are degraded through biological oxidation and adsorption, and the effluent flows to the secondary sedimentation tank for solid-liquid separation.     

90Ton/Day Sewage Treatment Plant for Hospital Hotel Wastewater

The sewage treatmenttank independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has beenhighly integration. SMC Sewage treatment tank is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.    A2/OTechnical Process SMC sewage treatment tank adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.SMC sewage treatment tank adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. SMC sewage treatment tank adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment tank is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.  (1) Anaerobic, anoxic, and aerobic, the combination of three different environmental conditions and microbial communities are capable of simultaneously removing organic matter and nitrogen and phosphorus. (2) In the process of simultaneous deoxygenation, phosphorus removal, and organic matter removal, this process flow is the simplest, and the total hydraulic retention time is also less than other similar processes. (3) The phosphorus content in sludge is high, generally above 2.5%.    

2T/D Johkaso Domestic Wastewater Treatment Biogass Plant

DMBR Wastewater Packaged Treatment System

MGM Industries & Company

Application: Medical centre, Physical and chemical inspection, PCR laboratory, Operating room, Beauty centre  Features: * Perfect processing technology  Various kinds of pollutants in sewage are treated by chemical reaction, aeration oxidation, ozone disinfection, multi-medium filtration, ultraviolet lamp  disinfection and other technologies. * Intelligent monitoring  The intelligent man-machine control system is adopted to monitor and control the change of sewage quality and the treatment process in real time, so  as to realize all-weather automatic operation without special person on duty. * High-efficient sterilization  Compared with the traditional equipment, this system has the advantages of simple and convenient operation and strong sterilization ability. * Accurate dosing  Imported metering pump is used to accurately control the dosage, and equipped with liquid level control, drug shortage alarm and other devices. * Easy operating  Easy to operate, stable operation, long service life, low cost of operation and maintenance.   

Laboratory Wastewater Treatment System

Intelligent Sewage Treatment PlantThe sewage treatment plant independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has been highly integration. SMC sewage treatment plant is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.      A2/OProcess SMC sewage treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.SMC domestic wastewater treatment plant adopts biological process, where microorganisms mainly grow on spherical filler media, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biological is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. SMC domestic wastewater treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC domestic wastewater treatment plant is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.  (1) Anaerobic, anoxic, and aerobic, the combination of three different environmental conditions and microbial communities are capable of simultaneously removing organic matter and nitrogen and phosphorus. (2) In the process of simultaneous deoxygenation, phosphorus removal, and organic matter removal, this process flow is the simplest, and the total hydraulic retention time is also less than other similar processes.       

5T/D Sewage Treatment Plant  AAO+MBBR Biogas Plant for Villas

The sewage treatment plant independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has been highly integration.SMC sewage treatment plant is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics:1. Low investment, good treatment effects, short construction period, easy maintenance; 2. Low power consumption, energy saving, low daily operation costs; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.  Sewage Treatment Plant Product Model List: TypeCapacity（m³/d）Dimension（mm）Manholes（mm）Power（W）Voltage（V）MaterialMAE-0.50.51900*1050*1200φ400*238220SMCMAE-112400*1300*1400φ400*245220SMCMAE-222150*1150*1650φ630*255220SMCMAE-552420*2010*2000φ630*2110220SMCMAE-883420*2010*2000φ630*3110220SMCMAE-10104420*2010*2000φ630*4170220SMCMAE-15155420*2010*2000φ630*5220220SMCMAE-20207420*2010*2000φ630*6350220SMCMAE-25258420*2010*2000φ630*6470220SMCMAE-303010420*2010*2000φ630*6470220SMC Sewage Treatment Equipment Technical Process: A2/O Process SMC wastewater treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.SMC wastewater treatment plant adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. SMC wastewater treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC wastewater treatment plant is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.     

0.5T/D Domestic Sewage Treatment Plant AAO+MBBR Process 

Wastewater Treatment Process Design The construction and operation of sewage treatment projects are costly and constrained and influenced by various factors. Among them, the optimization and selection of sewage treatment process proposal have a particularly critical impact on the investment and operation management of sewage treatment. Therefore, it is necessary to start from the perspective of overall optimization, comprehensively consider the properties of sewage and the requirements for treated effluent, and propose the best sewage treatment process plan. Principles of wastewater treatment process selection: (1) The process technology is required to be advanced and mature, with high safety, strong oxygenation capacity, high dissolved oxygen concentration, strong oxidation ability, high oxygen utilization rate, and reliable operation, meeting the requirements for treating effluent. (2) Convenient operation and management, flexible operation, and corresponding impact resistance and adaptability to changes in inflow and water quality. (3) Economically reasonable, saving infrastructure investment and operational management costs while meeting processing requirements. (4) The process supporting equipment has advanced technology, reliable quality, small footprint, low investment, and good treatment effect. (5) The automation control of the process is reasonable and reliable, reducing labor intensity. (6) The selection of sludge treatment process and equipment should consider operational flexibility to improve the operability of the sludge treatment process.     Process Description The sewage enters the sewage plant, intercepts suspended solids through the grid, and then flows into the sedimentation tank by gravity; Due to the different water quality and quantity from different periods, the peak flow rate of domestic sewage is generally 3-6 times the average treatment capacity. To ensure continuous operation of the system, a regulating tank is used to regulate the water quantity and homogenize the water quality, while also removing and reducing some pollutant loads. After being collected by the drainage system, the sewage enters the grid well of the sewage treatment plant. After removing particles and debris, it enters the regulating tank for homogenization and equalization. A liquid level controller is installed in the regulating tank, and then the signal is transmitted by the liquid level controller. It is pumped by the lifting pump to the A-level biological contact oxidation tank for acidification, hydrolysis, nitrification and denitrification, reducing the concentration of organic matter, removing some ammonia nitrogen, and then flows into the O-level biological contact oxidation tank for aerobic biochemical reaction, The vast majority of organic pollutants in the O-level biological tank are degraded through biological oxidation and adsorption, and the effluent flows to the secondary sedimentation tank for solid-liquid separation.     

100Ton/Day Sewage Treatment Plant for Residential Building

Intelligent Sewage Treatment PlantThe sewage treatment plant independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has been highly integration. Sewage treatment plant is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.     A2/OTechnical Process Sewage treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus. Sewage treatment plant adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. Sewage treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. Sewage treatment plant is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.    

Biological Treatment 80m3/day Sewage Treatment Plant for Black Water 

Intelligent Sewage Treatment TankThe sewage treatmenttank independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has beenhighly integration. SMC Sewage treatment tank is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.        Process description 1. After passing through the septic tank, the sewage from each household is collected by the sewage pipe network. The animal and vegetable oil in the sewage must be removed by a grease trap before entering the sewage pipe network for treatment. 2. After the domestic sewage is collected in the pipeline network, the debris and large particles are separated through the bar screen well to prevent blockage. 3. After separated by the bar screen well the sewage enters into the equalization tank. The purpose to set up equalization tank is to control water quality and water quantityto meet process requirements, so that the water quality and water quantity entering the treatment tank are more stable. 4. The sewage in the equalization tank is pumped to the treatment tank for treatment through a lifting pump. 5. The intelligent sewage treatment tank is designed with five compartments, they are: oil separation and sand sedimentation compartment, anaerobic compartment, anoxic compartment, aerobic compartment and sedimentation compartment. It degrades COD in sewage through the action of microorganisms and realizes denitrification at the same time. 6. After being treated by the intelligent sewage treatment tank, the sewage enters the ecological filter for polished treatment. The sewage is deeply treated by the synergistic effects of artificial media, plants, and microorganisms, ensuring that the sewage is stably discharged in compliance with the standards. The effluent from the ecological filter flows into the nearby water body. 7. The intelligent sewage treatment tank is made of SMC/Glass fiber reinforced plastic material, we provide 1 year warranty for the whole system.      

AAO+MBBR Sewage Treatment Plant 15m3/d 

Intelligent Sewage Treatment PlantThe sewage treatment plant independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has been highly integration. SMC sewage treatment plant is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.      A2/OProcess SMC sewage treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.SMC sewage treatment plant adopts biological process, where microorganisms mainly grow on spherical filler media, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biological is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. SMC sewage treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment plant is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs. (1) Anaerobic, anoxic, and aerobic, the combination of three different environmental conditions and microbial communities are capable of simultaneously removing organic matter and nitrogen and phosphorus. (2) In the process of simultaneous deoxygenation, phosphorus removal, and organic matter removal, this process flow is the simplest, and the total hydraulic retention time is also less than other similar processes.   

OEM Johkasou 2T/D Sewage Treatment Plant for Household 

The sewage treatmenttank independently developed by Guangxi Max-energy Environmental Technology Co., Ltd. is an upgraded product of an integrated domestic sewage treatment device, which has undergone multiple technological innovations and has beenhighly integration. SMC Sewage treatment tank is a kind of sewage integrated treatment equipment which has the characteristics of high efficiency nitrogen and phosphorus removal is suitable for use in domestic wastewater treatment, it has low-cost, low energy consumption, easy maintenance, it has the advantages of light weight, corrosion resistance, long service life, small footprint, simple construction and installation, easy management, low operating costs. Has the following characteristics: 1.Low investment, good treatment effects, short construction period, easy maintenance; 2.Low power consumption, energysaving, lowdaily operationcosts; 3. Using SMC material mold casting, with stable and reliable quality; 4. Use of Internet of Things (IoT) technology to realize remote mobile management and save labor costs; 5. Low sludge production; 6. Long service life, the service life can reach more than 30 years.        A2/OTechnical Process SMC sewage treatment tank adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.SMC sewage treatment tank adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. SMC sewage treatment tank adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment tank is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.  (1) Anaerobic, anoxic, and aerobic, the combination of three different environmental conditions and microbial communities are capable of simultaneously removing organic matter and nitrogen and phosphorus. (2) In the process of simultaneous deoxygenation, phosphorus removal, and organic matter removal, this process flow is the simplest, and the total hydraulic retention time is also less than other similar processes. (3) The phosphorus content in sludge is high, generally above 2.5%.    

Johkaso 2T/D Sewage Treatment Tank for Black Water

YIXING PIONIERE ENVIRONMENTAL PROTECTION EQUIPMENT CO., LTD

GENERAL INTRODUCTION The Multi-Disc Screw Press is a revolutionary innovation in the field of filter presses. It has been designed to cater to the needs of both sludge thickening and dewatering, making it an all-in-one solution for wastewater management. This screw press adopts a lightweight and compact design. What's more, its automated mode ensures minimal maintenance and servicing requirements, saving you time and money. With its advanced technology, the Multi-Disc Screw Press offers unparalleled efficiency in separating solids from liquids. Its unique design allows for maximum throughput while minimizing energy consumption, making it an eco-friendly option for your wastewater treatment needs. Whether you're looking to reduce sludge volume or achieve high-quality effluent discharge standards, this innovative filter press can help you achieve your goals with ease. FEATURES Plug-and-play unit. Can be used immediately after connection to electricity mains. Low operating cost. The ring structure design of the equipment reduces the need for washing water and maintenance. Additionally, it requires minimal power consumption ranging from 0.2 to 8Kw. Continuous automated operations 24/7. The screw press is capable of operating continuously and automatically 24/7, including the polymer dosing and floccuation. Savings in construction costs. A thickening zone is incorporated in the screw press, obviating the need for any sludge thickening prior to the inlet into the equipment. The filter cylinder and its accessories form a compact structure that enables minimal space requirements. Final output has reduced moisture content of up to 80%. Highly compact, portable and easy to install&amp;maintenance.  TYPICAL APPLICATIONS Municipal waste water Water treatment plant sludge (Alum sludge) Industrial effluent Wastewater from dairy and other food production Agricultural effluent Biogas digestate Pharmaceutical effluent    

Multi-Disc Screw Press

FUBI COMPANY

 	 The FB-PW100 Odor Filtration System can extract and purify the air in 	 the lens grinding chamber. Specialty chemical filters can deal with odor 	 of toxic and/or high-index lenses can produce. 	 WATER TREATMENT 	 Wastewater flow into water-odor separator 	 A. Water overflow to tank and then overflow 	 to sewer. Big chips leave in A, small chips 	 leave in the tank. 	 ODOR TREATMENT 	 Air in edger chamber will be 	 extracted to FB-PW100 through 	 water-odor separator A. Micro 	 dust and odor will leave in filter 	 material. Clean air will be direct 	 discharged indoor 	 &nbsp; 	 . Odor and Micro dust in edger chamber can be filtrated 	 . 6-layout filter material inside 	 . Industrial Eddy fan, adjustable speed 	 . Manual or auto mode. Linkage with Multi- layer filter edger in auto mode 	 &nbsp; 	 FEATURES 	 . Flexibility 	 . Easy to use 	 . Economical and efficient 	 . Almost maintenance free 	 . Industrial design is durabl  

Odor Filtration System

Yenaut Industrial Company Limited

  To address issues such as long construction cycles, high costs, and insufficient flexibility in waste incineration facilities, this device adopts a container-based design, innovatively integrating functions such as feeding, incineration, purification, monitoring, and remote control. It has a waste processing capacity of 30–50 kg/h, a weight reduction ratio of ≥20:1, and can efficiently handle various combustible wastes such as cotton textiles, plastics, and waste oil. The facility adopts the core process of "peroxide incineration + multi-stage purification." By optimizing the incineration burnout system and integrated flue gas treatment process, it ensures that all emissions meet standards. Monitoring data show that gaseous emissions such as dioxins, particulate matter, and sulfur dioxide are all better than national standards. The supporting wastewater treatment system achieves "zero discharge" of wastewater. The facility is equipped with advanced intelligent monitoring and remote control systems, capable of real-time monitoring of pollutant concentrations such as aerosols and flue gas. Combined with automated feeding and a remote electrical control cabin, it establishes an around-the-clock "unmanned operation" safety barrier. 

mobile combustible waste peroxide incineration device

Automatic Polymer Batching System  The polymer batching system is designed to automatically prepare polymer solutions by accurately measuring and mixing polymer powders or liquids with water or other solvents. It typically consists of various parts such as feeding system, mixing&amp;storage chambers, and control systems for monitoring and adjusting the process parameters.  Polymer batching systems are commonly used in water and wastewater treatment plants to facilitate the addition of polymers as coagulants or flocculants. These polymers help in the removal of suspended particles, organic matter, and other contaminants from the water or wastewater, improving the efficiency of the treatment process.By automating the polymer preparation process, the batching system ensures accurate and consistent dosing of polymers, minimizing human error and optimizing the treatment process. 

Polymer Preparation Unit

Automatic Polymer Batching System The polymer batching system is designed to automatically prepare polymer solutions by accurately measuring and mixing polymer powders or liquids with water or other solvents. It typically consists of various parts such as feeding system, mixing&amp;storage chambers, and control systems for monitoring and adjusting the process parameters.  Polymer batching systems are commonly used in water and wastewater treatment plants to facilitate the addition of polymers as coagulants or flocculants. These polymers help in the removal of suspended particles, organic matter, and other contaminants from the water or wastewater, improving the efficiency of the treatment process.By automating the polymer preparation process, the batching system ensures accurate and consistent dosing of polymers, minimizing human error and optimizing the treatment process.    

Singe-Chamber Polymer Makedown Tank

Wastewater Treatment Plant Process Design The construction and operation of sewage treatment projects are costly and constrained and influenced by various factors. Among them, the optimization and selection of sewage treatment process proposal have a particularly critical impact on the investment and operation management of sewage treatment. Therefore, it is necessary to start from the perspective of overall optimization, comprehensively consider the properties of sewage and the requirements for treated effluent, and propose the best sewage treatment process plan. Principles of wastewater treatment plant process selection: (1) The process technology is required to be advanced and mature, with high safety, strong oxygenation capacity, high dissolved oxygen concentration, strong oxidation ability, high oxygen utilization rate, and reliable operation, meeting the requirements for treating effluent. (2) Convenient operation and management, flexible operation, and corresponding impact resistance and adaptability to changes in inflow and water quality. (3) Economically reasonable, saving infrastructure investment and operational management costs while meeting processing requirements. (4) The process supporting equipment has advanced technology, reliable quality, small footprint, low investment, and good treatment effect. (5) The automation control of the process is reasonable and reliable, reducing labor intensity. (6) The selection of sludge treatment process and equipment should consider operational flexibility to improve the operability of the sludge treatment process.     A2/OTechnical Process sewage treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.Sewage treatment plant adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. Sewage treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment tank is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.    

AAO+MBBR FRP Materials 150m3/day Sewage Treatment Plant 

Guangdong Aoheng Environmental Protection Technology Co., Ltd.

Working Principle: 1. The low-temperature distillation system is a vacuum evaporator utilizing heat pump technology, featuring fully automated continuous operation. It is particularly suitable for treating water-soluble wastewater. Operating at 28-37°C, this intelligent system offers low energy consumption and high efficiency. The regenerated water can be reused, while direct discharge requires membrane filtration. 2. Negative pressure fully closed working state, to ensure no gas leakage. 3. No flocculation is needed before evaporation, no biochemical treatment is needed after evaporation, and the wastewater treatment process is simple. 4. The vacuum degree is maintained at about-0.096～0.098kpa, and the evaporation temperature is maintained at 28-37℃. 5. Energy is heated by air. 6. Aoheng Environmental Protection designs vacuum tank structures that prevent foam accumulation from affecting system operation. The low-temperature heat pump technology, based on industrial air conditioning principles, is mature. All core components are sourced from designated foreign suppliers, ensuring high equipment stability and minimal maintenance costs. Product Advantages: The low-temperature evaporation equipment is widely used in various industries for wastewater reduction and purification. It operates by using heat pump energy to evaporate water under a set vacuum state. This treatment method features a streamlined process, low energy consumption, and no consumables. It is easy to install and operate, with the equipment capable of automatic operation and remote monitoring. With minimal equipment investment and compact footprint, it stands as one of the optimal solutions for wastewater discharge. Unlike traditional sewage treatment systems, this equipment utilizes air-source heat pump technology to provide the energy required for evaporation, achieving maximum energy efficiency. 

 Low-temperature evaporator

Wastewater Treatment Plant Process Design The construction and operation of sewage treatment projects are costly and constrained and influenced by various factors. Among them, the optimization and selection of sewage treatment process proposal have a particularly critical impact on the investment and operation management of sewage treatment. Therefore, it is necessary to start from the perspective of overall optimization, comprehensively consider the properties of sewage and the requirements for treated effluent, and propose the best sewage treatment process plan. Principles of wastewater treatment plant process selection: (1) The process technology is required to be advanced and mature, with high safety, strong oxygenation capacity, high dissolved oxygen concentration, strong oxidation ability, high oxygen utilization rate, and reliable operation, meeting the requirements for treating effluent. (2) Convenient operation and management, flexible operation, and corresponding impact resistance and adaptability to changes in inflow and water quality. (3) Economically reasonable, saving infrastructure investment and operational management costs while meeting processing requirements. (4) The process supporting equipment has advanced technology, reliable quality, small footprint, low investment, and good treatment effect. (5) The automation control of the process is reasonable and reliable, reducing labor intensity. (6) The selection of sludge treatment process and equipment should consider operational flexibility to improve the operability of the sludge treatment process.     A2/OTechnical Process sewage treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.Sewage treatment plant adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. Sewage treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment tank is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.     

AAO+MBBR PP Materials 110m3/day Sewage Treatment Plant 

Wastewater Treatment Plant Process Design The construction and operation of sewage treatment projects are costly and constrained and influenced by various factors. Among them, the optimization and selection of sewage treatment process proposal have a particularly critical impact on the investment and operation management of sewage treatment. Therefore, it is necessary to start from the perspective of overall optimization, comprehensively consider the properties of sewage and the requirements for treated effluent, and propose the best sewage treatment process plan. Principles of wastewater treatment plant process selection: (1) The process technology is required to be advanced and mature, with high safety, strong oxygenation capacity, high dissolved oxygen concentration, strong oxidation ability, high oxygen utilization rate, and reliable operation, meeting the requirements for treating effluent. (2) Convenient operation and management, flexible operation, and corresponding impact resistance and adaptability to changes in inflow and water quality. (3) Economically reasonable, saving infrastructure investment and operational management costs while meeting processing requirements. (4) The process supporting equipment has advanced technology, reliable quality, small footprint, low investment, and good treatment effect. (5) The automation control of the process is reasonable and reliable, reducing labor intensity. (6) The selection of sludge treatment process and equipment should consider operational flexibility to improve the operability of the sludge treatment process.       A2/OTechnical Process sewage treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.Sewage treatment plant adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. Sewage treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment tank is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.    

Reliable Quality PP Materials 40m3/day Sewage Treatment Plant 

Wastewater Treatment Plant Process Design The construction and operation of sewage treatment projects are costly and constrained and influenced by various factors. Among them, the optimization and selection of sewage treatment process proposal have a particularly critical impact on the investment and operation management of sewage treatment. Therefore, it is necessary to start from the perspective of overall optimization, comprehensively consider the properties of sewage and the requirements for treated effluent, and propose the best sewage treatment process plan. Principles of wastewater treatment plant process selection: (1) The process technology is required to be advanced and mature, with high safety, strong oxygenation capacity, high dissolved oxygen concentration, strong oxidation ability, high oxygen utilization rate, and reliable operation, meeting the requirements for treating effluent. (2) Convenient operation and management, flexible operation, and corresponding impact resistance and adaptability to changes in inflow and water quality. (3) Economically reasonable, saving infrastructure investment and operational management costs while meeting processing requirements. (4) The process supporting equipment has advanced technology, reliable quality, small footprint, low investment, and good treatment effect. (5) The automation control of the process is reasonable and reliable, reducing labor intensity. (6) The selection of sludge treatment process and equipment should consider operational flexibility to improve the operability of the sludge treatment process.     A2/OTechnical Process sewage treatment plant adopts A2/O process, which ensures the removal effect of COD, ammonia nitrogen, total nitrogen and also strengthens the removal effect of phosphorus.Sewage treatment plant adopts biofilm process, where microorganisms mainly grow on spherical fillers, which can achieve the separation of hydraulic retention time and sludge retention time, and help to enrich the specialized functional microorganisms which have a long generation time and a good treatment effect, and the biofilm is microbial aggregation with certain thickness, and compared with activated sludge method, biofilm method is more resistant to shock load and the operation of the equipment is more stable. Sewage treatment plant adopts the design concept of low volumetric loading, and the hydraulic retention time is more than 24 hours, which helps to increase the microbial self-oxidizing ability, and improves the quality of the effluent while reducing the production of residual sludge, and reduces the cost of sludge treatment and the cost of construction of sludge tanks. SMC sewage treatment tank is simple and unmanned operation, the use of Internet of Things technology can realize remote mobile management to save operation and maintenance labor costs.  

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