textile production

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

benefits

1

scalability

SolarSteam systems can be scaled to meet the needs of different-sized textile mills, making it a versatile and customizable energy solution. This adaptability ensures that both small and large facilities can benefit from reduced energy costs and enhanced sustainability practices.

2

Corporate Sustainability

Incorporating solar thermal technology aligns with the growing focus on corporate sustainability. It allows textile companies to demonstrate their commitment to responsible environmental practices, attracting environmentally conscious customers and investors.

3

cost saving

SolarSteam can reduce energy costs. By harnessing the sun's energy, pulp and textile mills can reduce their dependence on traditional sources of energy such as natural gas which can be costly.

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

this is how solar steam connects to your system

The use of SolarSteam technology in the textile production industry can help reduce energy costs, improve energy efficiency, and reduce greenhouse gas emissions. It can also provide textile production facilities with a reliable and independent source of energy, reducing their reliance on external energy sources and improving business resilience.

hot water for washing and dyeing

60-105°C
Solar energy can be used to heat water for washing fabrics and dyeing processes, reducing the energy consumption associated with these stages.

heat for drying

60-150°C
Solar thermal systems can aid in drying textiles, improving the energy efficiency of the drying process.

boiler feed water preheating

100-150°C
Solar collectors can preheat boiler feedwater, improving the efficiency of steam generation and reducing energy costs.

effluent treatment

120°C
Solar thermal energy can be used to heat wastewater for treatment, helping to meet environmental regulations while reducing energy costs.

space heating

55-65°C
In textile facilities, solar thermal systems can provide space heating in colder seasons, enhancing the working environment. 

cooling

60-80°C
Solar thermal-driven absorption chillers can provide cooling for textile storage areas or processes, maintaining product quality. 

hot water for washing and dyeing

60-105°C
Solar energy can be used to heat water for washing fabrics and dyeing processes, reducing the energy consumption associated with these stages.

heat for drying

60-150°C
Solar thermal systems can aid in drying textiles, improving the energy efficiency of the drying process.

boiler feed water preheating

100-150°C
Solar collectors can preheat boiler feedwater, improving the efficiency of steam generation and reducing energy costs.

effluent treatment

120°C
Solar thermal energy can be used to heat wastewater for treatment, helping to meet environmental regulations while reducing energy costs.

space heating

55-65°C
In textile facilities, solar thermal systems can provide space heating in colder seasons, enhancing the working environment. 

cooling

60-80°C
Solar thermal-driven absorption chillers can provide cooling for textile storage areas or processes, maintaining product quality. 

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.

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