The Pantai 2 Sewage Treatment Plant (STP) is a green transformation project where Geotube® dewatering technology was used for the cleanout of its existing aeration lagoon prior to redevelopment of the treatment plant.
An interesting agriculture case study where two environmental systems were put in place. Discover how TenCate Geotube® dewatering technology and TenCate Geotube® Silt Curtain played a role in the recovery of consolidated rich POME sludge.
A gold mine located on a remote island of Indonesia required heavily silted settling ponds to be dredged. The sediment in the ponds contained valuable gold deposits worth recovering and re-processing. Read more about it.
The versatility of TenCate Geotube® dewatering technology in solving typical mine operational issues in a practical and economical way. Read more about it.
It is definitely possible to successfully install and operate large water management tubes over extremely soft substrates. Find out more in this case study.
In a remote territory of Kalimantan, where logistics are seemingly impossible, lies Asia's longest Geotube® dewatering unit - designed for a mine site which required high volumes of slurry to be dewatered.
Manila Bay’s environment has been deteriorating at an alarming rate with severe pollution. The first phase of the project is to clean and reduce the water pollutants of Manila Bay which involves massive dredging and sediment control.
The Clark International Airport serves as an alternative to the main airport in Metro Manila. A waterway revetment is required to serve as a catch basin for water run-off within the airport and erosion protection measures are required.
Processing and refining rare earth minerals results in a waste stream that is required to be managed and stored in an environmentally secure way. Read about how slurry from the refining process is dewatered.
The biggest Geotube® Dewatering project in Asia for the cleanout of coal mine settling ponds. See 7 stack layers of Geotube® dewatering tubes in action!
