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Latest Articles

MAKE YOUR OWN PIZZA! – A REVIEW ON VOTING CONCEPT IN SAFETY INSTRUMENTED SYSTEMS TO CUSTOMIZE SAFETY INTEGRITY LEVEL

Technical Safety Design Considerations

CHECK YOUR PARACHUTE BEFORE THE JUMP! – AN INTRODUCTION TO PRE-STARTUP SAFETY REVIEW (PSSR)

Technical Safety and Risk Management Introductory Content

QUENCH FIRE AND EXPLOSION HAZARDS WITH A MAGIC DEVICE! – FLAME ARRESTOR TYPES, APPLICATIONS AND LIMITATIONS REVIEWED

Technical Safety Design Considerations

A REVIEW ON TRANSFORMERS HAZARDS AND PROTECTION MEASURES

Technical Safety Design Considerations

DO NOT APPLY FOAM ON LPG FIRES, UNLESS! – LPG FIRE PROTECTION MEASURES REVIEWED

Technical Safety Design Considerations

ALL CHECK VALVES ARE NON-SLAM AND ALL CHECK VALVES SLAM! – A REVIEW ON DYNAMIC BEHAVIOUR OF CHECK VALVES

Technical Safety Design Considerations

Latest News

Global Gas Flaring Tracker 2023 Report: Global Gas Flaring Volumes Fell by Around 3% In 2022

Global Gas Flaring Tracker 2023 Report, considers the ‘state of the science’ and the uncertainty surrounding methane destruction efficiency of flares. Globally, CO2 equivalent emissions due to flaring could be higher than previously estimated, the new report suggests. This year’s report finds that 139 billion cubic meters (bcm) of gas was flared at upstream oil and gas facilities across the globe in 2022. This wasted gas could displace dirtier sources of energy and increase energy access in some of the world’s poorest countries. Routine gas flaring also represents a lost opportunity to provide many countries worldwide with much needed energy security. Indeed, energy security has been a critical consideration throughout 2022, and reassuringly the estimates find that even as many countries have shifted away from importing Russian oil and gas, this has not resulted in a noticeable increase in Russian flaring. At the same time, it finds that the energy sources that many countries are turning to have, in many cases, been produced by countries who are also taking steps to reduce their gas flaring. Three countries—Nigeria, Mexico, and the United States— accounted for most of the decline in global gas flaring in 2022, with two other countries—Kazakhstan and Colombia— standing out for consistently reducing flaring volumes in the last seven years. Two developing countries—Algeria and Egypt—also give us hope that progress on gas flaring reduction will accelerate as key ingredients for success, such as effective regulation, political will, and infrastructure are put in place. In both countries, we see noteworthy flaring reductions over the last few years but, perhaps more importantly, there are clear opportunities and efforts to further reduce flaring and utilize associated gas. Urge is on all governments and operators to carefully assess how they produce oil and gas and identify and seize opportunities for effective and long-term flaring reduction.

AL JAZEERA AND NEWS AGENCIES: Qatar Announces New Gas Output Boost with Mega Field Expansion

Qatar has announced new plans to expand output from the world’s biggest natural gas field, south pars (north dome), saying it will boost capacity to 142 million tonnes per annum (mtpa) before 2030. The Field expansion, named North Field West, will add a further 16 million tonnes of liquefied natural gas (LNG) per year to existing expansion plans, Qatar’s Energy Minister Saad Sherida al-Kaabi said at a news conference on Sunday. “Recent studies have shown that the North Field contains huge additional gas quantities estimated at 240 trillion cubic feet, which raises the state of Qatar’s gas reserves from 1,760 [trillion cubic feet] to more than 2,000 trillion cubic feet,” said al-Kaabi, who also heads the state-owned company QatarEnergy. This will bring Qatar’s production capacity to 142 million tonnes once “the new expansion is completed before the end of this decade” – a nearly 85 percent rise from current production levels, al-Kaabi added. The QatarEnergy chief said the firm will “immediately commence” with engineering works to ensure the expansion is completed on time. Qatar is one of the world’s top LNG producers alongside the United States, Australia and Russia. Asian countries led by China, Japan and South Korea have been the main market for Qatari gas, but demand has also grown from European countries since Russia’s war on Ukraine threw supplies into doubt.

NIOC CEO: South Pars Gas Field Pressure-boosting Project to Generate $900b in Revenue

NIOC CEO: South Pars Gas Field Pressure-boosting Project to Generate $900b in Revenue The National Iranian Oil Company (NIOC) managing director said on Sunday the implementation of the pressure-boosting project in the joint South Pars (SP) gas field in the Persian Gulf will generate $900 billion in revenue. Speaking during the signing ceremony of contracts for the strategic project, Mohsen Khojastehmehr added the project worth $20 billion will help extract 90 trillion cubic feet of gas and two billion barrels of gas condensates more from the giant field. According to the deputy oil minister, 38 platforms consisting of production and logistics platforms are operating in the South Pars gas field and 14 pressure-boosting platforms will be used for carrying out the project. Pars Oil and Gas Company (POGC) and several Iranian companies – Nargan, Petropars, Oil Industries Engineering and Construction (OIEC), Khatam al-Anbiya Construction Headquarters and MAPNA Group,– signed the contracts in the presence of Oil Minister Javad Owji and Khojastehmehr. The world's biggest gas field is shared between Iran, which calls its share South Pars, and Qatar, which calls it North Field, also known as North Dome.

Fukushima Daiichi: IAEA Conducts Its First Seawater Sampling; Tritium Level Below Limit

Fukushima Daiichi: IAEA Conducts Its First Seawater Sampling; Tritium Level Below Limit The International Atomic Energy Agency’s (IAEA) first independent sampling and analysis of seawater near the Fukushima Daiichi Nuclear Power Station (FDNPS) since discharges of ALPS treated water started on 24 August confirms that the tritium levels are below Japan’s operational limit. Agency staff present at the IAEA’s Office at the site sampled seawater from several locations within three kilometres from the site, at sea and from the coast. The Agency’s independent sampling and measurement of the seawater from the coast shows consistency with the values reported by Tokyo Electric Power Company (TEPCO) - operator of the FDNPS - as well as the Ministry of Environment of Japan. TEPCO reports daily public results on its website showing that the tritium activity concentration in the sea falls below its operational limit, that is, the limit set for operation of the ALPS discharge process that must not be exceeded. The Agency is continuing its analysis of all the seawater samples. The IAEA’s safety review of Japan’s plan to release the treated water into the sea, carried out before the discharge started, concluded that Japan’s approach and activities to discharge ALPS-treated water are consistent with relevant international safety standards. The report noted that the controlled, gradual discharges of the treated water into the sea, as currently planned and assessed by TEPCO, would have a negligible radiological impact on people and the environment. The IAEA has been collecting marine samples in the waters off Fukushima over the past decade, following a request by the Japanese Government to assist it in ensuring that its sea area monitoring – conducted since the accident in 2011 - maintains a high quality, and is credible and transparent. The project is a follow-up activity to recommendations made on marine monitoring in a report by the IAEA in 2013 related to the decommissioning of the FDNPS plant.

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