“Existing technologies can reduce energy consumption by 31% without reducing economic output. Achieving this goal by 2030 could save the global economy up to $2 trillion a year.”
Those are the findings of a new report from the World Economic Forum's Energy Demand Transformation Initiative. The initiative in the 2024 Energy Demand White Paper is supported by more than 120 global CEOs who are members of the International Chamber of Commerce and whose companies collectively account for 3% of global energy use.
● The report highlights that practical actions companies can take to address energy demand can be driven by reducing energy intensity in buildings, industry and transport.
This includes：
❑ Energy saving measures
❑ Using artificial intelligence to optimize production line design
❑ Improving energy efficiency through retrofits, and value chain cooperation, such as recycling waste energy through industrial clusters.
As a leading enterprise in China's laundry equipment manufacturing industry, CLM will step into the global stage with an open mind and a firm pace. CLM has been implementing environmental protection and energy-saving policies, contributing its own strength to the transformation of energy demand in the linen-washing industry.
Energy saving measures for CLM laundry equipment
Though CLM washing equipment has been recognized in the industry for its high efficiency, low energy consumption, strong stability and good washing effect, CLM is still moving forward on the road of energy saving. The promotion and application of direct-fired tunnel washer systems and direct-fired chest ironing lines is the most powerful proof.
❑ CLM direct-fired tumble dryer, drying 120 kg towels only takes 18 minutes, gas consumption only needs 7m³
❑ The CLM gas-heated flexible chest ironer can iron 800 sheets in an hour, and the gas consumption is only 22m³.
AI optimization of CLM laundry equipment production line
The optimization of the production line of the CLM intelligent laundry equipment is concentrated on the hanging bag storage system for dirty and clean linen, as well as the hanging storage spreading feeder for the finished part.
● Different dirty linen is weighed after being sorted. The classified dirty linen is quickly loaded into the hanging bag by the conveyor.
❑The dirty linen that enters the first-stage hanging bag is programmed to enter the tunnel washer in batches.
❑The clean linen after washing, pressing and drying is transported to the last-stage hanging bag, which is transported to the designated ironing and folding position by the control program.
Hanging storage spreading feeder is specially designed for higher efficiency. Through the storage mode, the hanging storage spreading feeder can ensure that the linen continues to be sent. It will not cause waiting because of the operator's slack and fatigue, not only improving the ironing efficiency, but also reducing the loss of energy consumption of the equipment idling.
Optimization of CLM washing equipment improves energy efficiency
Here we present the key energy consumption data of the main components of the CLM tunnel washer system.
❑ The minimum water consumption for CLM tunnel washer is 5.5 kg per kg of linen. Its power consumption is less than 80KV per hour.
❑ The CLM heavy-duty water extraction press can reduce the moisture content of the towel to only 50% after dehydration
❑ CLM direct-fired tumble dryer can dry 120 kg towels in 17-22 minutes, and gas consumption is only about 7 cubic meters
❑ CLM steam-heated tumble dryer drying 120KG towel cake, drying time only takes 25 minutes, steam consumption only 100-140KG
●The entire CLM tunnel washer system is capable of handling 1.8 tons of linen per hour.
CLM is vigorously promoting the energy demand transformation of the laundry industry with its excellent concepts and innovative initiatives, and will also introduce the latest innovative results to the industry in the near future!
Post time: Oct-02-2024