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Gas engines – a comprehensive insight
Explore our comprehensive insight into gas engines. Discover how they work, their crucial role in power generation and CHP, and their advantages over diesel engines for efficient, sustainable energy solutions.
By-products of biogas plants and their applications
A guide to the valuable by-products of biogas plants. Learn how digestate acts as a high-quality fertilizer and how recovered heat and CO2 create a truly circular economy.
The history and development of biogas plants
Explore the fascinating history of biogas plants. This guide traces the evolution of biogas technology from its scientific discovery in the 18th century to the modern, high-efficiency CHP plants of today.
What is IPP Energy?
What is IPP energy? We define the product from Independent Power Producers (IPPs), from renewable energy and natural gas to the Power Purchase Agreements (PPAs) that ensure profitability in the electricity market.
The World’s Leading Independent Power Producers – A Closer Look
Explore the world's leading Independent Power Producers (IPPs). We analyze the global market leaders like NextEra Energy, Constellation Energy, and Vistra Corp, and their role in the energy transition with renewable power and natural gas.
The 5 Best Sources for Biogas – Transforming Waste into Power
What if your biggest disposal problem was actually your greatest energy asset? From farm manure to industrial by-products, organic waste is fueling the future. Discover the 5 best sources for biogas, understand the science of anaerobic digestion, and learn how to optimize your engine—suitable for Jenbacher®, MWM®, and others—for maximum output.
Does Biogas Have a Future? Growth, challenges, and outlook
Solar and wind are booming, but what about the veteran of renewables? We analyze the future of biogas in a decarbonized world. Discover why biomethane, circular economy models, and engine optimization will keep this industry relevant and profitable for decades to come.
What is biomass? A guide to sustainable energy production
Organic waste is not just refuse. It is a hidden power source. In this article, we explore how biomass transforms agricultural residues and industrial by-products into reliable energy. Discover the benefits of this renewable all-rounder and how PowerUP solutions, suitable for Jenbacher®, MWM®, and other manufacturers, help you optimize efficiency in decentralized energy systems.
Anaerobic digestion explained—Process, Benefits, and Uses
Imagine turning your biggest disposal headache into your most valuable asset. Anaerobic digestion makes this possible. In this article, we explain how this biological process transforms organic waste into renewable energy. Discover how you can close resource loops and why optimized engines, suitable for Jenbacher®, MWM®, and other manufacturers, are the heart of this sustainable ecosystem.
How is biogas produced?
Biogas is a way to extract valuable energy from materials we usually throw away. Whether it is manure from farms or food scraps from kitchens, organic waste can become a useful energy source when processed correctly. In this article, we explain how biogas is formed, what conditions it requires, and how it fits into a more efficient and sustainable energy system.
Biogas—What is it?
Biogas has gained a reputation as a flexible and renewable fuel source compared to more traditional fuel types. It is used in agriculture, industry, and waste management. In this article, we explain exactly what biogas is, how it is produced from organic waste, and why engines are crucial for converting this gas into reliable profit.
Our Guide to Compressed Natural Gas (CNG)
In the race for cleaner energy, operators need solutions that work today. Compressed natural gas offers a proven path to lower emissions and reduced fuel costs. This guide explains what CNG is and how it fits into the modern energy mix.
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