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IFAD, VCDP Harp On Rice threshing Machines To Boost Harvest
The Niger State Programme Coordinator for the Federal Government’s International Fund for Agricultural Development (IFAD), and Value Chain Development Programme (VCDP), have expressed concern over the low usage of rice threshing machines by farmers in parts of the Nigeria state.
These machines were provided as part of an initiative to help increase harvest yields and reduce post-harvest losses.
In a statement during a training session for rice farmers in Majingari, Katcha Local Government Area, the Value Chain Agricultural Production Officer, Dr. Lawal Mohammed, said adequate use of the machine would help in food security.
According to Dr. Mohammed, the IFAD programme distributed threshing machines to rice farmers in the eight participating local government areas of Niger State to help reduce losses during harvest.
Many farmers have, however, abandoned the machines in favor of traditional threshing methods, thereby missing out on the benefits of increased efficiency and reduced losses.
The Programme Coordinator lamented that due to the underutilisation of such equipment, Nigeria faces a significant challenge, with up to 40 percent of post-harvest losses in the agricultural sector.
During the training, Hajiya Isah emphasised the importance of adopting best agronomy practices, including the proper use of threshing machines, to minimize losses and improve production, particularly for dry season farming.
A rice farmer from Shiroro Local Government, Mustapha P. Gaiya, reiterated that the thresher machine boosted his harvest and income, adding the benefits of the programme of the programme cannot be over emphasised.
He noted that while some farmers consider the thresher to be slow, he finds it faster and more efficient, allowing him to thresh over 40 bags of rice in a day.
The Lead Consultant for the IFAD programme in Niger State, Prof. Abigail Jirgi, also emphasized the need for farmers to follow best practices throughout the entire rice production process, from harvest to storage, in order to reduce losses.
She urged farmers not to burn rice crop residues, as it depletes soil nutrients, but to allow the residues to decompose and enrich the soil.
Prof. Jirgi also called on community leaders to encourage farmers to adopt these best practices for improved yields and economic growth.
The Majingari community, represented by Mohammed Idris Ndaloke, expressed gratitude for the training and pledged to support the effort to educate local farmers on improving their harvest practices and overall economic prosperity.
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The Niger Delta Development Commission (NDDC) has signed a Memorandum of Understanding (MoU) with the Rural Electrification Agency (REA) to expand access to reliable and sustainable electricity across the Niger Delta region.
The agreement, signed at the headquarters of the REA in Abuja, was targeted at strengthening institutional collaboration and accelerating development in underserved communities in the region.
A statement by the Director, Corporate Affairs of the NDDC, Seledi Thompson-Wakama, said the pact underscores renewed efforts by the two federal interventionist agencies to deepen cooperation and fast-track infrastructure delivery.
Speaking at the signing ceremony, the Managing Director of the NDDC, Dr Samuel Ogbuku, described the MoU as a strategic step towards realising the Commission’s vision to “light up the Niger Delta” in line with national priorities on distributed energy expansion.
Ogbuku said the agreement represents a shared institutional responsibility to deliver reliable energy solutions that will enhance livelihoods, stimulate local economies and create broader opportunities across the nine Niger Delta states.
According to him, electricity remains a critical enabler of national development, supporting job creation, healthcare delivery, education and inclusive economic growth.
He noted that the collaboration would help unlock the economic potential of rural communities while advancing broader national development objectives.
The NDDC boss added that the Commission has consistently adopted partnership-driven approaches in executing projects in the region and is prepared to support the implementation of the MoU by leveraging its community presence and infrastructure development capacity.
He reaffirmed the Commission’s commitment to working closely with the REA to ensure the timely and effective execution of the agreement.
The NDDC delegation at the event included the Executive Director, Projects, Dr Victor Antai; Executive Director, Corporate Services, Otunba Ifedayo Abegunde; Director, Legal Services, Mr Victor Arenyeka; Director, Finance and Supply, Mrs Kunemofa Asu; and Director, Liaison Office, Abuja, Mrs Mary Nwaeke.
In his remarks, the Managing Director of the REA, Dr Abba Abubakar Aliyu, described the MoU as a natural collaboration between two agencies with complementary mandates, reflecting a shared commitment to expanding access to sustainable electricity in rural communities.
Aliyu said the Niger Delta remains central to Nigeria’s economic fortunes and must be supported by infrastructure capable of driving productivity, enterprise and improved living standards, adding that the partnership signals readiness to deliver stable power to communities that have long awaited reliable electricity supply.
By: King Onunwor
Artificial intelligence is often viewed as a catalyst for electrification and subsequently decarbonization. Yet one of its most immediate effects may be the opposite of what many assume. The rapid buildout of AI infrastructure is increasing demand for reliable power, and that reality could strengthen the role of natural gas and other dispatchable energy sources for many years.
Investors focused on semiconductors and software valuations may be overlooking a key constraint. AI runs on electricity, and those electricity systems operate within physical and economic limits.
The energy sector has spent much of the past decade grappling with slow load growth. That is now changing, in a way that is reminiscent of the sharp rise in oil demand—and subsequently price—in the early 2000s.
Training large language models and operating advanced AI systems requires enormous computing resources. Hyperscale data centers are expanding rapidly, with developers requesting gigawatt-scale interconnections from utilities. In several regions, electricity demand forecasts have been revised upward after years of flat expectations.
This shift is significant because AI workloads create continuous, high-density demand rather than intermittent usage. Data centers cannot simply power down when the electricity supply becomes constrained. Reliability becomes paramount.
Wind and solar capacity continues to expand, but intermittent generation alone cannot meet the firm capacity needs of AI infrastructure without significant storage or backup generation.
Battery storage is improving, yet long-duration storage remains costly at scale. Nuclear projects face long development timelines and complex permitting hurdles. Transmission expansion also lags demand growth in many regions.
These constraints make dispatchable power sources critical. Natural gas plants can ramp quickly, operate continuously, and be deployed faster than many alternatives. As a result, gas-fired generation is increasingly viewed as a practical solution for supporting AI-driven load growth.
This does not undermine the role of renewables. In many markets, new renewable capacity is paired with gas generation to maintain grid stability. The key point is that AI-driven electrification is likely to increase fossil fuel usage in the near term.
Construction timelines favor gas-fired generation when demand rises quickly. Existing pipeline infrastructure reduces barriers to expansion. And for operators of data centers, reliability often outweighs ideological preferences. Downtime is simply too expensive.
Utilities are also revisiting resource plans as load forecasts rise. That shift may drive increased investment in transmission, grid modernization, and flexible generation assets.
The Decarbonization Story Is Complex
A common narrative holds that AI accelerates the transition away from fossil fuels because it increases electrification. The reality is more nuanced.
If electricity demand outpaces the buildout of low-carbon capacity, fossil generation may still increase in absolute terms even as renewables gain market share. Total emissions could rise, but the carbon intensity of the energy system may trend lower as cleaner sources make up a larger share of supply.
Ultimately, energy systems evolve based on engineering and economics, not just policy goals or market narratives.
Rising power demand could benefit utilities investing in transmission and generation capacity. Natural gas producers and midstream companies may see structural demand support from increased power-sector consumption. Equipment suppliers tied to grid reliability and gas turbines could also gain from the shift.
Longer term, advances in nuclear, storage, or efficiency may change the trajectory. For now, the immediate response to surging electricity demand is likely to rely on technologies that can be deployed quickly and reliably.
Artificial intelligence may reshape the economy in profound ways. One of the least appreciated consequences is that it may extend the relevance of natural gas as the world builds the energy backbone required to power the next generation of computing.
By: Robert Rapier
Ogun State is set to join the comity of oil producing states in the country following the discovery and subsequent approval of commercial oil exploration activities in the Eba oil well, in Ogun Waterside Local Government Area of the state.
A technical team from the Nigerian National Petroleum Company Limited (NNPCL) has visited the area as preparations are in advanced stage for commencement of commercial drilling operations in the state.
The inspection followed President Bola Ahmed Tinubu’s approval for commercial exploration, forming part of the federal government’s efforts to deploy the required technical capacity and infrastructure for production.
Officials of NNPCL carried out the exercise alongside representatives of the Nigerian Upstream Petroleum Regulatory Commission (NUPRC) and national security agencies to evaluate the site and confirm its readiness for drilling activities.
The delegation was led by Project Coordinator for Enserv, Hussein Aliyu, who headed the NNPCL Enserv technical team.
Other members included Wasiu Adeniyi, Onwugba Kelechi, Engr. Rabiu M. Audu, Ojonoka Braimah, Ahmad Usman, Akinbosola Oluwaseyi, Salisu Nuhu, James Amezhinim, Yusuf Abdul-Azeez, Amararu Isukul and Livinus J. Kigbu.
Speaking, Governor Dapo Abiodun, described the development as a landmark achievement for Ogun State, saying “the commencement of drilling at Eba would stimulate economic growth, create employment opportunities and attract increased federal presence to the state’s coastal communities.
Abiodun also expressed appreciation to President Tinubu for his support toward the development of frontier oil basins and the equitable spread of the nation’s energy resources.
Recall that geological reports had earlier confirmed the presence of hydrocarbons within the Ogun Waterside axis, leading to preliminary surveys and technical engagements by NNPCL.
The Ogun State Government also carried out an independent verification of the oil well’s coordinates, affirming the discovery is located within the state’s boundaries.
To secure the project, naval security personnel have been deployed to the site for over 18 months, with the support of the Ogun State Government, to protect the facility and its environs.
The Eba oil well is regarded as part of Nigeria’s strategic move to expand oil production beyond the Niger Delta region.
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