• 2011

    Founded in China

  • 10

    electrolyser technology

  • 33

    Our electrolysers are used in

  • +50

    Employees and growing

Xiamen Zhongxinda

Hydrogen Energy Technology Co., Ltd.

     specialised in the design and assembly of electrolysers for producing green hydrogen. we're mainly engaged in the R & D, production, sales and after-sales service of water electrolysis hydrogen production equipment, as well as the design, installation, commissioning, operation and later maintenance of water electrolysis hydrogen production project.      The hydrogen production capacity of Zhongxinda hydrogen energy's water electrolysis hydrogen production equipment ranges from 0.3m3/h to 1000m3 / h.  The main technical indexes of the equipment have reached or approached the international advanced level. The company's patent for water electrolysis hydrogen production equipment continuously upgrades the domestic water electrolysis equipment,  further improving the production process and control integration degree of domestic hydrogen production equipment.      At the same time, Zhongxinda hydrogen energy is also specialized in the renovation, maintenance and overhaul of hydrogen production system of the old unit, In the service process for many manufacturers at home and abroad,  we have accumulated extremely rich experience in installation, debugging and operation, providing users with system management.      Zhongxinda has the leading alkaline hydrolysis hydrogen production technology in the field of hydrolysis.  Our products cover the whole field of electrolyzer, the core component of water electrolysis hydrogen production process, and auxiliary system. We have accumulated mature technologies in various application scenarios, such as renewable energy, hydrogen production and storage reuse, fixed/skid-mounted hydrogenation stations, by-product hydrogen exhaust hydrogen preparation, standby/emergency hydrogen fuel cell hydrogenation, peak and frequency regulation in thermal power plants and dark green hydrogen microgrid. We can provide hydrogen production, hydrogen storage and other hydrogen industry chain solutions Zhongxinda company already passed ISO9001 quality management system certification Zhongxinda company already passed the iso45001 occupational health system certification Zhongxinda company already passed ISO14001 environmental management system certification

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What the customer likes

product category
Alkaline Water Electrolysis Hydrogen Equipment

Alkaline Water Electrolysis

Hydrogen Equipment
Alkaline Water Electrolysis Hydrogen Equipment

Alkaline water electrolysis is one of the easiest methods for hydrogen production although it is relatively expensive technology. If relatively small quantities of hydrogen are required, on-site electrolysis of water may result more economical than other methods. This technique is very clean and produces more than 99.989% purity of hydrogen gas. In addition, electrolysis can be linked to renewable electricity-producing technologies and hence could become even more important in the future. Usually an alkaline medium is employed (25–30% KOH).

PEM Water Electrolysis Hydrogen Production

PEM Water Electrolysis

Hydrogen Production
PEM Water Electrolysis Hydrogen Production

PEM water electrolysis was considered as most promising techniques for high pure efficient hydrogen production from renewable energy sources and emits only oxygen as byproduct without any carbon emissions. Moreover, the produced hydrogen (H2) and oxygen (O2) directly used for fuel cell and industrial applications.

Hydrogen Purification Unit Equipment

Hydrogen Purification

Unit Equipment
Hydrogen Purification Unit Equipment

Hydrogen purification unit is a special equipment,which is matched for water electrolysis hydrogen production device.There are various processes such as product hydrogen, air separation nitrogen regeneration mode and three-tower regeneration mode without consuming raw gas. The unit uses water electrolysis hydrogen as feed gas to obtain high-purity hydrogen after catalytic deoxidation, cooling condensation, adsorption secondary drying and high-efficiency filtration.it's widely used in power plants, electronics, metallurgy, chemical industry, glass, new energy and other industries

Why choose us

our advantage
  • Mature Technology Mature Technology

    Our products are built commercially proven pressurised alkaline technology

  • Dynamic Operations Dynamic Operations

    The electrolysers are designed to operate handle variable loads suitable for renewable energy

  • Sales Sales

    The company’s senior engineers are distributed in design, R&D, machining, final assembly, electronic control, instrumentation, cold work, gasket pressing, debugging and installation, etc.

  • Durability Durability

    High durability (10+ year stack durability) and system uptime

  • Sustainable Process Sustainable Process

    Production process indepenent from scarce and price-sensitive materials like iridium and platinum

  • Modularity Modularity

    modular solutions that are suited for rapid scale-up, clustered solutions and serial production

  • High Efficiency High Efficiency

    One of the most efficient solutions on the market with competitive energy to hydrogen conversion

  • Compact Design Compact Design

    Small footprint due to compact modular design increasing number of applications

  • Versatility Versatility

    Its versatile design allows for application across many different market segments for green hydrogen production.

Our successful project case
Application in food, ammonia synthesis and other industries
Application in food, ammonia synthesis and other industries

Project location: Yemen Background: this project is used for food, ammonia synthesis, etc. Hydrogen production: 200Nm3 / h Hydrogen purity: ≥ 99.8% Structure: frame design, including hydrogen production equipment, auxiliary system, low pressure storage tank, etc.

Photovoltaic hydrogen storage and power generation (fuel cell) project
Photovoltaic hydrogen storage and power generation (fuel cell) project

Project location: Australia Project background: this project is used for photovoltaic hydrogen storage power generation (fuel cell) project. Hydrogen production: 100nm3 / h Hydrogen purity: ≥ 99.99% Structure: container type design, all equipment installed in a special container, including hydrogen production and related equipment system.

Hydrogen steelmaking project
Hydrogen steelmaking project

Project location: Dubai Project background: this project is used in steel industry, engaged in hydrogen fuel application. Hydrogen is injected into industrial boilers and burners to improve thermal efficiency. Hydrogen production: 2 × 25Nm3/h Hydrogen purity: ≥ 99.99% Structure: container type design, all equipment installed in a special container, including hydrogen, compression system.

Company dynamics

Latest News

The ZXDH series hydrogen generator produced by Zhongxinda has a capacity from 2 to 250m3/h, and uses a new programmable logic controller (PLC) to achieve control.

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AEM Electrolyser
December 01, 2021 AEM Electrolyser

ZXD exchange membrane (AEM) ZXD electrolyser is a standardized, stackable and flexible system to produce on-site hydrogen. The modular design – paired with advanced software integration – allows set up in minutes and remote control and management. Stack this electrolyser to achieve the required hydrogen flowrate. Hydrogen is widely used in sectors including the chemical industry, iron and steel, transportation, energy storage and research. In most cases, common grey hydrogen can be replaced with green hydrogen from renewables – especially as electrolysers become increasingly available. KEY FEATURES ≡ High efficiency ≡ Automated & remote operation with ZXD Energy Management System ≡ Low requirements for input water purity ≡ Ideal for on-site hydrogen production ≡ Modules can be easily integrated in 19” racks ≡ Safe operation ≡ Scalable and modular, add as many modules as needed ≡ Quick and easy installation ≡ Low maintenance requirements ≡ Small footprint thanks to compact design

Working conditions of electrodes in Hydrogen generation of alkaline water electrolysis
November 22, 2021 Working conditions of electrodes in Hydrogen generation of alkaline water electrolysis

At present, the common raw material for hydrogen production by water electrolysis is alkaline water. The requirements for the production of hydrogen by alkaline water electrolysis are not high, and the use and production technology are mature. The hydrogen produced is of high purity. The investment is mainly concentrated on water. In the electrolytic hydrogen production equipment, there is also a disadvantage, that is, a large amount of power is consumed in the process of producing hydrogen, which can be said to be a constraint condition for alkaline water electrolysis hydrogen production. Let's take a look at the electrodes of alkaline water electrolysis hydrogen production. The standard for evaluating the quality of alkaline water electrolysis hydrogen production electrodes is from two aspects, namely the service life of the electrode and the power consumption during the work. When the current density is not large during the work, the main reason affecting the power consumption is It is a potential. When the current density becomes larger, the potential and resistance become the key elements of power consumption. In the process of hydrogen production by water electrolysis, the electrodes of the equipment should have the following. (1) The surface area of the electrode should be large. (2) High conductivity. (3) Good electrocatalytic activity. (4) long-term mechanical and chemical stability. (5) precipitation of small bubbles. (6) High selectivity. (7) Easy to get and low cost. (8) Security. In the working process of water electrolysis hydrogen production equipment, high current density is often required, so high conductivity and chemical stability are extremely important. High conductivity can reduce the heat generated during the conductive process and reduce power consumption. It can improve the service life of the electrode, reduce the damage in the process of water electrolysis and hydrogen production, and reduce the production cost.

How to monitor hydrogen purity ?
November 16, 2021 How to monitor hydrogen purity ?

When we use a hydrogen generator to produce hydrogen, we can observe various operating parameters through the display screen. The parameters that can be seen include hydrogen purity, oxygen purity, and lye flow, which cause the purity display value to be low. There are many reasons, and the corresponding methods for troubleshooting are different. When the purity of oxygen or hydrogen on the display screen is low, it should be taken seriously by the operator, because hydrogen is a flammable gas with relatively high chemical activity, diffusivity and permeability. When hydrogen is mixed with air or oxygen, a wide range of flammable and explosive mixtures are formed. The explosion limit of hydrogen is 4% to 74% (volume) in air and 4% to 95% (volume) in oxygen. The hydrogen detonation limit is 18% -59% (volume) in air and 15% -90% (volume) in oxygen. The energy required to ignite the hydrogen-oxygen mixture is very low, which is only 1/10 of the ignition energy of the gasoline and air mixture. Therefore, when the purity is in a dangerous range, the safety of field devices and personnel will be greatly threatened and must be eliminated as soon as possible. The reasons for the low purity and the corresponding solutions are as follows: (1) The current value is too large, and the current value should be adjusted at this time; (2) the quality of the lye does not meet the requirements, the lye should be replaced; (3) If the lye concentration is too high or too low, the lye concentration should be adjusted; (4) the quality of desalinated water does not meet the requirements, the desalinated water should be replaced; (5) Hydrogen and oxygen liquid level difference is too large or the liquid level is too low, the hydrogen and oxygen liquid level should be adjusted to make up the brine; (6) Problems with the electrolytic cell itself, at this time, stop the car immediately and contact the manufacturer to solve it; (7) If the analyzer is faulty, notify the instrument maintenance personnel to check whether the flow rate, silica gel, boric acid tablets, etc. are normal. If it can't be ruled out, the instrument should be repaired.

Zxd power- Global Green Hydrogen Participant Team
November 10, 2021 Zxd power- Global Green Hydrogen Participant Team

An experienced, aggressive and highly dedicated team ZXD Power has a professional and well-structured business development team, which can effectively maintain contact with customers in major regions, and can effectively communicate with customers from key industries and project applications around the world. The green hydrogen market is broad and diverse. For simplicity, we divide the market into three categories: mobility, renewable chemistry and electricity to gas energy storage. Each of these markets has its own dynamics, competition pattern and price points. Hydrogen fuel is the cleanest fuel. It can be produced using surplus renewable energy and provide low-cost renewable clean fuel, which can be manufactured on-site at the point of use without the need for transportation fuel. Hydrogen is the basic chemical component of various commercial chemicals, including ammonia and methanol. These chemicals have a huge market in the world. Using renewable hydrogen as feedstock will reduce carbon dioxide (CO2) emissions net. Power to gas is a process that converts the remaining renewable energy into hydrogen through rapid response electrolysis, and then injects it into the gas distribution network.

How Does Hydrogen Generation By Water Electrolysis Work?
November 04, 2021 How Does Hydrogen Generation By Water Electrolysis Work?

At present, there are various known methods for producing hydrogen.,ammonia decomposition hydrogen production, natural gas hydrogen production, methanol cracking hydrogen production, water electrolysis hydrogen production, etc. The most widely used method is water electrolysis hydrogen production Hydrogen production from water electrolysis Among them, hydrogen production by water electrolysis can be divided into two types: alkaline hydrogen electrolysis and PEM pure water electrolysis. The advantages and disadvantages of these two hydrogen production methods are: (1) Hydrogen production by alkaline water electrolysis: The hydrogen production technology has a long history, first learned from the Soviet Union, and later applied to domestic power plants, polysilicon, chemical companies, small laboratory chromatographic matching gas sources and other places, reliable equipment operation, low cost. The purity of hydrogen is generally around 99.8%. However, hydrogen contains corrosiveness, and it will corrode various parts after long-term operation for more than 5 years. It needs a major repair every five years, and the maintenance cost is relatively high. Abandoned lye needs to be treated in an environmentally friendly manner, and special personnel are required to be trained to work. Special attention should be paid to the regulation of hydrogen and oxygen. (2) PEM pure water electrolysis to produce hydrogen: This technology was first derived from the principle of the oxygen generator of the US nuclear submarine, because it uses a proton membrane electrolyzer, which can physically separate high-purity hydrogen and oxygen by electrolyzing pure water. It is widely used, including power plants, chemical industry, metallurgy, glass, medical treatment, high-end laboratories, etc., and there is a tendency to replace alkaline liquid electrolytic hydrogen production. Moreover, the technical equipment is small in volume, and the purity of hydrogen produced is high, ≥99.9995%, the whole operation process is pollution-free, the operation is simple, and remote unattended operation can be achieved. The safety performance is high, the running time is long, and the life of the electrolytic cell is generally about 15 years. The biggest feature of this type of device is the use of pure water electrolysis, no pollution, no corrosion, and higher purity of hydrogen. Compared with the traditional alkaline hydrogen production device, its advantages include the ability to meet the large current density operation, the current density can reach 1A / cm2 or more; low energy consumption and high efficiency, the electrolytic hydrogen production efficiency can reach more than 85%; 3. Light weight. It has good adaptability to wide power fluctuation power supply, and can realize intelligent regulation of hydrogen production from 0 to 100%. The device has a high degree of integration and can realize long-term stable operation. alkaline electrolyzer manufacturers china pem electrolys...

A new low-carbon era-Hydrogen
October 25, 2021 A new low-carbon era-Hydrogen

Hydrogen is widely used for its flexibility, its multi-sector applications and its energy efficiency. It is a strategic technology for the attractiveness and competitiveness of industrial enterprises. By replacing current carbon-intensive energies with zero-carbon hydrogen produced by electrolysis using renewable energy sources, industrial enterprises are entering into a new low-carbon era. A new low-carbon era: Welcome to the industry of the future! Used in many processes (refining, chemistry, ammonium hydroxide, methanol, metallurgy, etc.), the industrial hydrogen sector is quickly expanding. However, it is faced with a double challenge: ensuring the continuity of supply to meet growing demands; and decarbonizing industrial hydrogen, where 95% is produced using fossil fuels. Used in industry for hundreds of years, hydrogen has seen its use increase in the following sectors: Chemistry (refining, methanol, synthesis of ammonium hydroxide) Food-processing (oil production) Jewelry (cutting, brazing) Glass-making (optical fibers, flat glass) Electronic components (fused quartz) Metalworking (cutting, welding, brazing, sintering) Energy (cooling generators in thermal power stations) The zero-carbon hydrogen produced from the electrolysis of water and renewable electricity offers manufacturers the possibility to create new forms of value: the decarbonization of their procedures, the creation of new processes and new markets, or the re-purposing of their polluting discharges. Alternative solutions to on-site production consist in delivering hydrogen to the site in liquid or gaseous form. These supply logistics require frequent deliveries which are complex to manage and generate a high carbon footprint as well as significant costs. ZXD Hydrogen offers to replace this logistical challenge with integrated on-site hydrogen production solutions. By producing zero- or low-carbon hydrogen on site, on demand, and according to their specifications (quantities, pureness), manufacturers are able to ensure the following: Security of supply and energy independence (elimination of logistics restrictions) Better control over costs Reliability and continuity of service Low-carbon hydrogen which dramatically reduces their CO2 footprint Production in the safest conditions The production of industrial hydrogen on-site, on demand, according to your specifications Specialists in alkaline electrolysis, the most approved energy production technology on the market, and with the lowest CO2 emissions, ZXD Hydrogen offers solid technological expertise.  ZXD Hydrogen offers the widest range of electrolyzers on the market. Our electrolyzers have been approved and selected by numerous industrial maintenance companies and/or gas management companies. They can easily be integrated into industrial systems whatever their size or sector of activity.Generators of 1 to 1000 Nm3/h as standard Discover our alkaline Hydrogen production equipment

How to maintain and maintain hydrogen production equipment in use?
October 19, 2021 How to maintain and maintain hydrogen production equipment in use?

In the process of using hydrogen production equipment, it is inevitable that the hydrogen production equipment needs to be maintained, but many users only know how to use it and have never maintained the hydrogen production equipment, so how to maintain the hydrogen production equipment? 1. Purpose The daily maintenance and maintenance of hydrogen production equipment is mainly prevention. Combining repair and maintenance, overhaul of hydrogen production equipment requires a large price. In daily use, it must be properly maintained and carefully maintained to keep the hydrogen production equipment in good condition. status. 2. Maintenance principle of hydrogen production equipment For the maintenance of hydrogen production equipment, it is necessary to have someone responsible for the equipment, pipelines, valves, and meters to prevent the equipment from freezing. 3. Maintenance of hydrogen production equipment 3.1 In the process of using hydrogen production equipment, check once every shift, about 10 minutes each time is sufficient, mainly to see if the equipment is lubricated and safe 3.2 The hydrogen production equipment is inspected once a week. It takes about one hour at a time. It mainly cleans and maintains the equipment, lubricates, tightens, adjusts, and removes rust to keep the equipment clean and lubricated, and maintains a good condition. 3.3 Check once a month for 4 hours. It mainly inspects the steam, gas, water and oil circuits of hydrogen production equipment; cleans the parts to be cleaned, performs precision inspection on vulnerable parts, and finds any problems in a timely manner. Solve the problem, make the equipment comprehensively maintained, and extend the service life of the equipment.

Process gas analysis system of Hydrogen station
October 12, 2021 Process gas analysis system of Hydrogen station

System hydrogen production and supply station Process analysis system is a complete set of online analysis scheme specially developed for hydrogen production project.   Application of field water electrolysis hydrogen production device, power plant generator set, etc.On line detection of O2, H2 and trace water in component H2. The system consists of sampling unit, pretreatment unit, analysis unit, calibration unit, etc.   System Characteristics Adopt dustproof or riot proof cabinet With on-site anti riot display Adopt Imported ceramic impedance dew point analyzer Software intelligent operation and RS232 / 485 communication interface The system has a calibration circuit, which can calibrate the instrument on site The filter designed for hydrogen production with 0.3um precision   Adopt USA Ge analyzer   Technical parameter Analog output: 4-20mA output Response time: T90 ≤ 35 seconds Operating temperature:-20°~60° Power supply: 24 VDC Protection grade: IP65 System components: 316L stainless steel Anti riot standard: accord with EExiaTTCT4   Hydrogen supply parameters for hydrogen production: Micro water analyzer: Range:-100℃~+20° Precision: +20℃~-60℃ within the scope of ± 1℃ -60℃~-100℃  within the scope of  ±2℃   Hydrogen purity analyzer: Range:  90-100%/0-2% Precision: +20℃~-60℃     Oxygen content analyzer: Range:  0-5%/0-10PPm   Parameters of hydrogen cooling unit Hydrogen purity analyzer: Range: H2 in air: 80-100% H2 in CO2: 0-100%   Micro water analyzer Precision:  + 2% of full scale Range: - 100 ℃ ~ + 20 ℃ ° Precision: +20℃~-60℃ Within the scope of ±1℃ -60℃~-100℃ Within the scope of ±2℃

hydrogen | Properties, Uses, & Facts
September 28, 2021 hydrogen | Properties, Uses, & Facts

Hydrogen and energy have a long shared history – powering the first internal combustion engines over 200 years ago to becoming an integral part of the modern refining industry. It is light, storable, energy-dense, and produces no direct emissions of pollutants or greenhouse gases. But for hydrogen to make a significant contribution to clean energy transitions, it needs to be adopted in sectors where it is almost completely absent, such as transport, buildings and power generation. The Future of Hydrogen provides an extensive and independent survey of hydrogen that lays out where things stand now; the ways in which hydrogen can help to achieve a clean, secure and affordable energy future; and how we can go about realising its potential. Hydrogen is today enjoying unprecedented momentum. The world should not miss this unique chance to make hydrogen an important part of our clean and secure energy future. With declining costs for solar PV and wind generation, building electrolysers at locations with excellent renewable resource conditions could become a low-cost supply option for hydrogen, even after taking into account the transmission and distribution costs of transporting hydrogen from (often remote) renewables locations to the end-users. Various uses for hydrogen Hydrogen use today is dominated by industry, namely: oil refining, ammonia production, methanol production and steel production. Virtually all of this hydrogen is supplied using fossil fuels, so there is significant potential for emissions reductions from clean hydrogen. In transport, the competitiveness of hydrogen fuel cell cars depends on fuel cell costs and refuelling stations while for trucks the priority is to reduce the delivered price of hydrogen. Shipping and aviation have limited low-carbon fuel options available and represent an opportunity for hydrogen-based fuels. In buildings, hydrogen could be blended into existing natural gas networks, with the highest potential in multifamily and commercial buildings, particularly in dense cities while longer-term prospects could include the direct use of hydrogen in hydrogen boilers or fuel cells. In power generation, hydrogen is one of the leading options for storing renewable energy, and hydrogen and ammonia can be used in gas turbines to increase power system flexibility. Ammonia could also be used in coal-fired power plants to reduce emissions.

Green hydrogen
August 27, 2021 Green hydrogen

Green hydrogen is a hydrogen-produced fuel obtained from electrolysis of water with electricity generated by low-carbon power sources. What is green hydrogen used for? Green hydrogen is becoming a key component in bringing about energy transition and ensuring a sustainable future. The decreased cost of producing green hydrogen using renewable energies, together with a drive towards reducing greenhouse gas emissions, have given clean hydrogen an unprecedented boost.This element will play a key role in the decarbonisation of various sectors such as industry, mobility, energy storage… We certainly have reasons to expect great things from green hydrogen. Green hydrogen as fuel Thanks to technologies like the fuel cell, green hydrogen is being used in transport, providing a sustainable mobility alternative. Cars that run on this clean energy have a hydrogen tank that connects to the fuel cell, where the electricity that powers the engine is generated. Green hydrogen in industry In addition to the above-mentioned use as an energy store, hydrogen is currently mainly used in two sectors. One use is in the chemical industry for manufacturing ammonia and fertilisers. While its second main use is in the petrochemical industry to produce petroleum products. Green hydrogen in domestic use With regard to domestic use, there are already several sustainable projects underway that aim to replace the natural gas network with a green hydrogen network that provides electricity and heat to households without producing pollutant emissions. What are some advantages of green hydrogen? Green hydrogen is produced from renewable energy sources. Green hydrogen stabilises the electricity and heat supply. Green hydrogen is versatile and can be used innovatively. Green hydrogen reduces CO₂ emissions. What is the difference between blue and green hydrogen? Blue hydrogen is cleaner version for which the emissions of carbon are captured and stored, or reused. On the other hand, green hydrogen is produced through electrolysis which is a process of separating water into hydrogen and oxygen

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