Biogas Plants Dealers in Mumbai

The Pro-pack is one of the pioneers manufacturer, supplier and exporter of Bioreactor/Fermenter, Pharma Plant Exporter. The offered Fermenter is manufactured by using fine quality stainless steel pilot scale and cutting-edge techniques. With a backing support of professional expert and strong infrastructure we can cater to the specific requirement of the clients. We offer this of bioreactor/ Fermenter 5L – 25000L capacity. The offered Bioreactor and fermenter our valuable experience has enabled us to deliver the most innovative, reliable and cost effective solutions. Our Bioreactor is manufactured under strict International standards and undergoes accurate test before dispatching to our valuable clients. The offered Bioreactor/ Fermenter are utilized in pharmaceutical, Health care, sterile process, CIP/SIP system, Laboratory etc. and other industries. Additionally, we offer this Bioreactor/fermenter at very nominal cost. Unique Features of Bioreactor/ Fermenter :- Minimum space requirement Easy to use Range of 5L – 25000L customized requirement Flexibility Less maintenance required Optimized design Cost effective

A membrane bioreactor is an activated sludge process where the clarifiers are replaced with membranes for solid separation. A membrane bioreactor is a technology integrating membrane separation and biological process.Biological waste water treatment with submerged membrane modules in the form of membrane bioreactors (MBR) is the process of the future.This advanced membrane technology offers operational safety, high efficiency and cost effectiveness.Types of membrane Hollow Fiber MBR Plate and Frame MBR BIOCEL ® MBR’s produce a high effluent quality which can not be achieved with typical conventional systems. For the first time the new BIO-CEL ® - module combines the advantages of submerged hollow fiber and flat modules.This application of self-supporting membrane sheets allows the construction of modules with high packing density. Advantages of the new BIO-CEL ® - Module: Absolute separation of bacteria and suspended solids Separation of adsorbed viruses Resistant to clogging e.g. with hairs and fibers or sludge High packing density due to self-supporting membrane sheets Efficient use of surface area by a hydro - dynamically optimized design Effective membrane cleaning with permeate

The FBR process is the latest advance in attached growth aerobic biological treatment technology. FBR employs RING PAC MEDIA, neutrally buoyant bio film carrier elements, to achieve outstanding BOD/COD removal productivity from a compact bioreactor. In Fluidized Bed Reactors, the liquid to be treated is pumped through a bed of small media at a sufficient velocity to cause fluidization. In the fluidized state the media provide a large specific surface for attached biological growth and allow biomass concentrations in the range 10-40 kg/m3 to develop. For aerobic treatment processes the reactor is aerated. This is done by recalculating the liquid from the reactor to an oxygenator where air, or possibly oxygen, is bubbled. To overcome problems related to high re-circulation rates, needed when there is high oxygen demand in the reactor, the reactor might be aerated directly. The basis for the use of fluidized bed systems is the immobilization of bacteria on solid surfaces. Many species of bacteria (and also other microorganisms) have the ability for adhering to supporting matrices. In this process, a volume of Ring Pac media is immersed in water and is fluidized (kept in constant motion) through the movement of gas and liquid in the treatment reactor. As the media supports a biomass concentration several times that achievable in activated sludge systems, treatment is significantly more productive. Advantages The FBR requires very less hydraulic retention time (HRT) compared to an extended aeration or activated      sludge process to perform the same BOD reduction duty.  High resident biomass concentration, intense mass transfer conditions and aggressive biomass-sloughing      action enable the process to rapidly respond to variations in process load  Less footprint area required for installation.  Less operation and maintenance cost during plant operations.

We are offering Biomass Gasifier. Biomass Gasifier is an excellen Solution for Community Cooking. It Works on firewood and Briquettes with thermal Efficiency in the range of 40-50 %. Smoke only at start, just for 5-10 minutes. Once clean flame is achieved, it can be run for any number of hours without constant attention, so more time for other activities. It can be used for Roti making, Boiling, Frying etc. Minimum Maintenance i.e cleaning of tar from gas pipe once in 2-3 months. Available in two burners design also. Payback period is approx.500 hours(2-6 months). Life is approximately 10 years. As Briquettes are made from waste biomass; hence it helps for waste management too. Thermal Efficiency in the range of 40-50 % Smoke only at start, just for 5-10 minutes Used for Roti making, Boiling, Frying etc. Minimum Maintenance Payback period is approx.500 hours(2-6 months) Life is approximately 10 years

Membrane Bioreactor (MBR) Units Required: Raw sewage collection sump Equalization tank Aeration tank Membrane bioreactor MBR (Membrane bioreactor):  Results in high efficiency in removal of bod, cod, suspended and dissolved solids. Meets all effluent standards. Tertiary treatment doesn’t required as membrane system is used. Membrane filtration process produces an effluent which have low suspended solids concentration and turbidity units. Specifications:  Treatment capacity (m³/d): 10 to 300 Size (m): 1.8x1.5x1.8 to 8.5x3x3

We provide our clients with good quality Biomass Gasifier. It undertakes the process of converting solid biomass fuel into combustible gas through thermo-chemical reactions. It is efficient for biomass gasification process and is highly reliable for their working. Use The gas produced is low heating value fuel; possessing calorific value of 1000-1200 Kcal/Nm3. 1 kg of air-dried biomass produces 2.5-3 Nm3 of gas through gasification. Gas Composition Carbon monoxide -20-22%Hydrogen (H2O)-15-20%Methane(CH4)-2-3%Carbon dioxide (CO2)-9-11%Nitrogen(N2)-45-54%Water vapor (H2O)-10-15%Heavy hydrocarbon-0.2-0.4%  Used In OvensBoilersKilnsHot air generatorThermic fluid heaters for thermal applications Features Appropriate designGood conversion efficiencyBetter control on burningProduction of clean flue gases in the exhaustLow investmentReduction in deforestationReduction in Diesel/Kerosene/Furnace Oil/ LDO costCapable of withstanding high temperatures up to 1860 degree centigradeNet zero CO2 emission

A fermentor or fermentation chamber is a type of bioreactor for containing and controlling fermenter microorganisms. Fermentation is an economical route to important raw materials (ethanol, lactic acid) and fermented foods. A fermentor must control temperature and keep the chamber anaerobic (free of oxygen) to optimize conditions for desired microbial fermentation. Fermentation is a basic and highly developed art, as well a pursuit of hobbyists. Necessary public information is available to create an economical and high performance OSE fermentor to complete certain product ecologies.

Biogas fabric holder storage systems are an active contribution to the generation of renewable energies and thus to environmental protection in general. At SATTLER concepts for the storage of biogas fabric, liquid manure, or brewery residues have a long tradition. Based on more than 30 years of experience we produce best quality of PVC-coated fabrics for biogas membrane systems in our own weaving and coating facilities. SATTLER Polyplan biogas holder membranes show low permeation values at optimal weight, highest flexibility and best processability due to a special bio gas fabric formulation. For further improvement our in-house laboratory continuously follows the increasing requirements of environmental conditions and gas technologies.

We are offering jain biogas power plant. In case you dont have biological waste, you can grow energy crops for biogas production like corn, rosinweed, sweet sorghum, sugarbeat or algae. Also biogas plant can be used as separate business on waste recycling and energy production.

Bioreactor, Liquid Handling Equipment, Ovens, Incubators, Heating Equipmen

Membrane Bio Reactors, Water Treatment Systems, Waste Water Treatment Syste

Biogas Power Generation Plant, Thermal Power Generation Service

Membrane Bio Reactor

Bioreactor, Fluid Bed Drye

NATURAL GAS PLANTS, Natural Gas Nitriding Plants, Gas Plant

Biogas Plant, Air Receivers, Reaction Vessel, Pressure Vesse

Biogas, Pharmaceutical Produc

industrial fermentation is the intentional use of fermentation by microorganisms such as bacteria and fungi to make products useful to humans. Fermented products have applications as food as well as in general industry. Some commodity chemicals, such as acetic acid, citric acid, and ethanol are made by fermentation. Industrial fermentations are typically carried out in large tanks, called fermenters or bioreactor. Depending on the nature of the fermentation, gas may be sparged into the fermentation medium. For aerobic fermentations, air is typically used because it is inexpensive to provides enough oxygen for cellular respiration. Anaerobic fermentations, such as the production of ethanol, typically do not require the addition of any air, and only require agitation from a mixer to keep the organisms suspended. Aerobic fermentations may be conducted in a variety of fermenters, such as a bubble column or a packed bed over which fermentation medium drips (as in the production of vinegar). Cooling is typically required, since organisms produce waste heat as part of their metabolism.

80 Biodigeste

Bioga

Biogas Purification Plan

Moving Bed Bioreactor, Nano Filtration System, PET Bottle Blowing Machin

Membrane Bioreactor, Organic Solid Waste Odour Control Misting Syste

Bio Reactors, Orbital Shaking Incubator, Bacteriological Incubato