Thursday, September 19, 2024

A Spanish company seeks to strengthen its position to obtain a new train deal TALGO ONCF

 A Spanish company seeks to strengthen its position to obtain a new train deal TALGO ONCF MOROCCO

Sources revealed that officials of the Spanish group “Talgo” are expected to hold a meeting with officials of the National Railway Office, to present their project as part of the race to win the high-speed train deal, Kenitra-Marrakesh.



The Spanish company Talgo, which specializes in the manufacture of trains, is among the names strongly nominated to win this tender that Morocco put forward to various international companies to purchase new high-speed trains.

According to informed sources, Talgo is seeking to present two of its best trains (Avril/EMU) to the attention of the National Railways Office, so that the speed of the EMU train will reach 160 km per hour, while the speed of the Avril will reach 380 km per hour.


Rabih Lakhlaia, Director General of the National Railways Office, had previously revealed the Kingdom’s desire to purchase 100 new trains, by convincing the companies that will receive this deal to build factories in Morocco.

Tuesday, September 17, 2024

What do we know about Hezbollah's pagers?Exploding pager

 On Tuesday, 9 people were killed in Lebanon, including a girl and two Hezbollah members, and more than 2,800 people were injured, most of them in the hand, according to data from the Lebanese Ministry of Health.


This was as a result of explosions that struck pager-type communication devices that were in the possession of many members of the various Hezbollah institutions, who were present in various places in the southern suburbs of Beirut and southern Lebanon.


Lebanese official and military sources suggested that Israel was behind what they described as a “cyber and hostile” attack.


Israel did not claim any responsibility for the simultaneous explosions.

According to Reuters, citing Lebanese security sources, the targeted pagers were “of the latest model that they had obtained in the past few months.”


This requires addressing the information spread about these devices? What are the reasons for its use, and the extent of its spread in today’s world, which often relies on smartphones.

Pager or whistle

The "pager" or "pepper" (a pager or whistle device due to the sound it emits) is a wireless communication device that receives and displays alphanumeric texts or voice messages, and emits a sound when it receives a signal.


These devices are no longer as popular as they were in the 1990s among the general public, but some workers in the fields of public safety and health care, for example, still use them.

In the late twentieth century, these devices revolutionized personal and professional communications, enabling people to send and receive messages on the move without the need for landlines, but their popularity decreased over time due to the emergence of newer devices with greater features.

From rise to decline

Below is a timeline that monitors the rise and fall of pagers. 

1921 - The Detroit Police Department first used a pager-like system with police cars in 1921. Later, Al Gross obtained a patent for what was then called a telephone pager. 

1950 - It became relevant in health care when the Jewish Hospital in New York City began using it in 1950.

1959 - Motorola coined the name "pager" for this device. In the 1970s, developers added tone and voice pagers

1959 - Motorola coined the name "pager" for this device. In the 1970s, developers added tone and voice pagers that enabled users to send and receive voice messages. 

1980 - Pagers were so widely used by the 1980s that they reflected the social status of the wearer. 

1994 - Became relevant in personal communication.

Most of its users today are emergency medical technicians and firefighters, as it helps them make decisions more quickly during emergency situations, and the batteries do not drain as quickly.

It is also used by many doctors and healthcare professionals to communicate with each other, due to the simplicity and speed of recall, as well as maintaining the confidentiality of sensitive patient data, as it is more reliable for them than smart devices.

Among the characteristics that make these devices popular among military organizations and factions is that they are difficult to track, as happens with smart devices, and the exchange of texts and voice messages in them may lack context (depending on their type) and they do not require a SIM card, as they work through radio signals to transmit messages. It has a strong signal network, so it may work more than modern devices in rural and remote areas.

The sea tunnel project between Morocco and Spain enters a new turning point

 The Spanish Society for the Study of Fixed Cross-Strait Communications (SECEGSA) announced the carrying out of a seismic research study to enhance studies within the framework of the railway tunnel project between Spain and Morocco.


To this end, the Spanish Research Institute has launched a call for applications to lease, with an option to purchase, four ocean bottom seismometers (OBS), which will be developed by the Geophysics Department of the Spanish Army Observatory (ROA) for a period of six months and the contract value is 487,872 euros. .

The route chosen for the giant project after the studies conducted so far will be 42 kilometers, between Punta Paloma in Tarifa, Spain, and Malabata, Tangier.


There will be two single-lane tunnels with a diameter of 7.9 metres, with a service corridor with a diameter of 6 metres. The three tunnels will be connected by cross passages every 340 metres, according to Europa Sur.


Moreover, the American magazine Newsweek estimated the financial cost of this huge project at 6 billion euros, which would enable the transport of 12.8 million passengers annually, as well as 13 million tons of cargo.

Saturday, June 29, 2024

Morocco-Germany Cooperation in Green Hydrogen: A Path Towards Sustainable Energy

 

Morocco-Germany Cooperation in Green Hydrogen: A Path Towards Sustainable Energy

Morocco and Germany have established a strong partnership in the field of green hydrogen, recognizing its potential as a clean and sustainable energy source for both countries. This collaboration is driven by a shared commitment to combating climate change and promoting sustainable development.

Morocco's Green Hydrogen Potential

Morocco boasts an abundance of renewable energy resources, particularly solar and wind power, making it an ideal location for green hydrogen production. The country's ambitious renewable energy strategy, the National Renewable Energy Program (NREP), aims to generate 52% of electricity from renewable sources by 2030. This abundant renewable energy, coupled with favorable geographical conditions, positions Morocco as a frontrunner in green hydrogen production.

Germany's Green Hydrogen Ambitions

Germany, a pioneer in renewable energy, is also actively pursuing green hydrogen as a key component of its energy transition strategy. The country's National Hydrogen Strategy outlines ambitious targets for green hydrogen production and consumption, aiming to achieve 10 gigawatts (GW) of installed capacity by 2030 and 90 GW by 2045.

Morocco-Germany Partnership: A Mutually Beneficial Collaboration

Recognizing the complementary strengths of each other, Morocco and Germany have forged a strategic partnership in green hydrogen. This collaboration aims to:

  • Promote green hydrogen production in Morocco: Germany is providing financial and technical support to Morocco's green hydrogen projects, facilitating the development of a robust green hydrogen industry in the country.

  • Establish green hydrogen supply chains: The partnership is working to establish reliable and efficient supply chains for green hydrogen exports from Morocco to Germany, ensuring a steady flow of clean energy between the two countries.

  • Advance green hydrogen technologies: Both countries are collaborating on research and development initiatives to enhance green hydrogen production technologies, making the process more efficient and cost-effective.

Notable Projects in the Partnership

Several notable projects have emerged from the Morocco-Germany green hydrogen partnership:

  • Green Hydrogen Power-to-X Project: This project, led by the Moroccan Solar Energy Agency (MASEN), aims to produce green hydrogen using renewable energy and convert it into synthetic fuels or other valuable products.

  • Green Hydrogen Research Platform: Established by the Research Institute on Solar Energy and New Energies (IRESEN) in Morocco, this platform facilitates research and development activities in green hydrogen technologies.

Conclusion

The Morocco-Germany cooperation in green hydrogen stands as a testament to the power of international partnerships in addressing global challenges. By combining their respective strengths, Morocco and Germany are paving the way for a sustainable energy future, not only for their own countries but also for the world. This collaboration serves as an inspiration for other nations seeking to transition towards a greener, more sustainable energy landscape.