NEWS

Today, with the rapid advancement of urbanization, there is a surge in tunnel excavation, subway construction, foundation pit excavation, river dredging, urban engineering, various sludges, and a vast amount of construction waste. Particularly, the mud cakes formed after dewatering treatment have high water content, are highly viscous, possess certain pollution characteristics, occupy a large area when piled up, and have high treatment costs. They are like a "burden on the city", causing endless headaches for countless project managers and engineering contractors.

The pain of traditional treatment:

Occupying land: There is no place to stack the construction waste, sludge and mud cakes, which takes up a large amount of land resources.

Environmental pollution: Wind and rain cause secondary pollution, which does not meet environmental protection requirements.

High cost: The cost of transportation outside is high, and it is difficult to find compliant disposal sites, and the price is constantly rising.

Backward technology: The traditional "smothering ash" and sun-drying method has a long cycle, unstable effect and is greatly affected by the weather.

How to turn this "burden" into an immediately usable "resource"? Green Energy Technology has given a disruptive answer.

The core advantages of our equipment lie in:

✓ Solving the stable solidification of blocky high-moisture and sticky materials, leading the industry!

✓ Making "smothering ash" simpler, more efficient and more environmentally friendly!

✓ Mechanical dewatering and de-viscousification - sandification treatment - particle size stability with 90% below 10mm - maturation - compaction solidification soil or fluid soil construction, all in one machine!

Waste soil and silt improvement equipment-The "Transformers" on the Construction Site

This integrated equipment developed by NONNON specifically for handling high-moisture and high-viscosity sludge is not merely a simple mixer, but an intelligent "sludge value reshaping assembly line". It can quickly transform the difficult high-moisture and high-viscosity sludge with a moisture content of up to 30% to 50% and in a plastic flow state on-site at the construction site into high-quality engineering fill materials with stable performance and ready for direct use.

Core Breakthrough: The Technological Leap from "Mud" to "Material"

1. Precise problem-solving and targeted treatment: Different sources of construction waste soil (such as construction waste soil, shield soil, and sludge cake) have different water content, impurity components, and treatment difficulties. Our equipment first breaks the original structure of the sludge cake through an integrated high-efficiency crushing and homogenization module, laying the foundation for subsequent uniform improvement.

2. Physical and chemical composite improvement: The equipment integrates an intelligent batching system that can precisely add geopolymer materials such as lime-based, gypsum-based, or solid waste-based, as well as special environmental-friendly curing agents. Through powerful mechanical shearing and stirring, the curing agent fully contacts and reacts with soil particles, fundamentally changing the engineering properties of the soil.

3. Performance transformation, data speaks: The treated construction waste soil will undergo a qualitative leap:

Water content: Reduced from 30-50% to the optimal 15-20%, immediately meeting the requirements for compaction construction.

Strength: Unconfined compressive strength within 7 days can reach 0.8-2.5 MPa, fully meeting the bearing capacity requirements for roadbeds and backfill.

Load-bearing ratio: California Bearing Ratio (CBR) increases from less than 2% to over 8%, meeting the specification standards for the lower roadbed of the roadbed.

Workability: Plasticity index significantly decreases, viscosity disappears, and it becomes easy to spread and compact.

Four major advantages, directly addressing customers' core concerns

High efficiency and time-saving: The processing capacity of a single set of equipment reaches 40-100 tons per hour, which can quickly handle on-site construction waste without delaying the project schedule, far exceeding the efficiency of traditional sun-drying methods.

Cost reduction: On-site resource utilization saves huge transportation and disposal costs, and also reduces the cost of purchasing soil, resulting in significant overall benefits.

Environmental compliance: The entire process is designed to be fully enclosed and dust-suppressed, with no secondary pollution. The produced materials are inert and stable, perfectly aligning with the requirements of green construction and the "zero-waste city" policy.

Wide application: The improved soil produced can be directly used in seven scenarios, including road engineering filling, site leveling and foundation backfilling, embankment and slope filling, and harmless treatment of contaminated soil.

Not just equipment, but a full-process solution

Choosing NONNON, you get more than just a set of high-performance equipment. We offer comprehensive support from the initial testing and analysis of construction waste samples, selection of the best curing agent formula, customized equipment configuration, to installation and commissioning, technical training, and construction guidance, ensuring your project progresses smoothly without any worries.

Turn challenges into opportunities, and transform cost centers into value sources. With advanced equipment and professional technology, Green Energy Technology helps you easily solve the problem of "construction waste besieging the city", truly achieving a win-win situation of economic and environmental benefits.