TEP-A330-02 REACTOR ENGINEERING HANDBOOK VERSION 1.0

REACTOR ENGINEERING HANDBOOK provides an integrated reference for industrial reactor engineering from concept selection through decommissioning. It combines reaction theory, fundamental design equations, worked calculation notes, material and corrosion specifications, fabrication and welding controls, inspection forms and ITPs, pressure testing, delivery and lifting, installation and construction, commissioning, operation, maintenance, reliability and industrial applications. The document is intended as a practical training and engineering-review reference; final project work shall use verified data, approved procedures and the governing code and contract requirements.

Rp499.000

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TEP-A325-01 Stairway and Ladder Handbook Version 1.0

Stairway and Ladder Handbook provides an integrated methodology for industrial stairways, fixed ladders, portable ladders, special stairs, platforms, guardrails, handrails, toe plates, gates, supports and associated safety systems. The handbook contains design criteria, geometry relationships, structural checks, corrosion-protection guidance, 3D coordination practices, fabrication and welding controls, transport and erection requirements, inspection and commissioning forms, maintenance procedures and industrial application matrices.

Rp499.000

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TEP-A321-03 Shop Fabrication Steel Handbook Version 1.0

Shop Fabrication Steel Handbook provides practical requirements for structural-steel material receiving, traceability, shop detailing, cutting, drilling, forming, fit-up, welding, structural bolting, dimensional inspection, trial assembly, NDT, weld repair, abrasive blasting, painting, galvanizing, nonconformance control, final release, packing, transportation, site support, HSE, production planning, equipment reliability, and industrial application. The handbook contains worked calculations, inspection checklists, records lists, an inspection and test plan, fabrication forms, maintenance procedures, and a sector application matrix. It is intended to be adapted into project-specific controlled procedures and forms.

Rp499.000

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TEP-A316-05 Preparation of Underground Facility Design Handbook Version 1.0

This handbook defines a systematic method for preparing underground facility design on EPC and industrial projects. It covers underground piping, firewater networks, drainage and sewer systems, electrical and instrument cable systems, earthing grids, duct banks, trenches, manholes, valve pits, underground tanks, chambers, crossings, corrosion protection, waterproofing and associated civil works. The method integrates site surveys, geotechnical and hydrogeological data, design loads, system operating requirements, code compliance, routing philosophy, minimum clearances, hydraulic and structural calculations, material specifications, 3D coordination, construction sequencing, inspection and testing. Particular attention is given to interfaces between disciplines and to conditions that frequently cause rework, including uncertain existing utilities, congested corridors, groundwater, settlement, pipe flotation, insufficient access, incompatible levels and late routing changes. The handbook establishes the design basis as the controlling link between project inputs and engineering outputs. It describes registers, review gates, calculation-note expectations, compliance matrices and change-control practices required to demonstrate that underground designs are based on verified information and approved assumptions. The expected result is a coordinated package of drawings, models, calculations, specifications, material requisitions, inspection and test plans, construction records, commissioning dossiers and as-built asset data. When applied correctly, the process reduces underground clashes, improves construction productivity, supports safe excavation and installation, and provides operations personnel with reliable records for inspection, repair and future modification. Abstract classification

Rp499.000

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This handbook provides a comprehensive engineering reference for the selection, design, operation, maintenance, and life-cycle management of industrial pumps and pumping systems. It covers hydraulic principles, pump types, mechanical components, engineering design, procurement, installation, commissioning, operation, maintenance, reliability, troubleshooting, and energy optimization. Intended for EPC projects and industrial facilities, it supports the safe, reliable, and efficient implementation of pump systems while ensuring compliance with applicable standards, technical specifications, and project requirements.

Rp499.000

Digital Resource

TEP-A330-01 Tank Mixing Handbook Version 1.0

This handbook provides a comprehensive engineering reference for the design, selection, operation, maintenance, and life-cycle management of industrial tank mixing systems. It covers mixing principles, fluid mechanics, tank and agitator design, process performance, mechanical systems, electrical and instrumentation integration, process safety, engineering documentation, testing, commissioning, reliability, and maintenance. Intended for EPC projects and industrial facilities, it supports the safe, reliable, and efficient implementation of tank mixing systems while ensuring compliance with applicable standards, technical specifications, and project requirements.

Rp499.000