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At EMT Site Services, we help asset owners and operators maximise reliability through specialist SF6 and gas management services, delivered by experienced engineers across the UK. Is Your Site Summer Ready? Small gas leaks and unnoticed issues can quickly become costly problems when assets are operating at peak capacity. ...
A new standard for compact gas dilution The GasMix™ ZEPHYR II is a two-channel dynamic gas diluter engineered for laboratories, refineries, and research centres that require traceable, repeatable gas mixtures at any concentration, from percent levels down to parts per billion. ...
ByAlyTech
The establishment of MySep Middle East LLC marks a strategic expansion of the company’s global presence and reinforces its long term commitment to supporting oil and gas and LNG operators, EPCs and engineering teams across the Middle East. ...
Rehlko and INNIO have established a multi-year framework agreement to supply approximately 1.25 GW of gas engine capacity over the next three years, with around 700 MW firmly reserved. ...
Rehlko and INNIO have established a multi-year framework agreement to supply approximately 1.25 GW of gas engine capacity over the next three years, with around 700 MW firmly reserved. ...
From its headquarters in Dorchester, South West England, the company has grown into a global leader in multiple echo ultrasonic thickness gauges used to measure remaining metal thickness across a wide range of industries – including marine, oil and gas, civil engineering, and plant maintenance. What Makes the Cygnus 1 Ex Unique Among Ultrasonic Thickness ...
Whilst many data center operators are familiar with back up diesel back-up gensets, gas engines sit at the center of this shift because they can move across those operating modes without changing the core technology. ...
AI demand, tightening grid capacity, and pressure for higher resilience are pushing operators toward large onsite power systems. Gas engines, whether used for prime power, bridging power, or part of a wider microgrid, are increasingly becoming part of the design conversation. ...
Across data centers, commercial campuses and industrial facilities, the conversation around resilience is shifting dramatically. The old model of installing a generator here, a battery system there and perhaps some solar on the roof is no longer enough. These individual assets now operate together as part of hybrid microgrids that must run smoothly under increasingly volatile conditions. This ...
There is frequent confusion of people familiar with diesel or gas engine operation, misunderstanding the meaning of two terms – “prime power” and “base-load” operation Although the two terms are sometimes used interchangeably in casual conversation, they refer to different operating and rating conditions defined by ...
As data centers scale to support AI workloads, cloud growth, and increasingly constrained grids, onsite power generation is shifting from a contingency measure to a core design decision. Gas engines, combined cooling, heat and power (CCHP) and hybrid microgrids are now being evaluated not only for resilience, but for cost certainty, scalability, and long-term ...
” Instead, it is defined by explicit availability tiers – typically three nines (99.9%), four nines (99.99%), or five nines (99.999%) – each with very different implications for system architecture, redundancy, and cost. Modern gas-engine power plants, built from multiple individual prime-running engines, offer a flexible way ...
As data centers scale to support AI workloads, cloud growth, and increasingly constrained grids, onsite power generation is shifting from a contingency measure to a core design decision. Gas engines, combined cooling, heat and power (CCHP) and hybrid microgrids are now being evaluated not only for resilience, but for cost certainty, scalability, and long-term ...
As data centers grow larger, more distributed, and more tightly coupled to grid constraints, onsite generation is no longer just a backup strategy. Gas engines are increasingly being evaluated for base-load or prime power, grid-parallel operation, and hybrid microgrids supporting artificial intelligence (AI) workloads and high-availability campuses. ...
It comes with detailed ultrafiltration and reverse osmosis models, energy and cost calculations, water industry-specific chemicals, surface water and municipal wastewater effluent inputs, engineer-oriented adsorption and gas exchange models. Robust steady-state solver, easy scenario handling, automated analysis and optimization, and a ton of other features.Did ...
Clarke Energy Tunisia Commissions New Cogeneration System for Tunifries Clarke Energy Tunisia has successfully commissioned a new cogeneration system at Tunifries, a leading Tunisian producer of frozen potato products. The project further strengthens Clarke Energy’s growing portfolio within the agri-food sector, where cogeneration continues to deliver proven energy, economic and ...
For U.S. data-centre operators, grid resilience is no longer a theoretical planning issue. It has become a real constraint on development schedules, commissioning risk, and long-term operations. Multi-year interconnection queues, transmission congestion, extreme weather events, and rapidly growing AI workloads are all forcing developers to question a long-held assumption: that the grid alone can ...
Clarke Energy Tunisie is proud to announce the commissioning of a cogeneration installation featuring an INNIO Jenbacher J320 gas engine. The system was supplied, installed and is maintained by our Tunisian teams for our client Nutrifish Tunisia, a Tunisian company specialising in the production of high-quality feed for ...
Clarke Energy and INNIO Group have now completed delivery of the full fleet of “Ready for H2” Jenbacher J624 engines at Statera Energy’s project in Thurrock. Thurrock Power, a 450MW flexible generation plant, will support grid stability and flexibility in Southeast England and power up to 1 million UK homes once fully operational. ...
Clarke Energy has successfully commissioned a Jenbacher J320 containerised generator unit for AB Lime in Southland, New Zealand, marking another milestone in Clarke Energy’s commitment to providing reliable, efficient, and sustainable power solutions across Australasia Located approximately 3 km from Winton, AB Lime’s landfill site captures biogas and converts it into renewable ...