Christoph Brugger
Sales ManagerChristoph Brugger is Sales Manager at PowerUP GmbH and a specialist in high-efficiency gas engine solutions.
With a strong technical background and years of experience in the energy sector, he supports customers worldwide with performance-driven solutions for gas engines—both biogas and natural gas-based.
Driven by a strong commitment to efficiency and customer satisfaction, Christoph plays a key role in expanding PowerUP’s presence across more than 40 countries. He also actively represents PowerUP at industry events and initiatives.
All articles from Christoph Brugger
What is the heating system of the future? Technologies in the efficiency check
What is the heating system of the future? Heat pump, Dual Fuel, or CHP? We analyze technologies for homes and industry based on efficiency and the Inflation Reduction Act.
Combined Heat and Power Plants & Cogeneration – our detailed guide
Learn everything about Combined Heat and Power (CHP) plants: From cogeneration function, costs & fuels to maintenance for INNIO Jenbacher & MWM gas engines. Maximize your efficiency now!
Is it worth it? An overview of the costs of a combined heat and power plant
Detailed breakdown of the costs of a combined heat and power plant: From acquisition and maintenance to the Investment Tax Credit (ITC). Learn how the Spark Spread turns CHP plant costs into profitable returns.
The combined heat and power plant in a single-family house — what you need to know
Is a CHP single-family house system worth it? Learn everything about costs, functions (Micro-CHP, Fuel Cell), and the Investment Tax Credit (ITC) for electricity-generating heating systems.
The Pros and Cons of Biogas in detail
A detailed, expert analysis of the pros and cons of biogas. We explore the advantages (renewable, waste management) and the significant cons (high investment, technical challenges) of biogas production.
How long can we continue to use natural gas? An Analysis of the Future
How long can we continue to use natural gas? An expert analysis of the future of gas in power generation, industry, and heating amidst the energy transition.
How is natural gas formed? A Journey through Millions of Years
How is natural gas formed? Explore the geological journey from organic matter and plankton to shale gas and conventional deposits. A guide to thermogenic vs. biogenic processes.
What is LNG?
What is LNG? A comprehensive guide to Liquefied Natural Gas, the liquefaction process, regasification terminals, and how U.S. LNG is reshaping global energy markets.
Taking a closer look: The pros and cons of natural gas
An expert analysis of the pros and cons of natural gas. We explore the advantages (cleaner burning, reliability) and disadvantages (methane leaks, fracking) for power generation.
What is the chemical formula of natural gas?
What is the chemical formula of natural gas? A detailed guide to methane (CH4), hydrocarbons like ethane and propane, impurities, and heating values.
Natural gas in detail—what’s really in it?
What is the chemical composition of natural gas? A detailed guide to methane, ethane, propane, NGLs, heating values (BTU), and impurities like hydrogen sulfide.
Natural Gas: A Comprehensive Guide to the Global Energy Source
What is natural gas? The ultimate guide to its formation, chemical formula, LNG, Henry Hub prices, and its future in power generation. Learn how variable gas quality impacts engines.
Is biogas truly eco-friendly?
Is biogas truly eco-friendly? This article provides a detailed evaluation of its environmental impact, from the benefits (methane prevention) to the risks (methane slip, land use).
How does a biogas plant function?
How does a biogas plant function? We explain the 4-phase biological process of anaerobic digestion, from hydrolysis and acidogenesis to methanogenesis, and detail how microorganisms create biogas.
What is the difference between natural gas and biogas?
What is the difference between biogas and natural gas? This article provides a detailed comparison of their origin, composition (methane vs CO2), calorific value, and environmental impact (fossil fuel vs renewable).
Why is biogas not yet widely utilized? Challenges and potentials
Why is biogas not yet widely utilized? This article explores the main challenges (high costs, technical risks) and the huge potentials (grid stability, waste valorization) of biogas.
The operation of a biogas plant
A practical guide to the daily operation of a biogas plant. We explore the key management tasks, from feedstock feeding and process monitoring to managing the CHP gas engine for optimal energy production.
The main components of biogas plants and their significance
A detailed breakdown of the main components of a biogas plant. We explore the function of the digester (fermenter), the substrate processing, gas treatment, and the CHP (cogeneration) unit.