Bioreactor Dealers

JLS-India Make in INDIA introduced world's best Fermentor/Bioreactor system suitable for a wide range of research, education and industrial applications. Cell Culture or Microbial Fermentation.–Rectangular bottom autoclavable laboratory scientific fermentor/bioreactor Comes in two models: Most economic (Laboratory Basic) or highest flexibility (Research Advanced) A number of easy-to-use, pre-configured versions are available for both microbial culture and cell culture. Applicable for Microbial culture - growth of bacteria, yeast and fungi Cell culture - growth of animal, insect and plant cells Suitable for laboratories without steam supply as it can be electrically sterilized in the absence of steam Superior design for optimal heat & mass transfer for high cell density Transition from shaker or tissue culture flask Small scale protein expression Inclusive Notebook PC for operation and data storage Interchangeable culture vessels with 1.2 L, 2.5L or 5L 7 ltrs working volume

Autoclavable Bioreactor LAB-A10 is a single vessel type, benchtop laboratory fermentor offering a volume of 0.5 litres. It has been specially designed to serve biotechnological and pharmaceutical research and development. Features Suitable for high density, continuous fermentation Automatic fermentation process from start to end High resolution, built-in colour touch screen Displays temperature, pH, DO, motor speed & peristaltic pump status simultaneously Precise control of pH, DO & dead band value of the peristaltic pump Easy calibration of pH, DO & foam sensors using graphic calibration mode Controllable motor speed via DO mode RS-232C interface and wireless communication protocol Pt-100 temperature sensor PID controlled temperature, pH and DO   ApplicationsSeries LAB-A is applicable Microbiology, Tissue culturing, Biotechnology & Pharmaceutical industry. Optional AccessoriesName4 Gas Mixer (on/off type) TG-012 Gas Mixer (on/off type) TG-024 Gas Mixer (manual) TG-032 Gas Mixer (manual) TG-04

• Type: Membrane Bio Reactors
• Plant Type: Sewage Treatment Plant
• Treatment Capacity: 10-300 M3/d
• Water Source: Industrial Wastewater
• Treatment Type: Sewage Treatment
• Bioreactor Type: Membrane

Imemflo ‘s HF-MBR-IA/IB elements have a microporous structure in the membrane's surface of 0.25 f for optimal microfiltration. PVDF materials delivers greater strength & durability. Imemflo HF-MBR-IA/IB Series membranes are made of a strong tubular woven tube and coated with a functional layer of our proprietary permanently hydrophilic PVDF membrane PVDF Material Features  Permanently hydrophilic Enhanced durability tensile strength High permeability Excellent chemical resistance

• Country of Origin: India
• Type: Automatic
• Driven Type: Electric
• Hollow Fiber Pore Size (um): 0.05
• Hollow Fiber Inner Dia (mm): 1.0
• Hollow Fiber Outer Dia (mm): 2.4
• Membrane Area (m2): 10

• Material: Borosil Glass
• Automation Grade: Fully Automatic
• Country of Origin: Made in India
• Brand Name: Napro
• Packaging Details: Packaging in wooden boxes.
• Size: 3 litre onwards
• Voltage: 230 VAC
• Power Supply: Single Phase Power

The company offers high quality Membrane Bio Reactor that is basically used for wastewater treatment. This Membrane Bio Reactor has a high pollutants removal rate & renders steady operation. We are even a single supplier in India that provides high quality membrane bio-reactor at low cost. Membrane Bio Reactor (MBR) technique is a new method for wastewater treatment that integrates membrane separation and biotechnology, rejects activated sludge and macromolecular organic matter in aerobic tank or MBR tank with membrane separation plant, thus saving the use of secondary sedimentation tank. Consequently, the concentration of activated sludge rises greatly, the HRT and the SRT could be controlled separately, and difficult degraded matters are constantly degraded and reacting in reactor. Therefore, compared to traditional biological treatment methods, MBR technique greatly strengthens the function of the bioreactor with the using of membrane separation, it has advantages as follows: high biochemical efficiency, strong load impact resistance, stable effluent quality, smaller foot print, long period of sludge discharging, easily automatic control, etc. MBR is a high effective combination with membrane separation and biological treatment instead of secondary sedimentation tank of activated sludge process to separate.Features : High pollutants removal rate, strong capacity of sludge bulking resistant, steady treated effluent quality, suspend solid (ss) in effluent near to zero. Accomplish complete separation between hydraulic retention time (hrt) and sludge retention time (srt). Operation is simple and flexible. Stop loss of activate organism by membrane mechanical interception. Keep high concentration of activated sludge in bioreactor so that enhance volume load largely and reduce sludge load. Membrane reactor integrates traditional aeration tank and secondary sedimentation tank into one system and displaces all equipment after secondary sedimentation tank which in conventional process. Largely reduce foot print, and save investment of civil works. Due to the function of membrane interception, srt is prolonged, this process create good growing environment for microorganism (example: nitrobacteria) which grow slowly. It can enhance system nitrification ability. It will enhance efficiency of big molecular organism degradation. Lead them to degrade completely. Due to very long srt, membrane bioreactor can be role of sludge nitrification tank so that it’s remarkable to reduce sludge production, decrease disposal cost of sludge. Activated sludge in bioreactor will not be lost during treated water production. Concentration of sludge will be along with organism concentration change to change, and reach a dynamic balance. So, the treated water quality is steady and the system has strong impact load tolerant capability. The reactor special structure causes wastewater mix uniformly, so activated sludge has good dispersibility, largely increase sludge specific surface area. This is another reason of our system has good efficiency. This is also the characteristic which conventional biological methods cannot compare with it because conventional biological methods will easily cause larger bacteria & colloid bulk in the wastewater. Material polypropylene (PP) We have two types of MBR system to suit different client’s requirement. First, is a small capacity compact steel tank MBR system for private parties, such as hotel, villa, car wash workshop, house to treat shower & bath grey water, domestic wastewater, car wash wastewater, etc. The treated effluent can be used to garden, landscape, car wash, toilet flush, irrigation, other recycling utilization. This system can be designed to fit international container size, ship easily. We also accept to supply our full design to guide you build RCC STEEL FRP tank in your place. Below photo is system RCC MBR for hotel wastewater treatment. Another is big capacity MBR system for government tenders; RCC tank is in client’s scope as per our drawing. For equipment in system, clients also can follow specification we submit to purchase locally, we will supply complete technical support, if necessary we can send engineer to give training at your place. hydrophilic before using the membrane, it should be treated by the hydrophilic process, the method is as follows first keep it in 95% industrial alcohol for about 2 minutes (attention: avoid the water collecting tubes of both sides be immersed in the alcohol), then use clean water to immerse and flush it for 13 minutes. If the membrane is not used immediately after the process, it should be packed hermetically, to keep the membrane fiber wet. Fouling prevents and membrane cleaning micropore air diffuser is recommended. The bubbles and stream produced from aeration can shake membrane fiber and scour it. Meanwhile using intermittent operation process, self-suction pump works for 13 minutes and stops for 2 minutes, to prevent membrane clogging and guarantee the long stable running. Before running the membrane, we should make sure that microorganisms in the biochemical tank grow activated and low stickiness. During operating, keep flow constant, strictly prohibit product water flow is non-stable. The suction negative pressure could be read out through electrical-touched pressure gauge, the operating negative pressure of membrane is -0.01 ~ -0.03mpa; if condition permitted, draw off water using a siphon type, and keep water level difference between biochemical tank and treated water tank is 3.0~4.0m, thus membrane slice could not be polluted easily and the using period could be longer. When the operating negative pressure is over 0.05mpa, membrane slice should be cleaned. Take off the membrane slice from the frame, wash its surface with clean water, clean away the activated sludge stuck on the surface; and then immerse the membrane slice in 3-5% naoh for over 2 hours (overnight is better), clean away organic matters and colloids on the surface, again wash the membrane slice with clean water, then the flux will be recovered. If wastewater contains high content of calcium, magnesium ion and metal hydroxid, after naoh solution cleaning, should immerse membrane in 2-3% hcl solution for 1-2 hours (better shake membrane in order to make Hcl and pollutants mix and react fully). And then wash it with clean water. In order to prevent corrosion, demount all metallic connection fitting before acid cleaning. If effect of above two ways is not ideal, could immerse membrane in 0.5% naclo for 0.5-1 hour, eliminate all organism on the surface, then washed by clean water. But, do not immerse membrane for so long time to avoid damage from oxidation, and it will reduce strength. During cleaning process, handlers are required to be careful to avoid fiber damage. Meanwhile, keep surface of membrane wet, prevent freezing and dry which will affect flux even no effluent. Note : Keep membrane wet at any time, because if dry, it will cause irreversible damage. Whatever naoh solid or solution and naclo, HCL solution all have high corrosiveness. Handlers should put on prevention things, avoid touching them directly. Naclo solution has strong oxidation, it will affect membrane life, only use it if acid and alkaline methods are not ideal Others make sure hydrophilic membrane and equipment be kept in 5-40 during the process of transporting and storing to avoid damaging the membrane. Prevent the equipment from long-time sunshine to avoid plastic damage by ultraviolet ray. If the site temperature is below 0, we suggest conducting hydrophilization process on site, if not use it immediately, should keep the membrane wet by sealing up and keeping warm; prevent freezing during hydrophilization and cleaning process.

• Brand Name: AKAR
• Place of Origin: INDIA

what is akar dynamic bio-reactor (adbr) system? conventional method of treating sewage wastewater is called extended aeration or aerobic treatment. in this type of treatment; after pre-treatment, in which coarse particles, grit, oil and grease are removed; oxygen is dissolved into wastewater through a process called aeration. the objective of dissolving oxygen into wastewater is to ensure that bacteria in wastewater survive and proliferate. basically wastewater treatment is generally a bacteriological process and the most critical part i.e. cleaning the wastewater is done predominantly by bacteria. in principle same principle is also applied in akar adbr systems but with a slight difference. in the conventional systems, aeration is done in a water basin in uncontrolled manner. in akar adbr system, aeration is carried out in controlled condition in the presence of media. this process is also known as moving bed bio-reactor system or in short mbbr. why adbr systems? the “adbr” system has so many advantages over the conventional bio-reaction processes that it is very safe to say that "the adbr system is a unique and revolutionary system. akar manufactures and markets dynamic bio-reactor waste water treatment packaged plants of different capacities starting from 20 kld (kilo litres per day) up to one mld (million litres per day) in the mini and midi range. for higher capacities please refer the inquiry to akar's office at the address given in this leaflet. 1. no foul smell - plant is fully enclosed. 2. treatment process retention time reduced by more than 60%. 3. hence space and energy saving of more than 60 %. 4. almost ready for immediate installation. 5. easily transportable. mounted on skid. 6. can be mounted on trailer (if required). 7. no major civil concrete works required at site. 8. saving on piping works requirement at site. 9. lockable from front. ( if required ) what is there in the adbr system? process flow chart process description: akar dynamic bio-reactor systems "the adbr systems" are radically different in principle and operation in comparison to other systems. normal biological waste water treatment is done traditionally by suspended growth mode (e.g. activated sludge and extended aeration processes)or attached growth mode (trickling filters – rotating biological contactors). the technology adopted in adbr is combination of both which affords higher mlss concentration. in adbr systems fast bio-reaction takes place. there are two compartments. the first compartment contains dynamic “bio-reaction” media. the media has a unique property of having high area for a given volume. the media is typically designed and manufactured for this application. the second compartment is the sludge separation compartment. unique feature of this system is to use media, which is constantly in suspension. these media components are floating and are kept in circular motion by air action directed at them. in adbr systems, bio-film gets very high oxygen transfer, thus saving energy. it is safe to assume that as compared to a conventional extended aeration system, adbr bio-reactor occupies 65% less space and offers more than 65% saving in power consumption. due to exceptionally low retention time, the reactions are very fast which make “the adbr systems” very compact. the clients recover cost of equipment within less than three years as compared to the conventional aerobic systems. in the conventional systems, pockets of anaerobic patches are formed on media. such patches are indicative of restricted supply of oxygen to the reaction area causing degradation of the biological process. in "the adbr systems", the media is constantly in contact with oxygen. there are no dark patches as oxygen transfer is highly efficient. a high-speed settler tank is provided in which the sediments, being heavier, settle down leaving supernatant water to flow out from the top. this lamella settler tank provides large settlement surface area. thus clarification is achieved in the shortest possible time. note : in case larger systems are required, two or more systems could be used in parallel. in case of large condominiums, systems could be provided for a group. systems could also be built at site using tanks in rcc or brick masonry construction. this would however necessitate considerable work at site. model no. @ adbr 50 adbr 100 adbr 150 adbr 200 adbr 250 adbr 300 adbr 400 adbr 500 adbr 600 capacity (in m3 /day or kld 50 100 150 200 250 300 400 500 600 suitable for population of 350 670 1000 1350 1670 2000 2700 3400 4000 area required in sq. meters. for adbr 7 14 18 22 24 27 54 60 68 total area required in sq. mtrs. * 40 60 90 120 180 220 280 300 400 electrical power required of 440 v 3 phase, 50 hz. ** 6 8 10 12 15 18 20.0 26.0 26.0 @ when designed at a maximum bod of 300 mg/ ltr. * total area means area required for adbr plus civil works, electrical works and for other infrastructure activities. ** power and area requirement includes tertiary treatment. in case larger systems are required, 2 or more systems could be used in parallel. in case of large condominiums, systems could be provided for a group. systems could also be built at site using tanks in rcc or brick masonry construction. this would however necessitate considerable work at site. working of adbr system: incoming sewage is collected in an incoming sump (outside adbr) which has a screen fixed at the entry of sump. a cat ladder and manhole are provided to clean the screen and enter the sump when required. a sewage pump is provided as a part of the adbr to transport liquid to the bio-reactor system from the incoming sump located outside adbr. this pump can be submersible or centrifugal, depending on application. the pump operates through a level controller for ensuring automatic operation. once in the bio-reactor, the sewage undergoes aeration and subsequent attached growth. aeration is done through a blower mounted within the adbr. extensive aeration coupled with slow circular movement of high surfaced media pushed by air flow ensures that bacteria form large settlements on the media. this settlement is exposed to oxygen constantly and bacteria are never devoid of oxygen. this results in increased biological process due to presence of two systems namely, aerobic suspended growth and attached growth. the reactor also enhances the degradation of organic matter present in the sewage. it is the organic matter in sewage that gives rise to bod. this results in high efficiency of treatment. from bio-reaction section the sewage is transferred to lamella plate type settler in which all sludge (bacteria along with organic matter) is separated from sewage and only traces are discharged with sewage within limits of the pollution control authority norms. the treated sewage is chlorinated and transferred to treated water tank (outside adbr). treated water pump diverts water to horticulture application or disposal as desired by client. sludge is pumped to filter press or hydro cyclone (optional) for conversion to sludge cakes or concentrated sludge which is dried and is made available in solid form for easy disposal. the sludge cakes may be used as manure. thus this system offers complete environment friendly solution to pollution problems. the pre-fabricated adbr is a completely enclosed system with pumps, blower, panel, piping etc. housed in a pre-fabricated unit. the system is pleasing in appearance and completely enclosed like a container. the system could also be transferred to another location by container if so desired and provides flexibility of location. the adbr is a completely enclosed system with pumps, blower, panel, piping etc. housed in a pre-fabricated unit. the system is pleasing in appearance and completely enclosed like a container. the system could also be transferred to another location by container if so desired and provides flexibility of location. adbr in different configurations akar adbr systems are packaged systems. however, they are also available in containerized configurations. there are many containerized adbr systems in operation in many parts of the world. a picture of a standard mini model of adbr system is given below. adbr systems are available in other configurations also. for example adbr system can also be configured in civil construction tanks. here through akar research and development, different parameters are established to set up adbr system with civil construction tanks and in case capacities are 1000 kld or one mld. an internal view of the plant room and an aerial view of one such plant in operation at a location in india are shown below. apart from the above against specific demands, particularly from overseas clients, akar makes containerized adbr plants. these are called aconset (akar containerized sewage effluent treatment) plants. numerous such plants are in operation in india, middle east countries, africa and in some neighboring countries also. a picture of one such plant is given below. picture of the plant being sent to egypt is to be placed here. about us akar impex (p) limited formed in 1986, is a well known name in india and in many parts of the world in the field of waste water treatment and water treatment. this is why today akar has an enviable list of clients. presently akar’s exports contribute to about 40% of its total sales which speaks of its quality and capability. apart from its head office at noida near new delhi (india), it has three factories in the north india and offices all over india as well as overseas to serve customers better. the company is renowned as a solution provider and is reputed for its innovativeness, specialization, technical competence, reliable product performance and excellent service backup. this is the reason why numerous clients use akar’s products & services again and again. akar’s strength has been its in-house designing, manufacturing and assembling facility as well as ability to carry out turnkey execution of these projects. akar has competent technical, engineering, services and administrative teams to cater to their clients. the treatment systems designed and supplied by akar have been successfully operating in india and outside for the last several years. thus there is every reason why you should choose akar as your able partner when you are seeking any solution in the environment sector.

• Automatic Grade: Automatic
• Power: 0-25 KW, 100-200 KW
• Driven Type: Electric
• Installation Type: Complete Civil Work With Installation
• Plant Type: Sewage Treatment Plant
• Treatment Capacity: 10-300 M3/d
• Water Source: Borewell Water, Industrial Wastewater
• Treatment Type: Sewage Treatment
• Bioreactor Type: Membrane

Advantages : Reduced footprint, by eliminating secondary clarifiers and media tertiary filtration.  The process produces exceptional effluent quality, capable of meeting the most stringent water quality requirements. Modular schematic that allows for ease of expansion and configuration flexibility. Robust and reliable operation and reduced downstream disinfection requirements.

• Automation Grade: Fully Automatic
• Warranty: 1yrs

• Installation Type: Prefabricated
• Country of Origin: Made in India
• Water Source Type: Industrial Wastewater
• Treatment Technique: Membrane Bioreactor
• Capacity: 500 KLPD
• Usage/Application: Membrane aeration
• Brand Name: NiPra
• Inlet Water Quality: Industrial and hotel sewage
• Industry: Pharmaceutical Industry
• Automation Grade: Fully Automatic

• Country of Origin: Made in India
• Material: Borosilicate Glass Body
• Capacity: 5 L to 100 L
• Max Temperature: 0-140 deg C
• Max Pressure: 0-3 kg
• Brand Name: FermEx
• Usage/Application: Lab, microbe production
• Automation Grade: Semi,Fully Automatic

Our Membrane Bio Reactor (MBR) is known for its quality and long working life. The packaging of our products is done using high-grade packaging material. Moreover, we are assisted with advanced machines and packaging experts for safe packaging of the products. The company laid its foundation stone in Bangalore(India) and caters to the market with its wide range.