Explosion Not Cause of Anambra, Enugu Blackout, TCN Counters EEDC

Explosion Not Cause of Anambra, Enugu Blackout, TCN Counters EEDC

The Transmission Company of Nigeria has dismissed claims by the Enugu Electricity Distribution Company PLC that an explosion at its Onitsha Sub-Region station was responsible for the recent power outage in parts of Anambra State and Oji River in Enugu State. According to a statement signed by GM, Public Affairs, Ndidi Mbah, on Thursday, the company said it was “compelled to correct the misinformation recently published by Enugu Electricity Distribution Company PLC on August 27, 2025, regarding the cause of the power outage in Anambra State and Oji River in Enugu State. “Contrary to EEDC’s claim, there was no explosion at the Transmission Company of Nigeria station at Onitsha Sub-Region.” Explaining the actual cause of the incident, TCN noted that the partial loss of power in the 330kv switch yard at Onitsha Sub-Region occurred on August 21, 2025, at about 02:34 hours. It said the outage was due to “an insulation flashover of porcelain insulator (P1) of the red phase jumper conductor to bus bar 1 due to rainfall.” The company disclosed that power was restored the same day at 17:54 hours. It further stated that a planned scheduled outage had already been arranged for August 31 and September 1, 2025, to replace the stack porcelain insulators. “We clarify that there was no explosion of equipment or loss of switchgear equipment in the TCN Onitsha region,” the statement stressed. TCN also urged EEDC to ensure due diligence in its communication with the public, warning that “deliberate deception or propaganda is unprofessional and unacceptable.” Recall that electricity customers in Anambra State and parts of Enugu State were thrown into darkness on Wednesday following what they thought was an explosion in the Awada area of Anambra. The incident, which occurred around 2:34 a.m., disrupted the power supply across affected areas. Confirming the development, the Enugu Electricity Distribution Company PLC, through its Group Head of Corporate Communications, Emeka Ezeh, attributed the blackout to the explosion at the TCN facility. Punch

Explosion Rocks Trans Niger Pipeline In Rivers

  An explosion has rocked a section of the Trans Niger Pipeline in Bodo Community in Gonna Local Government Area of Rivers State. The explosion occurred late on Monday night near the Bodo-Bonny Road under construction. Trans Niger pipeline explosion scene. Photo Credit Dennis Naku Thick black smoke was seen billowing into the atmosphere, with a raging fire spreading fast into the mangrove from a video that emerged on Tuesday morning. The TNP is a federal transport line that supplies oil to the Bonny Export Terminal in Rivers State. When contacted, the Police spokesperson in the state, Grace Iringe-Koko said she would find out and get back to our reporter, though she had yet to do so as of the time of filing this report. Details later….. Punch

CNG-Powered Vehicles’s Safety Measures To Follow To Avoid Explosion

  The CNG-powered vehicle runs on compressed natural gas (CNG) as its fuel source instead of gasoline or diesel. CNG is primarily composed of methane and is considered a cleaner-burning alternative, producing fewer emissions compared to fossil fuels. These vehicles can be either designed specifically for CNG or modified to run on it. Below Are Key Features of CNG-Powered Vehicles Fuel Efficiency: CNG vehicles typically offer good fuel efficiency and lower operating costs due to the lower price of natural gas compared to gasoline. Environmental Benefits: CNG produces lower levels of harmful emissions, such as carbon monoxide and particulate matter, making it more environmentally friendly. Tanks and Storage: CNG is stored in high-pressure tanks, which must be made of strong materials to withstand the pressure and designed according to safety standards. Engine Modifications: Some vehicles may require modifications to their engines to run on CNG, though many manufacturers produce dedicated CNG models. Check-out Types of CNG-Powered Vehicles Below Passenger Cars: Many manufacturers produce CNG versions of standard cars Buses: Public transit agencies often use CNG buses for lower emissions. Trucks: CNG is increasingly used in commercial vehicles for freight transport. Follow these guidelines to avoid explosions and enhance safety with CNG vehicles,: 1. Regular Maintenance: Undergo regular checkups and maintenance sessions with authorized specialists to ensure that CNG system is operating properly. 2. Leak Checks: Regularly search for leaks of the fuel system components, such as tanks, valves, and hoses, with the help of visual inspections. If any part is le aking, a soapy water solution test should be done to see its location clearly, blowing up bubbles. 3. Tank Integrity: Making sure that the CNG tank looks fine and costs nothing thus, because it doesn’t have any dents, corrosion, or damage. Tanks must be run for tests when required by the law. 4. Proper Filling: Abide by the filling specs to ensure the tank is not overfilled and pressure is kept within the safe range when filling the tank. 5. Emergency Preparedness: Be prepared by knowing emergency procedures for a gas leak or fire. The fire extinguisher should have extinguishing efficiency when used on flammable gas fires and also be green in color. 6. Ventilation: Remember, the most important thing to consider here is if CNG tanks are safely stored, filled in well-ventilated places. This means no dangerous gases release from them. 7. Secure Components: All parts, including valves and connections, should be adequately clamped down to prevent any potential leaks. 8. Driver Training: Safety training for drivers and maintenance personnel should cover a variety of materials, including identifying the dangers and following the correct methods to handle these dangerous gases. 9. Regulatory Compliance: Adhere to all the local as well as national regulations concerning the operating and maintenance of CNG vehicles. Note that following the above mentioned safety measures is the only technique that can lead you to the level of safety where you do not have nearly any risk of explosion.