The Valmet Energy webinar is meant for mills and plants that produce electricity, steam or district heat in a network and aim to reduce the dependency on natural gas or other fossil fuels.
How to reduce the use of natural gas and other fossil fuels?
The webinar gives an insight on short-term process updates to optimize the supply and demand of the energy network and potential modifications to improve the performance of the fluidized bed boiler to reduce the use of natural gas.
What you will learn:
- How the use of natural gas can be minimized in the energy network, including electricity, steam and district heating?
- How to reduce the overall demand?
- How the load flexibility of the fluidized bed boiler can be increased?
- How to move your production from fossil fuels to renewables?
- How to adapt your plant in a short time frame?
- Type
- Recorded webinar
- Duration
- 0:42
- Language
- English
Speakers
Tuomas Petänen
Head of Energy Segment, Industrial Internet, Valmet
Tuomas joined Valmet in 2005 and has worked in various roles in power boiler deliveries and services, business development and strategy. He is responsible for Industrial Internet offering for Energy customers focusing on both performance and reliability optimization solution.
He holds a MSc degree in Industrial Economics from Tampere University of Technology in Finland.
Margareta Lundberg
R&D Manager for Service of Recovery and Energy Service Technology, Valmet
Margareta has been working with boiler development for more than 35 years. Her main area of expertise was for many years emissions and ashes from fluidized bed combustion. Today she leads the R&D work for Service of Energy and Recovery Technologies. Margareta holds a MSc in Engineering physics and chemistry from Chalmers University of technology, Gothenburg.
Jyri Kaivosoja
Senior Application Specialist, Automation Systems, Valmet
Jyri has 14 years of history in developing energy system optimization solutions and advanced process controls for Valmet customers in energy production and energy intensive industries.
Jyri holds a MSc degree in Automation and Energy Engineering from Tampere University of Technology in Finland.