Athena Instruments Pvt. Ltd.

Embarking on the forefront of sustainable energy endeavors, a visionary project is poised to reshape the energy landscape through the establishment of a Hydrogen Power Plant. This pioneering initiative is meticulously crafted to facilitate state-of-the-art green hydrogen production, employing methodologies that prioritize both efficiency and sustainability, encapsulating the core principles of Eco-friendly Hydrogen. The Hydrogen Production Plant seamlessly integrates cutting-edge Hydrogen Technology, ensuring a consistent and reliable generation of hydrogen while concurrently establishing a purpose-built green hydrogen facility dedicated to power generation. The project's reach extends to a hydrogen power station strategically deploying hydrogen gas generation plants, harmonizing both green and blue hydrogen production techniques. At its nucleus, the H2 plant signifies an unwavering commitment to Renewable Hydrogen and High-Purity Hydrogen, signifying a pivotal transition towards Industrial Hydrogen that harmonizes environmental consciousness with technological progress. Pioneering this transformative venture with a keen focus on Reliable Hydrogen Refineries, the project aspires to set a new benchmark for hydrogen fuel generation, with sustainability embedded in every phase of its construction. This visionary undertaking marks a decisive step toward a future where hydrogen energy power plants assume a central role in delivering dependable, eco-friendly, and innovative energy solutions to meet the escalating global energy demands.

Hydrogen Gas Plant
Green Hydrogen Gas 
Green Hydrogen Generator

Capacity: From 0.5 m3/hr to 170 m3/hrPurity: 99.5% and 99.999 Standard

Athena  Hydrogen generators produce Hydrogen and Oxygen gases in two separate streams, through water electrolysis: for its functioning, the generator just needs a power supply and demineralized water. The gas is produced directly at the required pressure (up to 30 bar) and with quality characteristics which make it ideal for immediate use in most applications. When the gas is requested with a very high purity, we can add to the equipment a purification system, which can be put downstream or integrated inside the machine. Our high purity Hydrogen generators can be remotely monitored by remote assistance service, with the possibility of ONLINE service.??Certifications:In Compliance with the 'CE' Standard, and for pressure vessels, with the CE/PED standards, all required certificates and/or declarations and/or labels of approval and/or conformity are supplied. In perticular: 2004/108/CE:  ISO FDA 

Hydrogen Gas Generator

High Purity Hydrogen Gas Generator

• Adopt the world's leading Electrolysis technology to produce hydrogen by electrolyzing pure water.
• High purity hydrogen 99.9995% stable output flow, safe and convenient to operate, various alarm devices(overpressure alarm, water shortage alarm, water accumulated alarm)
• Easy to operate, safe and reliable, generating hydrogen through electrolyzing pure water, switching power on to produce gas
• High Electrolytic Efficiency, Long-Term Use, Purity, Flow Attenuation.
• It Has High Reliability And Simple Maintenance For Daily Use
• Capable To Meet The Domestic And Foreign Various Indutrial Applications.

Digital Bubble Flowmeter
Our competency lies in offering our clients an excellent quality range of Digital Bubble Flowmeter. Our offered flow meter detects the bubble enters and exits in the calibrated tube. This flow meter is perfectly designed with the use of impeccable grade components and latest technology under the supervision of dexterous technocrats who hold vast experience in the domain. This flow meter is highly acknowledged in the market for its easy operation and optimum finish.

Features:

• Very reliable
• Easy to use
• Enhanced durability

Volumetric (Bubble) Measurement:

• If the amount of gas exiting a column or split vent is measured in units of volume, the flow rate is volumetric based. For example, measuring the volume of gas in milliliters (mL) per unit time in minutes will result in a volumetric flow rate in mL/min. The most common device for measuring a volumetric flow rate is a bubble flowmeter. These devices are used to determine flow by measuring the time required for a gas stream to move a soap bubble through a specific volume.
• There are several important considerations when using a bubble flowmeter
• The flow measurement is based on volume, and can be affected by atmospheric pressure and temperature conditions.
• If water vapor is present, it can result in an elevated flow rate measurement. The gas being measured can diffuse rapidly through the soap bubble resulting in an erroneously low flow rate measurement. This is especially a consideration for helium and hydrogen.
• Usually, flow rates are measured at ambient temperature and pressure. If it is necessary to compare flow rates taken under different temperature and/or pressure conditions, a correction factor relative to a set standard temperature and pressure should be applied:
• F_ref: F_amb (P_amb/P_ref) (/T_refT_amb)

Where:

• F_ref: flow corrected to reference conditions
• F_amb: flow measured at ambient conditions
• P_amb: atmospheric pressure at ambient conditions
• P_ref: pressure at reference conditions (1 atm commonly used)
• T_ref: temperature at reference conditions in Kelvin (K) (298 K commonly used)
• T_amb: temperature at ambient conditions in K