Ru Well Systems ®
scientific-innovation-IP-company

Energy Efficiency Pumping Systems:

INFLUENCE at ENERGY EFFICIENCY of THE WATER WELL of INDICATORS of TECHNICAL LEVEL of SUBMERSIBLE PUMP;
GOST 33969-2016 (ISO / ASME 14414: 2015) + No. 261-FZ of November 23, 2009 / The index of energy efficiency of a submersible downhole pump, taking into account the profile of the change in load
Indicators of high energy efficiency of centrifugal pumps operating with a variable load profile


The 2018 Finalists The Pump Industry Awards TECHNICAL INNOVATION OF THE YEAR – PROJECTS

Weighted average index of the dynamics of changes in energy consumption of the pump
(for the standard ISO / ASME 14414):




Audit borehole intakes of groundwater:

Evaluation of energy efficiency water lifting systems from wells;
The Length of the Well lifecycle - The length of the life cycle of water wells with submersible centrifugal pumps (Well LCL);
Pump Life Cycle Length - Length of Life of the Pump in a Water Well (Pump LCL);
Estimation of the technical level of a submersible pump when conducting inspection of energy efficiency of a well square on GOST 33969-2016 (ISO/ASME 14414);
Inspection of Water well with submersible centrifugal pump for Regulation of Energy Efficiency>


Improving the operation of well intakes of groundwater:

Key trends structural and technological improvement, the development of automation equipment, methods of regulating the performance of well water intakes;
CALCULATION OF ENERGY EFFICIENCY INDEXES IN THE DESIGN AND OPERATION OF GROUP WELLS OF GROUNDWATER;
ENERGY EFFICIENT CONSTRUCTIONS OF WELLS AND SUBMERSIBLE PUMPS IN THE PROJECT OF CONSTRUCTION (RECONSTRUCTION) OF WELLS OF GROUNDWATER
SELECTING A SUBMERSIBLE PUMP IN A PROJECT OF CONSTRUCTION (RECONSTRUCTION) OF A GROUNDWATER WELLS
METHOD OF CALCULATING THE LIFE CYCLE (LCC) OF THE SUBMERSIBLE PUMP AND THE GROUP WELLS OF GROUNDWATER
PECULIARITIES OF SELECTING PARAMETERS AND ECONOMIC INDICATORS IN CALCULATION OF THE LIFE CYCLE (LCC) OF A SUBMERSIBLE PUMP AND OF GROUP WELLS OF GROUNDWATER

Systems and equipment for Well:

1. PSWR-systems-The pumping system without the riser of pipes;

2. For wellhead sealing device;
3. Intensive energy and resource-saving technology of groundwater extraction;
4. Technology recovery capacity wells reagent;
5. Energy-saving and resource-saving technology of well operation;
6. Way to install a submersible electric pump in Well;
7. Measurement and information system for the rapid diagnosis of Wells.

Nanoremediation
The use of nanoparticles (nZVI) for environmental restoration, cleaning of underground water "in situ"
Hydraulic fracturing. Equipment for the intensification of hydraulic fracturing.

Nanoremediation

The use of nanoparticles (nZVI) for environmental restoration, cleaning of underground water "in situ".

Научные конференции2003-2017


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Ru Well Systems®