Product Details/ PRODUCT DETAILS
Negative pressure closed greenhouse for soil remediation It is specially used to receive contaminated soil from multiple contaminated plots for centralized management and disposal. The effective implementation of this centralized remediation model has saved remediation costs, improved remediation efficiency, reduced the risk of secondary pollution, and further promoted the sustainable development of ecological remediation.
Negative pressure closed greenhouse for soil remediation Of characteristic:
1. Good economy: it can be disassembled and reused for many times, and can be disassembled and assembled at least ten times. Negative pressure closed greenhouse for soil remediation The membrane material and steel part of can be reused. The disassembly and assembly is convenient and fast, and the disassembly and assembly time is five to seven days.
2. Good sealing performance: supported by steel framework and covered by soft membrane material, it can realize the complete connection between membrane material and steel structure, and can also fully seal odor, dust, etc. to avoid secondary pollution.
3. Good light transmittance: special environmental protection film cloth is used, and the light transmittance is within 7% - 20%, which ensures sufficient light for construction machinery.
4. High space and large span: the workshop is 5m to 8m high, and the span is 15m to 40m. The structural framework is made of aluminum profiles or steel materials, and the enclosure material is environmental protection special membrane cloth. Negative pressure closed greenhouse for soil remediation Like the inflatable membrane repair shed, it can achieve large span and meet the requirements of large mechanical equipment entry and exit operations.
5. Free modeling: Negative pressure closed greenhouse for soil remediation The modeling can be designed according to the actual situation on site without any limitation.
Negative pressure closed greenhouse for soil remediation What can be achieved:
1. Change the original unorganized emission of pollutants generated in large open operation areas such as contaminated soil treatment area into organized emission, and the gas emission shall meet the national emission standards;
2. Reduce groundwater pollution caused by precipitation infiltration in contaminated soil treatment area;
3. Reduce dust flying and bacteria emission in contaminated soil treatment area;
4. Improve the visual effect of contaminated soil treatment area.
In addition to the above advantages, large span Negative pressure closed greenhouse for soil remediation There are also advantages such as low comprehensive cost, energy saving, fast construction speed and good light transmission performance.
