Hydrogen Plant Dealers

Buyers are free to place orders, safe and timely deliveries are guaranteed with us. In order to deliver a high quality lot of products, we make use of the best available resources and raw material. Also, we make sure that the material is sourced from the genuine vendors only.Application : Chemicals Oleochemicals Steel and Metal processing Power Generation   Nuberg offers Hydrogen plants based on methanol cracking. We provide high purity hydrogen gas-better than 99.999%, to meet a variety of our client's industries and advance technology application.Methanol cracking is an extremely useful technology being used to generate Hydrogen at low cost. The plant offers a short Payback period and is built with high safety features and automation. Methanol is considered as a preferred raw material in view of its easy availability and storage features.

• Type: Natural
• Usage: For Agricultural and Gardening Purposes
• Feature: Fast Growth
• Place of Origin: India

THOSE WHO WANTS TO PRODUCE GREEN HYDROGEN?  Production of electricity from coal emits harmful gases so, what if we can give a alternative source through which we can generate electricity whose emissions are under limits and by the use of that electricity we can produce Hydrogen through Electricity. And because the electricity produced does not con contribute to the pollution we can define the hydrogen produced as GREEN HYDROGEN. In our project, we have made a fuel which can be used as an alternative to coal, it is a biomass prepared from sludge we name it as sludge cake having calorific value 3568 kcal/kg and we also have Indian Government Patent for the same.  Using Sludge cake as a fuel we can run a boiler and generate steam which can be used to operate a turbine and thus, we can produced electricity which is then used to powered a Electrolyser and generate Hydrogen Gas And Oxygen Gas.   Also, we have check the emission levels they are under the required levels and also satisfy European Emission Levels as well as American Emission Levels. By using sludge cake as a fuel we can produce electricity which is cheaper as compared to solar energy, and it is cheaper as compared to electricity which government produces and our new technology do not depend on geographic conditions which are required for a wind or solar plant to be set up. Our plant can be set up in any area which is near to the sewage plant. How it is produced? Our new technology , is been divided into 4 plants as follows: 1. Sludge cake generation 2. Water Filteration 3. Power generation 4. Hydrogen generation. The Sludge cake from plant 1 is used as a fuel that will be burned to run a boiler. And the water required for the boiler, cooling tower, condenser and other such processes will either be collected from the purified water from water filtration plant2 if it satisfies the necessary purification levels or we will buy water from other source and the monetary fund required for this will be recovered by the money received by sewage treatment plant on account of treating their waste sludge water. Thus, Electricity will be generated same as in a normal power plant generates the only difference is that we will not use coal and instead we will use sludge cake whose emission levels are under permissible limits.  For 100KG/H2 production 135 tons dry sludge cake is required in a day and for that we need 28 TPH solid biomass fuel fired boiler and 7MW turbine which generated 61,320MW energy per year and for that, cost of production of electricity is Rs. 3.04 (this is for 100kg/hr hydrogen production). Cost varies as the production is increased. In another word , production is increased production cost decreases.  And the electricity which is produced in the plant 3 is used for plant 4 to generate the hydrogen. For generating hydrogen electrolyzer is required which splits water molecules into hydrogen and oxygen, green hydrogen holds significant promise to help meet global energy demand while contributing to climate action goals. And for that cost of hydrogen per kg comes out to be Rs. 203.41/- and if we increase the production of hydrogen, that is if we generate 300 Kg/hr of hydrogen, the cost of hydrogen per kg comes about to be 151.14/-  Talking about the Boiler, Turbine and Electrolyzer that is set up cost or initial cost is fixed and that comes under the one time investment cost  and other cost like land cost, fuel cost, water cost, raw material cost, logistics cost and all kind of operational cost is need to set the Hydrogen Plant. So, For this whole set up, we need 100Cr ( considering Max value) investment in order to operate the production smoothly It is cheaper than the market price and It does not produce the green house gases during the production process and combustion and thus it is completely environmently-friendly.  The cost of electricity is also cheaper than the market value.  And using hydrogen as fuel is more beneficial than the other fuel. It can produce 3 times as much energy as an equivalent quantity of petrol.  

Disha Bio Green Solutions is leading designer, manufacturer and supplier for Hydrogen Gas Generation Plants. We are following ISO coding in manufacturing & designing systems. Hydrogen gas generation Plant : There are four main sources for the commercial production of hydrogen: natural gas, oil, coal, and electrolysis; which account for 48%, 30% 18% and 4% of the world’s hydrogen production respectively. Fossil fuels are the dominant source of industrial hydrogen. Carbon dioxide can be separated from natural gas with a 60-70% efficiency for hydrogen production and from other hydrocarbons to varying degrees of efficiency. Specifically, bulk hydrogen is usually produced by the steam reforming of methane or natural gas. The production of hydrogen from natural gas is the cheapest source of hydrogen currently. This process consists of heating the gas in the presence of steam and a nickel catalyst. 

Hydrogen is suitable as a storage medium for renewable energies when they produce excess power (e.g. strong wind on a public holiday) Hydrogen-containing gases lead to combustion temperatures that are too high for conventional gas turbines For this reason, these turbines still have to be developed.

We are the leading manufacturers and suppliers of professionally managed company of hydrogen gas plants , together with CO2 and N2O gas plants. Anticipating the demand for industrial gases we started manufacturing hydrogen gas to supply various industries cost effectively. We design and develop hydrogen gas plants under the supervision of experienced professionals. These hydrogen plants are designed to operate on low-cost fuel sources and they are built to the highest standards of performance. With the use of advanced technology and constant research and innovation, we are a leading name in the designing and manufacturing state of the art H2 gas plants. We make use of different processes to make hydrogen in our plants like:

We are offering hydrogen plants. Molsieve further offers hydrogen plants based on ammonia dissociation. These equipment generate mixture of hydrogen and nitrogen and is widely used as pure hydrogen, either in mixture form or hydrogen after further purification. Our such hydrogen systems based on ammonia dissociation have been supplied duly approved by engineers india limited. features: equipment to produce on-site mixture of 75% hydrogen and 25% nitrogen by ammonia dissociation options available are electrically or lpg/cng based furnaces. Nitrogen being inert, the mixture is widely used as hydrogen gas. The dissociated ammonia is further purified with respect to not cracked ammonia and moisture by desiccant dryer not cracked ammonia in final product guaranteed to be zero ppm. High cost effectiveness achieved with respect to traditional modes of hydrogen production. Product attributes flow rate 1 to 500 nm3/hr purity h2 75%;n2 25% pressure 0.5 to 15 kg/cm2g at.

Hydrogen is abundant in nature, but only as an element that forms part of other compounds. This is why, in order to use it as an energy carrier, energy has to be applied first to extract hydrogen from these source. Hydrogen gas (plus oxygen gas as byproduct) is produced by splitting the water molecules by electrochemical means through. The application of direct current into electrolysis cell. Numbers of cells are connected in series with modular type for requisite Production capacity. Many safety features are incorporated in the designing of cell to avoid mixing of hydrogen and oxygen within the cell. Hydrogen plant at Harohalli Bhuruka Gases Ltd has commissioned a state of art Hydrogen generation unit from Teledyne USA, at our facility in Harohalli. The capacity of the plant is: 56 nm3 per hour. This facility can produce and has analysis facility to certify very high purity of 99.9995% Hydrogen . The fully fledged facility is well equipped with current technology and follows stringent safety rules.

• Capacity: 5 Nm3/hr to 500 Nm3/hr
• Automation Grade: Automatic
• Gas Purity: 99%
• Dew Point: (-70) degree C
• Brand: Airro Engineering
• Leak Proof: Yes

Hydrogen is abundant in nature, but only as an element that forms part of other compounds. This is why, in order to use it as an energy carrier, energy has to be applied first to extract hydrogen from these source.

• Capacity: up to 100 NM3/HR
• Automation Grade: Automatic
• Design: Customized

We supply various types of gas plants as Hydrogen Gas Plants, we are We manufacture tanks and vessels required for storage and transportation tanks of various liquids and gases.

• Capacity: 1 - 600 Nm3/hr
• Hydrogen quality: 99.8 %
• Nitrogen quality: 0.2 %
• Dew Point: (-)76 deg C
• Technology used: Bi-polar with pressurization

• Flow Rate: 1-1000 Nm³ / hr
• Dew Point: (-)40°C to (-)60°C

The hydrogen gas plant based on ammonia cracking process consist of a ammonia cracker unit and PSA unit. In the ammonia cracker unit anhydrous ammonia is cracked at 8000c to 8500c to produce craced ammonia. The cracked ammonia contains 75% of hydrogen and 25% of nitrogen. In the PSA unit, cracked ammonia is passed through a desiccant in twin tower where the hydrogen gas is separated from the nitrogen gas.

• Plant Production Capacity: 50m3/hr

Hydrogen is abundant in nature, but only as an element that forms part of other compounds. This is why, in order to use it as an energy carrier, energy has to be applied first to extract hydrogen from these source.Hydrogen gas (plus oxygen gas as byproduct) is produced by splitting the water molecules by electrochemical means through. The application of direct current into electrolysis cell. Numbers of cells are connected in series with modular type for requisite Production capacity. Many safety features are incorporated in the designing of cell to avoid mixing of hydrogen and oxygen within the cell.

Steam-reforming natural gas is currently the most cost-effective method of producing hydrogen. This proven technology is also at the heart of Linde’s HYDROPRIME® product. Linde successfully launched this new line of fully modularised hydrogen generators in 2015 specifically to meet rising demand for compact, efficient and easy-to-install hydrogen solutions. The launch followed intensive testing by Hydro-Chem, a US-based affiliate of Linde's Engineering Division, which included demonstration of reliable operations in a variety of application scenarios.

• Specification: Design Code: ASME, AD MERKBALTTER, PD 5500, CODAP 2000 AND OTHERS

Introduction:- We manufacture Hydrogen Gas Vessel for Horizontal and vertical types are provided. Design Code: ASME, AD MERKBALTTER, PD 5500, CODAP 2000 AND OTHERS Implementation: The requirements of this code have been widely implemented into national and international Regulations and company standards specifically for hydrogen vessels tubes and cylinders have been broadcast. During the implementation process the recommendations have required a significant commitment of human, manufacturing and financial resources. In addition, during the implementation-phase there was disruption of the supply of hydrogen to the consumer which significantly increased unit costs. The recommendations of the working group are based on a combination of operating experience and on- going experimental work.

Your own independent On-Site supply of Hydrogen.​ Well Proven Electrolysis Technology > 4,000 Units Working Satisfactorily Worldwide Minimal space required & Negligible Maintenance Continuous Online Purity Check Low Generation Cost, Low Power Consumption. Once started it can be left un-attended. PLC Controlled & Requires No Operator’s Attention Hydrogen Purity Up to 99.9999% Achievable Remote monitoring and control already proven in many references. In case of any abnormality the Generator would trip automatically with Audio VisualAlarms for action. Skid-Mounted, Pre-commissioned at our works & Almost ready to use. Plug n play in small sizes. Customized engineering and Ability to custom design our large Hydrogen generator plants to your specific requirements. Long-term commitment to R&D utilizing integrated, fully-functional pilot facility.

• features: Low power and catalyst consumption,Practically maintenance free due to low speed agitation system in Autoclave. etc

ydrogenation is the process to change the physical characteristics of natural fats and oils. Hydrogenation of vegetable oils involves the addition of hydrogen, in the presence of a Nickel catalyst, to the carbon-carbon double bonds present in the fatty acid chains

Nuberg EPC is a leading supplier of technology and turnkey project solutions and services for hydrogen peroxide plants. The company offers a complete range of technical and management services, in the fields of technology, process know-how, engineering (Basic, FEED and Detail), procurement, construction, commissioning and project management of hydrogen peroxide (H2O2) industrial plants. Nuberg EPC maintains a leadership in hydrogen peroxide manufacturing plant solutions with indigenous process technology.The company has R&D facility in Sweden with strong focus on hydrogen peroxide process technology and other specialty chemicals. Nuberg’s principals have spent over two decades in developing in-house hydrogen peroxide technology for providing global customers with unparalleled and cost-effective services. With in-depth technical expertise and experience in hydrogen peroxide plant design and project execution, Nuberg has delivered many successful hydrogen peroxide manufacturing projects across countries, on-time and within budget to exceed customer experience. Reinforced by our in-house state-of-the-art fabrication facility for hydrogen peroxide production plant equipment and highly skilled engineering and technology team with extensive practical knowledge in plant design and operating experience, Nuberg EPC ensures security of product supply, timely delivery, a long plant process life and productivity. Hydrogen Peroxide finds application in many households at low concentrations for medicinal applications and bleach. In industry, hydrogen peroxide in higher concentrations is used as bleach for textiles and paper, as a component of rocket fuels, and for producing foam rubber and organic chemicals.

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Sukan Engineering Pvt Ltd is the reckoned entity engaged in manufacturing and supplying varied collections of liquid hydrogen plant in India.

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We offer Hydrogen Peroxide Plant. Our H2O2 Plant are built upon: Latest TBU based Swedish Technology. State-of-the-art DCS facility. Process design that runs on high GPL Hydrogen Peroxide. Energy-efficient process design. Optimisation of Operation & Production cost.

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