The POWER Interview: Climate Change and Renewable Energy in 2021
The post The POWER Interview: Climate Change and Renewable Energy in 2021 appeared first on POWER Magazine.
With the start of a new year comes new year resolutions, new campaigns, new administrations, new policy goals, and new initiatives. To kick off 2021, POWER talked with Jens Wolf, vice president and general manager of Europe at Enviva, a renewable energy company and the world’s largest producer of industrial wood pellets.
Wolf has more than 20 years of experience working across the value chain within the power, heat, and biomass industries, and has expertise in renewable energy, sustainability, and new market development. From his office in the UK, he works with customers, regulators, policy-makers and external stakeholders to grow his company’s market and customer footprint, and expand the use of its sustainable wood biomass product across Europe.
Wolf previously was the commercial director for Drax, where he was responsible for the development, logistics, trading, and sourcing of biomass on behalf of the company. Prior…
Inline Oil Condition Analysis on Power Generation Engines
The post Inline Oil Condition Analysis on Power Generation Engines appeared first on POWER Magazine.
Oil and lubricants play a critical role in the operation of natural gas and biogas power generation engines, for example, in combined cycle (CC) and combined heat and power (CHP) plants. The oil condition gives valuable insight in the running status of the engine and many critical failures can be flagged.
Benefits of Real-time Monitoring
Conventionally, plant engineers operating and maintaining high-value assets, such as gas engines for power generation, rely on taking oil samples periodically and sending them to a laboratory for analysis. That whole supply chain is very laborious, but more importantly, it introduces a large time lag in the reporting of the oil condition that is lubricating critical parts of the system.
With real-time monitoring (Figure 1) of the oil condition, engineers and operators can have more intimate knowledge of their high-value power generation engine. The cost of ownership vastly decreases by having faster reaction time to failures or trends, by having effective maintenance and service planning, and allowing the plant engineers to extend oil change intervals and minimize engine downtime.…