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Author: rida

Waha Oil is the best PMO in Africa for 2024

Waha Oil has been named the six best companies in the world for project management offices (PMOs) in 2024 and the best in Africa. It was given the award at the international PMO Global Awards ceremony in Los Angeles, USA on 19 September 2024.

It is the first time any North African company has won the Africa section of the annual competition.

As such, it will be one of the finalists in the PMO of the Year will takes place in Istanbul on 9 December.

At the Los Angeles semi-finals, Waha was also named world best PMO on methodologies and processes for 2024, sharing the prize with India’s Amara Raja Energy & Mobility Company.

A HOT PROSPECT: GEOTHERMAL ENERGY IN THE LIBYAN SAHARA

By Ahmed Al-Amin, University of Sebha

Exploring the untapped potential for geothermal energy production and export in southern Libya represents a golden opportunity that could revolutionise the region’s energy sector.

The growing global demand for electricity underscores the importance of switching to sustainable and environmentally-friendly energy sources. Geo- thermal energy, extracted from the subsurface of the earth to generate energy and heat, stands out as a clean, reliable and cost-effective source in this context.

With growing concerns about environmental degradation and energy security, the adoption of renewable energy solutions such as geothermal energy is gaining momentum around the world

In southern Libya, the development of geothermal energy can play a decisive role in meeting the region’s energy needs in various ways.

Geologically-active areas in the region offer promising opportunities for geothermal projects, which can revolutionise local communities

by providing sustainable solutions for a wide variety of needs such as power generation, industrial projects, agriculture, air-conditioning and heating. This would have a positive and radical impact on local economies and livelihoods.

Geothermal energy can be used in electricity generation, as it can be combined with conventional steam plants to reduce the energy used to produce the steam. It can also be combined with solar power projects to produce solar/thermal power plants, reducing the area of solar collectors used to heat water. Moreover, geothermal can be included in conventional generating stations, reducing production costs. It can also be employed directly in agriculture for heating greenhouses as well as for heating or cooling buildings using absorption cooling.

In addition, geothermal can be deployed in industrial processes such

as drying food products and in other industries, reducing production costs. Many other African countries have taken advantage of their own geothermal reservoirs to achieve energy independence and reduce expensive energy imports.

Exploring the untapped potential for geothermal energy production and export in the south of Libya represents a golden opportunity that could revolutionise the region’s energy sector. Geothermal energy, known for its cleanness, sustainability and affordability, has the potential to reduce dependence on traditional fossil fuels. Given the high hydrocarbon prices and the urgent need to address climate change, it is necessary for southern Libya to drill deeper into the field of geothermal energy.

In one of the studies to assess the system, it was found that at depths of even less than 1,000 metres in the geothermal system in the Sirte Basin, the temperatures and heat flow values ranged from 40o Celsius to more than 60o. Another report showed that geothermal energy sources in Waddan have the potential to meet many of the local community’s energy needs. Research indicates that they could provide direct electricity generation, including much of what is needed for significant air-conditioning usage.

It was shown, too, that geothermal energy could be used in hybrid power stations, relying on both geothermal and gas. The study proposed a hybrid power station, using both natural gas and thermal energy, to produce 128 MW, there by providing Waddan and nearby villages with a sustainable, reliable energy supply.

These data represent a major opportunity to harness geothermal energy in southern Libya. There are high-temperature water wells in the south, for example in Qatroun,

Sokna and Waddan and these wells are spread in important basins such as Kufra Basin and Murzuq Basin. But further studies are needed to establish the potential from thermal energy. These locations also have enormous solar power, which makes it possible to combine the two types of energy to reduce energy production costs.

A power boost eor the south

Because of the diverse energy resources such as solar, oil, gas, wind, geothermal, as well as the strategic geographical location that connects the various regional energy networks, southern Libya has a huge potential to make a significant contribution to the regional energy market. Specialised companies focused on geothermal projects can play a pivotal role in unlocking the potential of geothermal energy in the south of the country. These firms bring valuable experience in creating efficient and sustainable geothermal energy projects that can empower local communities, while enriching the overall energy landscape of the region.

In short, geothermal energy in southern Libya is of enormous importance to the region because it provides a level of efficiency that makes it a viable option for sustainable energy generation.

The potential locations of geothermal projects offer many opportunities to harness this environmentally friendly and renewable energy resource. And although there are initial costs associated with the creation of geothermal projects, the long-term advantages outweigh that initial investment. The impact of geothermal energy on communities in the south of Libya could be profound, as access to reliable and sustainable energy sources can boost living standards and spur economic development. Through strategic investments in geothermal energy projects and collaborative partnerships with industry professionals, southern Libya can unleash its true potential as a major renewable energy player in Africa.

LIBYA MUST AIM FOR CROSS-BORDER SOLAR POWER PROJECTS

By Moutaz Ali
The Libyan Centre for Solar Power Research & Studies is seeking to cooperate with similar centres regionally and internationally. They recognise that, worldwide, successful solar power projects are cross- border.

“We are researching projects on exporting solar power to neighboring countries, especially to the EU in the north, such as Italy,” Dr Yousef Alnass, the General Manager of the centre, told Libya Energy in an interview at centre’s head- quarters in Tajoura, east of Tripoli.

“We are pushing towards collaborations with similar regional and international consultancy centres to work on proposing renewable energy projects to governments and I confidently believe that Libya has all the required potential to attract partners”.

However, governmental support is crucial he says.

Cooperation with national boards

“There is no doubt that renewable energy is the future for the world, and we must be aware of this in Libya. In this regard, we are cooperating with the ministry of industry to raise awareness of the sector’s importance for national policy-makers”.

In recent years, power cuts have occurred when generating stations ran out of gas and fuel oil supplied by the NOC affiliates to the electricity company, GECOL.

“Let’s think about how much money the Libyan state is losing by providing power stations with gas and fuel oil rather than exporting them. It shows how important it is to invest in solar power plants which could save so much money for the country,” explains Alnass, “Moreover, a solar power station’s staffing requirements are almost nothing compared to other traditional power plants” he explained.

The centre generates its own electricity using solar power and is linked to a traditional power station which during the day it feeds surplus solar generated electricity. It only uses conventional power at night.

“We linked with GECOL as a pilot to encourage it to create solar power stations. This could save massive amounts of fuel because part of their generating capacity would be free,” he said.

However, says Alnass, the authorities are still not sufficiently focused on the importance of solar power. He also thinks that successive issues that Libya has faced have prevented them from going ahead with plans for renewable power projects.

Researching different renewable energy and technology.

The centre does not restrict its research to solar power, but studies other renewable energy projects and technologies, such as power conservation to reduce electricity consumption or Biomass energy using a range of biofuels, such as methane (biogas) generated from wastewater and organic waste from farms, factories and homes.

“We research different renewable powers with leading industries in the country such as the iron and steel works in Misrata where currently they are using the problematic brown hydrogen which causes carbon dioxide emissions. We are working with them to switch over to green hydrogen which is very clean.”

The centre is also promoting private sector investment in renewable power projects.

“We have cooperated with several national engineering and power companies because we are relying heavily on investment by the private sector, which still needs to be developed.

We greet with open arms anyone who knocks on our door seeking help, support and advice, based on our expertise in renewable energy.”