DIP ENGINEERING & CONSULTANCY SERVICES
Drilling Fluids Engineering & Services
Completion & Packer Fluids Design
Drill-in-Fluids & Reservoir Fluids
Well Clean Up Services
Engineering & Performance Monitoring
Research & Development
Environment Solutions
Supply Chain Management
Training & Consultancy
We design and customize drilling fluids to align with the specific well design and drilling program, with the primary goal of enhancing drilling efficiency. This process begins with the preparation of a comprehensive operational drilling fluids program, detailing procedures for both standard operations and contingency scenarios. For particularly challenging applications—such as highly reactive shales/clays, depleted zones, and HPHT (High-Pressure/High-Temperature) wells—we offer our advanced Hi-Tech Drilling Fluids. Our systems are fully customizable to client requirements, including Oil-Based Mud (OBM), Water-Based Mud (WBM), and Synthetic-Based Mud (SBM). Ultimately, we provide a wide range of drilling fluids engineering solutions to meet all our clients’ engineering and operational needs throughout their drilling activities.
Completion & Packer Fluids Design
The design of completion and packer fluids has a direct impact on long-term well integrity and productivity. Effective fluids minimize the need for workover operations, reduce corrosion rates, and prevent damage to downhole tools. Furthermore, we conduct comprehensive compatibility analyses to ensure these fluids interact favorably with formation and water properties, thereby minimizing formation damage from fluid invasion.
Drill-in-Fluids & Reservoir Fluids
Drilling the reservoir section is the most critical and sensitive phase of well construction. We take a proactive approach to minimize the negative impacts of drilling fluids, such as formation damage, thereby enhancing well productivity. Our Reservoir Drill-in-Fluids (RDF) service is a specialized offering designed exclusively for this phase. We design compatible drill-in fluids based on unique reservoir characteristics to optimize production enhancement. Since every reservoir is unique, achieving optimized performance requires a tailored solution. We meticulously select a fluid system that matches the specific reservoir to prevent formation damage, minimize skin factor, and maximize well productivity.
Well Clean Up
Well productivity is directly impacted by formation damage caused by drilling fluids. Our Well Clean-Up services are designed to diagnose the type of formation damage and effectively remove it to maximize reservoir recovery. We provide comprehensive solutions, including well clean-up practices, advanced systems, and specialty chemicals. By proactively removing drilling damage before production begins, we maximize initial well performance, accelerate cash flow, and enhance profitability. Our services are particularly critical for optimizing horizontal open-hole completions, where they help retain and improve permeability. They also enable production increases in mature wells without the expense of rig intervention. Ultimately, our Well Clean-Up services ensure the cleanest possible wellbores, maximizing production and delivering significant financial returns.
Engineering Performance Monitoring & Optimization
Our performance monitoring service is a key engineering offering designed to optimize and improve drilling operation efficiency. We utilize international benchmarks, KPIs, and drilling fluid parameters to identify impediments and provide optimal solutions for performance enhancement. Our process involves tracking and analyzing all relevant drilling and fluid data to benchmark and compare performance in real-time and post-well.
It is not limited to the following Parameters:
Wellbore Geometry
Bit and BHA Information
Hydraulics and Hole Cleaning Efficiency
Drilling Fluids Properties
Real-Time Drilling Parameters
Research & Development
We strongly believe that research and development is a key driver of continuous improvement. It has been the main force behind developing our integrated value chain, which delivers a wide range of Hi-Tech Specialty Chemicals, Fluid Systems, and Waste Management Solutions—all designed to address our clients’ specific operational challenges. To further extend the depth of our R&D capabilities, we have established strategic alliances with several leading academic research institutions.
Environmental Solutions
Solids Control & Waste Management Solids buildup is a primary concern that adversely affects drilling parameters and overall performance. Effective control is essential for clients to achieve optimal results from their drilling fluid systems, including stable rheological properties and overall system stability. To address this, DIP offers comprehensive waste management services designed to minimize the generation of waste and the volume of contaminated discharged cuttings. Our goal is to protect the environment and ensure full compliance with DOE (Department of Environment) regulations. We provide cost-effective, optimized solutions that employ environmentally acceptable procedures. These solutions aim for zero-discharge plans and improve fluid recovery, which in turn reduces operational costs and enables recycling. Our process includes rigorous analysis of waste streams for parameters such as chloride, nitrate, phosphate, BOD (Biological Oxygen Demand), COD (Chemical Oxygen Demand), and oil content. Additional analyses are conducted regularly to monitor the treatment process from the point of waste generation. Our waste management personnel are fully trained, experienced, and highly competent. They are dedicated to providing reliable, well-supported services while minimizing environmental liability.
Waste Management Services
DIP offers a comprehensive range of waste management services designed to minimize waste generation and the volume of contaminated discharged cuttings during drilling operations. Our solutions ensure environmental protection and full compliance with DOE legislation. We provide cost-effective, optimized solutions through environmentally sound procedures to achieve zero-discharge targets and enhance fluid recovery. This approach significantly reduces operational costs and facilitates recycling. Our process includes rigorous waste analysis for key parameters such as chloride, nitrate, phosphate, BOD, COD, and oil content. Additional monitoring is conducted regularly throughout the waste generation process to ensure treatment efficacy.
Environmental Impact & Waste Management Services Identification & Planning
Environmental Impact Assessment (EIA)
Checklist & Questionnaire Services
Consultancy and Strategic Planning
Waste & Water Treatment Solution Optimization
Cutting Treatment Methodologies
Design & Simulation
Waste Treatment Process Design
Equipment Selection and Sizing
Zero-Discharge Process Design
Waste Pit Design
Treatment Chemical Selection
Process Simulation & Pilot Testing
Implementation & Commissioning
Supply of Treatment Equipment
Custom-Made Equipment
Dewatering Equipment
Cutting Treatment Systems
Biological Treatment Solutions
High-Performance Oil Recovery via 3-Phase Separation
System Commissioning and Start-Up
Monitoring & Analysis
Waste Stream Analysis
Dewatering Performance Monitoring
Waste Fixation & Stabilization
Biological Parameter Tracking
Oil Separation & Recovery Efficiency
Comprehensive Laboratory Analysis
Improvement & Training
Continuous Process Design Improvement
Cost Optimization Strategies
Client Training Programs
Documentation of Lessons Learned
Training & Consultancy
We offer a wide range of training courses to clients from various industrial backgrounds. Our standard programs can be customized to meet specific client requirements. Where necessary, and subject to facility and equipment availability, we can also conduct training on client premises to best suit their operational needs. Our current training portfolio covers well engineering, drilling fluids, and HPHT operations and design, available at both basic and advanced levels.