Environmental Dredging
Water areas, reservoirs, and settling ponds can accumulate silt and sediment, often toxic. This reduces the original water holding capacity and may also cause environmental harm to the environment depending on the physico-chemical composition of sediments and contaminants.
Timely dredging and cleaning of reservoirs is essential in order to ensure the effective restoration of the ecological balance and condition of reservoirs.
Timely dredging and cleaning of reservoirs is essential in order to ensure the effective restoration of the ecological balance and condition of reservoirs.
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Amphibious dredgers
We use specialized amphibious Botsman® equipment to carry out dredging and restoration work on open flowing and standing water bodies.
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Application of current sludge treatment practices
The use of special sludge receptacles makes it possible to rationally use the existing landscape of the area and includes the use of:- Silt maps
- Geotubes
- Dehydration and drying systems
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Best methodologies
Our company works on the principle of an individual approach to each client using the most current practices and approaches.
This method allows us to achieve success at every stage of the project.
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Multifunctional capabilities
Our equipment allows us to perform a wide range of tasks, including:- Extraction of sludge and aqueous sediments
- Dredging of reservoirs and wetlands
- Collection of floating debris;
- Extraction of sapropel and peat;
- Removal of algae, vegetation, including root system
Decentralized water and wastewater treatment systems
Decentralized systems that can efficiently handle flow rates of up to 6 million liters per day as stand-alone solutions. When open water flows increase, distributed systems can successfully replace traditional water treatment plants at a fraction of the current cost and footprint.
ZERO LIQUID DISCHARGE
Zero Liquid Discharge (ZLD) is a water treatment approach in which all incoming water effluent is treated and returned to the process and the recovered solids are disposed of as solid waste.
Industrial wastewater treatment application
We offer solutions for the treatment of heavily contaminated industrial waste.
With a COD of more than 2000 mg/l (plating production, chemical production, resource extraction enterprises, etc.)
With a COD of more than 2000 mg/l (plating production, chemical production, resource extraction enterprises, etc.)
Agro-industrial wastewater treatment
Wastewater treatment solutions for the agricultural sector. Including livestock, poultry and fish farms, dairies, meat processing plants, slaughterhouses, etc.
Restoration of water bodies
Installation of systems on open flowing and closed reservoirs. Solving problems of siltation, overgrowth with invasive plants, littering and eutrophication
Solutions for the oil and gas industry
Scalable and modular solutions for the oil and gas industry to reduce emissions and adhere to ESG principles
Decentralized solutions for small towns and municipalities
Container solutions based on reagent and non-reagent technologies, including a tertiary treatment system, including UV, ozonation, electrolysis, etc.
Engineering surveys and site inspections
Conducting engineering and project surveys in terms of conducting topographic surveys of the area, determining the exact boundaries of the reservoir, conducting bathymetry and measuring depths.
The construction is carried out in digital vector format DTM, and/or DEM – digital terrain model, digital terrain model.
Based on the obtained models, a 3D model of the reservoir is made, according to the observations received and measurements taken.
As a result of the work, you receive materials that are easy to work with and understand about the environment around the reservoir, important for transporting equipment and carrying out work to replace silt deposits, as well as the area of the reservoir, the water edge on the date of measurement, the amount of silt deposits in m3, a cartogram with a breakdown into sectors and transverse profiles of a reservoir, both in an independent form and compiled into a technical report.
The construction is carried out in digital vector format DTM, and/or DEM – digital terrain model, digital terrain model.
Based on the obtained models, a 3D model of the reservoir is made, according to the observations received and measurements taken.
As a result of the work, you receive materials that are easy to work with and understand about the environment around the reservoir, important for transporting equipment and carrying out work to replace silt deposits, as well as the area of the reservoir, the water edge on the date of measurement, the amount of silt deposits in m3, a cartogram with a breakdown into sectors and transverse profiles of a reservoir, both in an independent form and compiled into a technical report.
Contacts
info@aquatechexcel.com
+7 (495) 507-49-45
+7 (495) 507-49-45
