Linde Engineering

Your partner for the production and processing of gases.

[Linde Engineering @LindEngineering]

@vkes765 Hi vkes765, in case you have a topic or facts that you would like to share, please have a look here: https://t.co/PLVqMUseWP. We are looking forward to hearing from you.

[Linde Engineering @LindEngineering]

#LindeEngineering puts petrochemicals on a CO₂ diet. At the top of the list is the Steam Cracker - embedded in a holistic solution on the way to net-zero. Find out how we’re working on this goal:

https://t.co/UpbpNwBCip

[Linde Engineering @LindEngineering]

Linde’s portfolio contains different carbon capture and storage (CCS) technologies to store CO₂ so that it no longer has a climate-warming effect. With Linde’s HISORP® CC, HISELECT® and HIPURE™ technologies, CO₂ can be removed from different gases.
https://t.co/lfJ0NuGcEG

[Linde Engineering @LindEngineering]

Can a zero be promising? When it comes to CO₂ emissions, yes! Learn more about why the #petrochemistry industry needs a holistic roadmap to zero emissions as an important step to #sustainability in our latest success story https://t.co/BlUn5Lbjn8 #GasProcessing #efficiency

[Linde Engineering @LindEngineering]

In the 1960s, Linde was the first company to implement the continuous recovery of #acetylene in a commercial steam cracker. Since then, we refined the design to meet the demands. It can be integrated with any #steamcracker technology. #LindeEngineering https://t.co/IIsReEDay0

[Linde Engineering @LindEngineering]

Emission-intensive industries have a hard time meeting the targets of the Paris Agreement on climate change. Technologies for #carboncapture, utilization, and storage (CCUS) provide the most significant results. Learn more. #LindeEngineering. https://t.co/YhmsDeh7m3

[Linde Engineering @LindEngineering]

About 35 percent of industrial CO2 #emissions come from burning fossil fuels to generate high-temperature heat. #LindeEngineering constructs and retrofits plants with equipment and infrastructure for carbon capture. https://t.co/8SjJ9LtkuZ

[Linde Engineering @LindEngineering]

They may be small in size, but they certainly are big in impact!

Due to the growth of the electronics industry, caused by megatrends, such as digitalization, the demand for a safe and efficient supply of high-purity and ultra-pure gases is increasing. https://t.co/weHiemGLip

[Linde Engineering @LindEngineering]

Reliable, energy-efficient operations

The entire SPECTRA™ family is designed on a modular basis for rapid, cost-effective deployment on-site. Linde is determined to keep pace with spiraling demand for electronics gases across the semiconductor industry. https://t.co/G7jqTX75fW

[Linde Engineering @LindEngineering]

Linde has 60 years of experience with #acetylene recovery.
Benefits of our processes and technology:
✔ extremely pure ethylene streams
✔ no fouling or corrosion problems
✔ flexibility for all plant operating cases
#LindeEngineering #ProcessingPlants https://t.co/bEyynIliOU

[Linde Engineering @LindEngineering]

High-purity gases – in greater demand than ever
The manufacturing environment and the gases must be of the highest purity as these special chips have complicated structures that increase the risk of defect locations.
https://t.co/eZi4Uvxi1h

[Linde Engineering @LindEngineering]

When processing C4 cuts in downstream crackers with the C4 full hydrogenation unit, all unsaturated C4 hydrocarbons and saturated C4 streams are converted and then recycled back to the cracking furnace. Learn more about the advantages here:
https://t.co/dxqspaurQO

[Linde Engineering @LindEngineering]

There are 6 years left on the carbon clock. Mankind’s CO2 -#emissions are on track to take the atmosphere over the 1.5°C threshold by 2030. #Carboncapture technologies are an answer to this challenge and can be divided into three categories.
https://t.co/E4KQm1TZ0E

[Linde Engineering @LindEngineering]

Accelerating time-to-solution with modular solutions
Linde developed its SPECTRA™ plants to meet the demand for ultra-high-purity argon. Also, new SPECTRA™ developments come with an attractive price tag, combining energy efficiency with product yields. https://t.co/hYoyRUOly9

[Linde Engineering @LindEngineering]

Hydrogen and fuel cell technologies are gaining ground in an increasing number of more specialized applications. Building on our broader H2 value chain, we deliver HRS solutions that perfectly fit a variety of special and new applications. https://t.co/agvZ0ZzysW

[Linde Engineering @LindEngineering]

To debottleneck the Claus units at a refinery in Gdańsk, Linde proposed a gas-enabled solution to increase capacity through oxygen enrichment. Linde delivered a containerized, turnkey VSPA unit that supports on-site oxygen enrichment in refineries. #AirSeparation #Sustainability

[Linde Engineering @LindEngineering]

The requirements of operators of public network stations are perfectly met by our refueling solutions. Hydrogen refueling stations (HRS) with small footprints can be simply incorporated into already existing gas stations. Find out more: https://t.co/Q0hXUN5qWh
#GreenHydrogen

[Linde Engineering @LindEngineering]

We bet you don’t know all the application fields of #hydrogen: the electronics industry relies on high-purity hydrogen for semiconductor manufacturing while chemicals customers need H2 for fuel desulfurization or #hydrotreatment. Discover more: https://t.co/LP53WA2FGL

[Linde Engineering @LindEngineering]

Linde built two #ASU s for the Kalinganagar industrial complex in India. It supplies Tata Steel, one of the world’s largest steel manufacturers, with over 4,000 tpd of gaseous oxygen, nitrogen, argon and produces liquid gases for regional markets. #AirSeparation #Sustainability

[Linde Engineering @LindEngineering]

To enable widespread adoption of clean #hydrogen, Linde is investing heavily into alternative production methods at Leuna. Next on the list is to build and operate the world’s largest electrolysis plant. Learn more about this mission: https://t.co/XH0dEA1Lhq
#Sustainability