Water Conservation Breakthrough: Maximizing the Value of Every Drop of Water
Addressing the water consumption pain points in the wet end of paper machines, we offer two mature technologies:
White Water Fiber Recovery System
Case Study from an Asian corrugated paper mill: By implementing multi-stage fiber recovery and intelligent concentration control, the white water recycling rate increased by 16%, with an annual fiber recovery value of $120,000.
High-Efficiency Online Cleaning Technology for Screens and Felts
Tested by a Middle Eastern client: Using high-precision cleaning arms with chain drives and high-pressure needle nozzles, water consumption in the screen section decreased by 65%, and the lifespan of screens and felts was extended by 1.5 times.
Electricity Savings: Reclaiming Profits from “Power Guzzlers
Combining Chinese experience in waste paper pulping with new power technologies to solve the dilemma of high electricity costs:
Efficient Waste Paper Pulping System
Comparison from a Vietnamese project: Power consumption per ton of pulp decreased from 95 kWh to 78 kWh, achieving an overall energy reduction of 18%.
Triple Innovations in Power Systems
Intelligent Variable Frequency Turbine Vacuum Fans (30% electricity savings, 5% reduction in steam loss)
Fluid-optimized mixers replacing traditional agitators (25% electricity savings)
Permanent Magnet Motor Drive Systems (suitable for key equipment such as pulpers, pressure screens, and agitators; Central Asian case study: annual electricity savings of $72,000).
Steam Optimization: Stopping the “Chronic Bleeding” of Steam Systems
South Asian packaging paper mill retrofit
From Concept to Production: A Complete Guide to Turnkey Paper Machinery Projects
Membrane Transfer Sizing Technology – A verified energy-saving solution in Chinese packaging paper mills
Supporting solutions
Rapid diagnosis technology for dryer condensate traps (Chinese patent)
Condensate heat recovery system (annual recovered thermal energy value of $110,000)
More Cases
View More Cases
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Turnkey Cultural Paper Project in Central Asia – T Paper, Uzbekistan
T Paper in Uzbekistan is a newly built large-scale modern papermaking enterprise dedicated to filling the local market gap for high-quality writing paper. The project planned to build a high-speed cultural paper production line with an annual output of 70,000 tons. The customer had limited experience in paper machine construction and placed extremely high demands on the project’s rapid delivery and long-term stable operation. At the same time, energy costs are relatively high in Central Asia, and energy conservation and consumption reduction are also key concerns for the customer.
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Annual Output
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70,000 tons
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Location
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Uzbekistan
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Energy-saving and Speed-up Upgrade of Packaging Paper Machine in Southeast Asia – H Paper, Vietnam
H Paper in Vietnam is an important packaging paper production enterprise in Southeast Asia, mainly producing high-strength kraft paper and corrugated base paper. The original paper machine was introduced in 2006. After years of operation, problems such as equipment aging, declining efficiency, high paper break rate, and high energy consumption have become increasingly prominent, making it difficult to meet the rapidly growing market demand and increasingly stringent environmental protection requirements. Customers urgently need to upgrade the existing paper machine to increase capacity, reduce consumption, and reduce emissions.
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Annual Output
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70,000 tons
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Location
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Vietnam
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Consistency and Flow Control Optimization – N Pulp Mill, Ethiopia
N Pulp Mill in Ethiopia is a large-scale bleached softwood pulp production enterprise. Fluctuations in pulp consistency led to unstable bleaching and inefficient chemical use. White water recovery rates were also suboptimal.
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Annual Output
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70,000 tons
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Location
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Ethiopia
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Choose Us for Three Core Values
Precision Targeted Upgrades

No need for complete machine replacement, focusing on optimizing critical equipment.
On-Site Support from Experienced Experts

20 years of engineering experience guiding implementation.
Cost-Controlled and Quick Results

90% of projects recover upgrade costs within 12 months.