At SixD Engineering, we believe that sustainable progress is built through meaningful actions. In celebration of World Environment Day, our team proudly participated in a tree plantation initiative at NINL, Kalinganagar, reaffirming our commitment to environmental responsibility and a greener future.

As part of a critical line optimization and maintenance initiative, SixD Engineering successfully completed a comprehensive dimensional inspection and alignment assessment at JSL Kalinganagar – Combo Line.

As part of the turbine overhauling activity at JWS Ratnagiri – Unit 1 (300 MW), SixD Engineering carried out a detailed catenary inspection to assess the alignment condition of the turbine-generator shaft line. This critical inspection was conducted on 03 April 2026 to validate the actual shaft profile against the designed catenary curve and ensure proper load distribution across all bearing locations, supporting reliable and efficient unit operation.

Offshore assets often undergo numerous modifications throughout their operational life, making accurate documentation critical for safe operations, maintenance, and long-term planning. However, many legacy platforms operate without updated drawings or reliable 3D models, creating operational risks and engineering challenges.

Offshore assets often undergo decades of modifications, making accurate documentation essential for safe operations, maintenance, and future decommissioning. In many cases, however, legacy platforms operate without updated engineering drawings or digital models.

Learn what 3D laser scanning is and how it works. Discover how industrial 3D scanning services help capture precise measurements, create accurate 3D models, and improve engineering, inspection, and reverse engineering projects.

SixD Engineering continues to demonstrate unwavering commitment at ISP by executing critical re-engineering and erection activities for the Dedusting Bag Filter system (Kiln #2, #3 & #4) under an accelerated timeline. With site work initiated on 22 February 2026 and deliverables scheduled for 24 February 2026, our team extended services—including Sunday engagement—to meet urgent client requirements. Through precision engineering, value optimization, and dedicated on-site leadership, this project reflects SixD’s strong ownership mindset and commitment to timely, high-quality delivery.

In power generation facilities, rotating equipment such as generator rotors are mission-critical assets. Any dimensional deviation or lack of documentation can significantly impact performance, reliability, and maintenance planning. Our team recently completed the reverse engineering of a generator rotor at a thermal power plant, enabling the client to restore engineering control over a vital component without reliance on original OEM documentation.

As-built modeling using point cloud data enables engineers to capture real site conditions and convert them into accurate 3D models. This approach supports brownfield and live projects by reducing assumptions, minimizing rework, and enabling confident, clash-free engineering decisions.

Brownfield engineering demands accurate visibility into existing site conditions. By integrating point cloud data with tools like P3D and AVEVA E3D, engineers can model confidently within congested environments, reduce clashes, and deliver reliable isometrics with minimal rework.

Revit plays a critical role in both greenfield and brownfield engineering projects by enabling coordinated BIM workflows, accurate modeling, and reliable decision-making. From new facility design to existing asset upgrades, Revit helps connect engineering intent with real-world conditions.

SixD Engineering Solutions Pvt. Ltd. showcased its expertise in digital as-built engineering, 3D laser scanning, and intelligent asset modeling at India Energy Week (IEW) 2026—engaging with global energy leaders on building safer, smarter, and future-ready Oil & Gas assets.

SixD Engineering has achieved another international milestone, completing high-accuracy dimension control for a billet caster installation at GMTC Taiwan in partnership with CONCAST. Through advanced 3D measurement and alignment, the team delivered results in record time—far exceeding customer expectations and reinforcing SixD’s position as a global leader in precision engineering.

In any pump system, fluid enters through the suction pipe and exits through the discharge pipe. Although both are connected to the same pump, their design principles differ significantly due to pressure conditions, flow behavior, and operational requirements. Treating them as interchangeable can lead to performance issues and premature equipment failure.

Isometric drawings play a critical role in piping and mechanical engineering by presenting complex piping systems in a clear, three-dimensional format. They serve as a bridge between design intent and site execution, enabling accurate fabrication, installation, and inspection.

Flanges are essential components in industrial piping systems, allowing pipes, valves, pumps, and equipment to connect securely while remaining serviceable for inspection, maintenance, or replacement. Selecting the right flange type improves safety, reduces leakage risk, and ensures long-term reliability across oil & gas, petrochemical, power, and process industries.

Isometric Drawings and General Arrangement (GA) Drawings are two essential yet distinct forms of documentation in piping engineering. While both describe piping systems, they serve different purposes across design, coordination, and construction stages. Understanding their roles helps ensure accurate execution and seamless interdisciplinary collaboration.

Pipe racks form the backbone of industrial piping networks, supporting process lines, utilities, instrumentation, and electrical systems across plants. Effective pipe rack design requires close coordination between piping, civil, and structural disciplines to ensure safety, accessibility, and long-term operational efficiency.

Pipe racks form the backbone of industrial piping networks, supporting process lines, utilities, instrumentation, and electrical systems across plants. Effective pipe rack design requires close coordination between piping, civil, and structural disciplines to ensure safety, accessibility, and long-term operational efficiency.

Process Flow Diagrams (PFDs) and Piping & Instrumentation Diagrams (P&IDs) are fundamental documents in industrial engineering. While both describe process systems, they serve very different purposes and levels of detail. Understanding how they differ—and how to read them—is essential for effective design, construction, and plant operation.

Large industrial scanning projects demand disciplined planning, structured execution, and absolute control over data accuracy. SixD successfully delivered one of its most extensive reality-capture assignments to date—demonstrating the capability to manage thousands of scan setups across a vast industrial site within a tightly controlled timeline.

SixD recently completed laser scanning and 3D modeling for multiple offshore platforms, delivering accurate digital documentation and advanced asset-integrity insights. By combining reality capture with AI-driven analysis, the project enabled proactive maintenance planning and improved operational reliability for aging offshore infrastructure.

SixD Engineering is advancing the installation success of Caster 2 at JSPL Angul through high-accuracy survey, benchmark transfer, and alignment of critical components. Building on the strong performance and recognition earned during Caster 1, SixD’s team continues to support JSPL with dependable dimensional engineering expertise.

Following the strong success of Caster 1 at JSPL Angul, SixD Engineering has now begun supporting the installation activities for Caster 2. With detailed referencing, alignment verification, and segment preparation, SixD is laying the foundation for a seamless execution of this major expansion project.

SixD Engineering recently completed a critical realignment assignment at HSM#2, JSW Bellary, addressing major deviations in the motor bottom and other key components of the Roughing Mill. Through structured dimensional control and continuous on-ground support, the team enabled flawless installation and restored optimal operating conditions for newly installed machinery.

SixD continues to lead the way in 3D laser scanning and as-built engineering, enabling industries to modernize their assets with accurate, high-quality digital data. With trusted partnerships across top steel and energy companies, SixD delivers solutions that enhance efficiency, streamline operations, and empower smarter engineering decisions.

SixD Engineering continues to support major steel and manufacturing companies with high-accuracy dimensional control across shutdowns, revamps, and new installations. With active projects at JSPL Angul, AM/NS Hazira, Tata Steel Kalinganagar, and Jazeera Steel Abu Dhabi, SixD remains a preferred partner for alignment, measurement, and installation accuracy in high-stakes industrial environments.

SixD Engineering has successfully completed a high-urgency dimensional control assignment at SMS India (JSPL Raigarh), supporting the installation of a new oscillator table for the slab caster. Through round-the-clock efforts and precision-driven alignment, SixD addressed critical breakdown challenges and restored equipment reliability within an accelerated timeline.

SixD Engineering has begun its foundational dimensional control activities at Tata Steel Ludhiana, ensuring accurate verification of civil benchmarks and the establishment of mechanical benchmarks for the EAF Ludhiana project. This marks the first critical step toward fast, efficient, and precision-aligned installations across the plant’s new production line.

SixD Engineering has begun a new dimensional control engagement at GMTC Taiwan, working in collaboration with CONCAST India (A Primetals Technologies Group Company). The project marks the official commencement of the WSU base erection for a two-strand billet caster at one of Taiwan’s leading steel manufacturing facilities.

SixD is proud to participate in PIPE-TECH 2025, where the organization is showcasing its advancements in AR/VR and AI/ML for piping applications. With a strong leadership presence and a focus on predictive and preventive maintenance, SixD continues its mission to digitally transform engineering through intelligent and future-ready technologies.

SixD has successfully completed a comprehensive scanning and inspection program for large-capacity storage tanks in the Middle East. Conducted in full compliance with API 653 standards, the project delivered detailed, data-driven insights to support safe operation, regulatory compliance, and long-term asset reliability.

Pipe supports play a vital role in maintaining the safety, stability, and long-term reliability of piping systems. Proper support design ensures controlled load distribution, manages thermal movement, and protects piping and connected equipment from stress, vibration, and failure.

Brownfield upgrades demand careful coordination, accurate data, and disciplined execution—especially when new systems must be integrated into live operating plants. SixD recently completed the detailed design phase of a piping retrofit project in Abu Dhabi, ensuring seamless integration without disrupting ongoing operations.

Piping design is one of the most critical elements of industrial engineering, directly influencing safety, reliability, and operational efficiency. Across sectors such as oil & gas, power, and manufacturing, well-engineered piping systems ensure smooth process flow and long-term asset performance.

ADANI is setting a new benchmark in industrial innovation by embracing advanced engineering technologies and localizing critical spare-part development. Through SixD’s indigenous re-engineering expertise, the company is strengthening supply-chain independence, reducing operational costs, and supporting India’s mission of delivering affordable electricity for all.

Dimensional Engineering is a critical foundation for error-free industrial installations, ensuring benchmark validation, equipment alignment, and long-term operational reliability. With more than 400 successful projects worldwide, SixD Engineering continues to set new standards in accuracy, efficiency, and execution for complex greenfield and brownfield installations.

Transforming raw point cloud data into intelligent 3D models is a multi-stage process that combines computer vision, photogrammetry, and artificial intelligence. SixD applies a structured, technology-driven workflow to convert reality-capture data into engineering-ready digital assets that support design, analysis, and long-term asset management.