Beverage production

SolarSteam technology represents a clean and renewable energy source that can reduce the carbon footprint of the beverage industry, offering notable advantages to businesses looking to meet sustainability goals or comply with regulatory requirements.

benefits

1

sustainability

The beverage industry, like many others, faces energy consumption and greenhouse gas emissions challenges. Embracing SolarSteam technology offers a proactive path towards reducing their carbon footprint and actively participating in a more sustainable future.

2

cost saving

SolarSteam's versatile technology presents a valuable opportunity to cut down energy expenses. Harnessing the sun's energy enables a significant reduction in reliance on traditional, often expensive energy sources like natural gas.

3

marketing benefits

Consumers are increasingly demanding environmentally sustainable products, and those in the beverage industry can showcase their implementation of SolarSteam technology as a demonstration of their commitment for their sustainability targets for eco-friendly customers

We Are Committed to helping our partners overcome any challenge and attain spectacular results.

this is how solar steam connects to your system

Creating beverages requires a significant amount of heat for various stages of the process, such as mashing, boiling, and fermentation. Solar thermal energy can be used to provide this process heat, introducing a more sustainable and cost-effective option compared to traditional heating methods.

preheating water

50-80°C

SolarSteam technology can be implemented to preheat the water used in the beverage process. This reduces the amount of energy required for heating water and thus reduce energy costs.

pasteurization

60-80°C

SolarSteam technology can be used to pasteurize beverages, which is a crucial step in the brewing process. This can reduce the amount of energy required to pasteurize the beverage and thus reduce energy costs.

sterilization

110-140°C

Solar thermal systems can provide the high temperatures needed to sterilize bottles, cans, and packaging materials before filling, ensuring product safety.

mashing

60-75°C

SolarSteam can be harnessed and utilized in the mashing process of the beverage industry. Solar collectors capture the sun's energy and convert it into heat, which can be used to preheat the water required for mashing.

cip cleaning

80-95°C

Embrace the versatility of concentrated solar thermal technology for sterilization, CIP (Clean-in-Place) procedures, equipment cleaning, and more. Solar collectors offer eco-friendly solutions, reducing energy costs and environmental impact across various industrial processes

bottle washing

60-80°C

SolarSteam technology can be involved in bottle washing processes in the beverage industry by providing heat for the washing operation. SolarSteam systems capture sunlight and convert it into thermal energy, which can be used to heat water or a cleaning solution. The heated fluid can then be used to clean and sterilize bottles.

preheating water

50-80°C

SolarSteam technology can be implemented to preheat the water used in the beverage process. This reduces the amount of energy required for heating water and thus reduce energy costs.

pasteurization

60-80°C

sterilization

110-140°C

Solar thermal systems can provide the high temperatures needed to sterilize bottles, cans, and packaging materials before filling, ensuring product safety.

mashing

60-75°C

cip cleaning

80-95°C

bottle washing

60-80°C

ready to reach new heights? Let's get there, together.

At SolarSteam, our commitment extends to serving all customers seeking solar thermal energy solutions. If you believe we can be of assistance to you, we invite you to reach out and connect with us. Your unique requirements are important to us, and we’re eager to explore how we can meet your thermal energy needs.

Beverage production

benefits

1

sustainability

2

cost saving

3

marketing benefits

this is how solar steam connects to your system

Creating beverages requires a significant amount of heat for various stages of the process, such as mashing, boiling, and fermentation. Solar thermal energy can be used to provide this process heat, introducing a more sustainable and cost-effective option compared to traditional heating methods.

preheating water

pasteurization

sterilization

mashing

cip cleaning

bottle washing

preheating water

pasteurization

sterilization

mashing

cip cleaning

bottle washing

ready to reach new heights? Let's get there, together.

Get Updates And Stay Connected Subscribe To Our Newsletter

Get Updates And Stay Connected -Subscribe To Our Newsletter

Stay in the know