Textile Manufacturer Pincroft Invest €3.5m In New CHP Technology To Produce Nearly 70% Of Its Own Electricity
Image By Courtesy of Pinfold
March 2024 : (Adlington, United Kingdom): Leading European textile dyer, printer, and finisher, Pincroft, released the company’s latest energy saving figures after investing €3.5m in a new Combined Heat and Power (CHP) plant for its site, where the manufacturer is now able to produce its own electricity and recycle heat for use across its textile operations.
Pincroft is one of europe’s largest commission printers, dyers and textile finishers
Apart from ensuring greater cost-effectiveness throughout our operations, this system dramatically reduces carbon dioxide emissions as it allows us to recover energy from wastewater used during processing and from the hot exhaust air of the drying and finishing equipment.
What Is A CHP Unit And How Does It Work?
A CHP unit is essentially a system that generates electricity and useful heat simultaneously from the same energy source.
Usually, when electricity is produced, a great deal of heat is generated as a byproduct, which often goes to waste.
A CHP unit captures this byproduct heat during electricity generation so it can be used across the production process.
With this technology, Pincroft has been able to produce 67% of its own electricity while the heat recovered from the CHP plant has saved an amount of natural gas equivalent to 658 tonnes of CO2 emissions during its first operating year.
“CHP is a proven technology offering a viable alternative to traditional centralised power generation, delivering a considerable efficiency increase compared to separate energy systems”, says Pincroft’s Business Strategy Analyst, Louise Becart.
“As next steps, we are evaluating other sustainable technologies to combine with our CHP equipment, with the aim of reducing our reliance on natural resources and power consumption as much as possible, in line with our net zero goals”, Louise adds.
