Services – KTP

Electrical Resistivity Method

During resistivity survey a direct current is introduced into the ground through two current electrodes A and B inserted in the ground surface. The potential electrodes M and N are inserted in the ground between the outer current electrodes A and B where the potential difference is measured across these two potential electrodes. By measuring the current (I) between the two current electrodes A and B and the N, resistivity of the corresponding subsurface medium enclosed between the current electrodes is obtained.
Normally, the medium is inhomogeneous or anisotropic therefore, the resistivity is known as apparent resistivity and is computed by the following formula

Tube Well Drilling

Drilling water wells to provide water supplies is one of KTP Specialism. KTP has the expertise and technical capability to drill water wells to depths of up to 1000 feet and can complete the well in diameters ranging from 8 inches to 24 inches. Our client list is large and varied, with Geo-Studies providing water wells for industries, farm wells, irrigation purposes, and a huge range of commercial water-supply. n order to achieve a quality water supply well, sometimes it is necessary to perform a test hole to verify the integrity of the geological formation, water quality and quantity. A test hole once performed can supply us with the engineering data needed for the design and construction of a water supply well. Test hole drilling can be used for all aspects of verifying.

Test Drilling

KTP started the business with an aim to provide best quality service with economical prices. Quality remains our manifesto and price a challenge to provide service the best out of best. Every day Diesel and other raw materials price hike which never becomes a stumbling block in our way to compromise over quality. A team of young and energetic labors and drillers work hard to provide the services which should be more resistant and accordingly.

Rotary Drill System

The above technique involves the entering of the drilling fluid, (generally high optimum gel) through the drilling rods to the cutting spots and the cutting is lifted along with the high optimum gels rising from the cutting depth to the ground surface. This drilling may be core / non-core types depending upon the requirement. This method has been developed to increase the drilling speed and to drill boreholes to up to 600m depths and also provides accurate sampling procedures to evaluate proper geological and subsurface structural sequences.

Ground Water Exploration and Survey

The goal of geophysical surveys for ground water exploration is not just to find water, but to identify drilling locations with the most potential for optimal production rates. KTP Services includes this Exploration with vast Experience. Once the depth to water table is known, drilling to that depth from almost any location in the target area will encounter some amount of water. The significant challenge is finding the quality and quantity necessary for development while making the best use of investment and drilling dollars.

Housing and economic development is constrained by available water in many locations worldwide. Water wells are increasingly deeper, making drilling an expensive endeavor and foolhardy without adequate geophysical data. Hence for groundwater exploration a judicious application or integration of techniques is most essential to become successful in exploration, technologically as well as economically. It is to be clearly conceptualized that groundwater cannot be detected directly by any one of the geophysical methods and therefore the interpretation is contextual and a broad understanding of the subsurface hydro geological condition is prerequisite. The systematic geophysical surveys for groundwater exploration have been done at P&G Port QasimPlant , Creek Developers Pvt Ltd (Arkadians) and many other places.

Well Logging

The term applied to a variety of techniques of measurement of physical properties (by lowering suitable instruments) in a borehole to provide information about the geological strata traversed, or the directional attitude of the borehole itself. Logs may be run to give continuous and detailed information through-out the full depth of a borehole, or they may be restricted to selected zones of particular interest for potential production of oil, gas, or water. In zones of poor core recovery, well-logging has great advantages in providing information of use in solving problems of correlation between adjacent wells, because of the completeness of the well log record. Techniques employed include:

SPONTANEOUS LOG our SELF-POTENTIAL (S.P.) Log. The measurement of variations in potential due to the natural currents which flow in the circuit formed by less permeable strata such as shale, the drilling fluid in the borehole, and more permeable strata such as sandstone. RESISTIVITY LOG. The measurement of the resistivity of strata by means of electric currents applied via a multi-electrode sende. The correlated interpretation of S.P. and resistivity logs can provide information about the porosity and permeability of strata, and about the nature of the pore fluid. GAMMA RAY LOG. The measurement of the natural gamma ray activity of the strata by means of a Geiger counter or, preferably, a scintillometer. NEUTRON LOG. The measurement of induced gamma ray activity due to the capture of neutrons emitted from a suitable source. Gamma ray and neutron logs provide information about the nature of the strata penetrated and give a measure of the hydrogen-bearing fluid content. TEMPERATURE LOG. The variation of temperature in a bore-hole due to differential rates of heat exchange between drilling fluid and formations can yield information about the nature of the strata. A temperature log can also locate the source of gas flow, zones of lost circulation of drilling fluid, and the position of cement set between casing

Process Design Engineering

We provide the fundamentals for the selection and design of the most appropriate processes for desired physical and/or chemical transformation of materials, cost-effective and sustainable waste water or sanitation treatment system. It also provides the basics on technology selection and costing and engineering economics for the analysis, evaluation and comparison of different treatment alternatives. KTP offers design new facilities or modification or expansion of existing facilities. The design starts at a conceptual level and ultimately ends in the form of fabrication and construction plans. Process design is distinct from equipment design, which is closer in spirit to the design of unit operations. Processes often include many unit operations.

Water Management

KTP offers Water management i.e. the management of water resources under set policies and regulations. Water, once an abundant natural resource, is becoming a more valuable commodity due to droughts and overuse.

We provide an approach , addressing water challenges requires, that water managers apply an integrated and interdisciplinary approach, involving hydrological, biophysical, chemical, economic, institutional, legal, policymaking and planning aspects.

Laboratory Analysis

KTP also offers services in the field of water sampling analysis, reflecting the needs of the modern world. Applying an interdisciplinary team approach, KTP has gained expertise in the chemical, physical, biological and engineering aspects of water sampling .

Within the framework of water sampling , KTP can provide analytical testing facilities for most processes, ensuring that they meet the requirements of ecological authorities and international and local government regulations. The laboratory is equipped with specific analytical equipment to determine COD, BOD and TOC with emphasis on industrial wastewater and brines, as well as the determination of dissolved and suspended solids and volatile matter.

Total Dissolved Solids (TDS)
Surveys of industrial wastes
Evaluation of recycling and neutralization possibilities
Biological, chemical and physical treatments of water and wastewater
Performance of flocculation, coagulation, settling and flotation tests
Tube-Wells rehabilitation
Residue and sediment analysis
Pollutant analysis
Water, wastewater, sea water and effluent analysis

Topographical Survey

KTP performing as an GIS consultants, working to update in various field such as survey, planning, design, stakeout, data base, GIS, geology, mine etc. It is our mission to provide accurate, accessible, and comprehensive data and services to support the needs of our citizens, private businesses and government sectors. CDC provides mapping and printing services and GIS data.

Total Dissolved Solids (TDS)
Surveys of industrial wastes
Evaluation of recycling and neutralization possibilities
Biological, chemical and physical treatments of water and wastewater
Performance of flocculation, coagulation, settling and flotation tests
Tube-Wells rehabilitation
Residue and sediment analysis
Pollutant analysis
Water, wastewater, sea water and effluent analysis

Operation & Maintenance of Tube-Wells & Plants (O&M)

We offers Operation & maintenance for the evaluation of management, operations and maintenance programs, customer service calls, the status of system rehabilitation and the overall performance of the system. The goal of an effective wastewater collection system information management system should be to continually improve the performance of the operations and maintenance and reduce the number of required system, customer complaints, and service interruptions

Pilling Work

CDC offers you the Construction of pilling & Installation of Osterberg cell (‘O’ cell) On shore & off shore pilling. Pilling for bridges, buildings, railway tracks & jetties etc. Diameters of bored piles range from 0.6 meter to 2.0 m meters, We are able to construct pile with percussion, reverse rotary & straight rotary.he borehole wall. PHOTOELECTRIC LOG. Changes in the opacity of drilling fluid, determined by photo-electric means, can locate the source of influx of formation water into a borehole.

After Sales Service

We provide round the clock after sales services. We are aware that effective marketing and quality services are insufficient to win the client, and therefore take it as our liability to take the responsibility of the equipment we manufacture over their entire lifetime. Our department of after-sale services is established with the aim of reaching the customer in the shortest possible time and identifying the requirements on site.