Liquid Organic Hydrogen Carrier Pumps

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CASE STUDIES

High Pressure Atex Multistage Pump for Green Hydrogen Energy Plant

27 May 2021
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Vertical multistage pumps for alkaline water electrolysis

19 June 2024
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Faqs

What are Liquid Organic Hydrogen Carrier (LOHC) pumps used for?

LOHC pumps are used to transport hydrogen by binding it to a liquid organic carrier. This method allows hydrogen to be stored and transported safely and efficiently, avoiding the issues associated with hydrogen’s low boiling point.

What types of pumps are suitable for LOHC applications?

Suitable pumps include centrifugal, multistage, magnetic drive and side channel pumps. These pumps are chosen for their ability to handle the specific requirements of hydrogenated carriers, including high pressure and ability to deal with low temperatures.

Which industries use LOHC pumps?

Industries such as renewable energy, chemical processing, and energy storage utilise LOHC pumps to facilitate the safe transport and storage of hydrogen.

How do I choose the right LOHC pump?

Consider factors such as the type of carrier fluid, flow rate, and pressure requirements. Consulting North Ridge Pumps ensures expert guidance tailored to your specific application, ensuring optimal pump selection.

Liquid Organic Hydrogen Carrier (LOHC) Pumps for Safe and Efficient Hydrogen Transport

Hydrogen has long been considered the fuel of the future, but its extremely low boiling point of -253°C has posed significant challenges in terms of handling and transportation. A breakthrough solution for this is the use of Liquid Organic Hydrogen Carriers (LOHC), which utilize substances like benzene, dibenzyltoluene (DBT), naphthalene, or toluene to absorb hydrogen molecules into their chemical structure, making it easier and safer to transport.

The process of hydrogenation involves bonding hydrogen with a base carrier, allowing it to be safely handled and transported without requiring extreme low temperatures. The hydrogen is later dehydrated to extract the gas when needed. LOHC technology operates under pressures of around 25 bar and temperatures between 200°C and 250°C, which makes it energy-intensive but highly reliable and safe compared to other methods of hydrogen transport.

This innovative approach is playing a key role in renewable energy storage and distribution, as it provides a more feasible method of handling hydrogen, making its use in energy generation more viable for future applications.

XCN Close Coupled Centrifugal Pump

Pump Type - Centrifugal

Max Flow Rate - 900M³H

Max Head - 100M

Pump Materials - AISI304

XRHCE Close Coupled Self Priming Centrifugal Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 600M³H

Max Head - 100M

Pump Materials - AISI304

XRHC Close Coupled Self Priming Centrifugal Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 500M³H

Max Head - 100M

Pump Materials - AISI304

XHLE Long Coupled Centrifugal Pump

Pump Type - Centrifugal

Max Flow Rate - 1200M³H

Max Head - 160M

Pump Materials - AISI304

XRHLE Long Coupled Self Priming Centrifugal Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 1200M³H

Max Head - 160M

Pump Materials - AISI304

XHL Long Coupled Centrifugal Pump

Pump Type - Centrifugal

Max Flow Rate - 1500M³H

Max Head - 160M

Pump Materials - AISI304

XRHL Long Coupled Self Priming Centrifugal Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 1500M³H

Max Head - 160M

Pump Materials - AISI304

XCP Long Coupled Chemical Process Pump

Pump Type - Centrifugal

Max Flow Rate - 1500M³H

Max Head - 160M

Pump Materials - AISI304

XHT Long Coupled Hot Water Centrifugal Pump

Pump Type - Centrifugal

Max Flow Rate - 1500M³H

Max Head - 160M

Pump Materials - AISI304

XSC / XVSC Horizontal & Vertical Split Casing Centrifugal Pump

Pump Type - Split Casing

Max Flow Rate - 6000M³H

Max Head - 180M

Pump Materials - AISI304

XRSC Self Priming Split Casing Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 6000M³H

Max Head - 180M

Pump Materials - AISI304

North Ridge NR-RPP Rotary Piston Pumps

Pump Type - Rotary Piston

Max Flow Rate - 64M³H

Max Head - 50M

Pump Materials - AISI316

North Ridge NR-BAL Rotary Vane Pumps

Pump Type - Vane

Max Flow Rate - 110M³H

Max Head - 100M

Pump Materials - AISI316

^From£2887.00 (ex VAT)

XMZ End Suction Horizontal Centrifugal Multistage Pump

Pump Type - Multistage

Max Flow Rate - 400M³H

Max Head - 450M

Pump Materials - AISI304

XRMZ Horizontal Self Priming Multistage Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 400M³H

Max Head - 450M

Pump Materials - AISI304

XM Horizontal Centrifugal Multistage Pump

Pump Type - Multistage

Max Flow Rate - 1000M³H

Max Head - 550M

Pump Materials - AISI304

XRM Horizontal Self Priming Multistage Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 1000M³H

Max Head - 550M

Pump Materials - AISI304

North Ridge XMMO Horizontal Multistage Multi Outlet Pump

Pump Type - Multistage

Max Flow Rate - 1000M³H

Max Head - 550M

Pump Materials - AISI304

XVM Vertical Centrifugal Multistage Pump

Pump Type - Multistage

Max Flow Rate - 400M³H

Max Head - 450M

Pump Materials - AISI304

XRVM Vertical Self Priming Multistage Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 400M³H

Max Head - 450M

Pump Materials - AISI304

VXEN Vertical Inline Centrifugal Pump

Pump Type - Centrifugal, Vertical Inline Centrifugal

Max Flow Rate - 850M³H

Max Head - 100M

VXRN Vertical Inline Self Priming Centrifugal Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 850M³H

Max Head - 100M

Pump Materials - AISI304

VXCN Vertical Inline Centrifugal Pump

Pump Type - Centrifugal, Vertical Inline Centrifugal

Max Flow Rate - 850M³H

Max Head - 100M

XRVI Vertical Inline Self Priming Centrifugal Pump

Pump Type - Self Priming Centrifugal

Max Flow Rate - 850M³H

Max Head - 100M

Pump Materials - AISI304

SORT BY:
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Showing 1 - 24 of 29 products

CASE STUDIES

High Pressure Atex Multistage Pump for Green Hydrogen Energy Plant

27 May 2021
READ MORE
Vertical multistage pumps for alkaline water electrolysis

19 June 2024
READ MORE