COPYRIGHT

Permits, licenses or attributions

AGRADECIMIENTO PIP STD

PROCESS INDUSTRY PRACTICES STANDARDS [PIPStandards] Austin - Texas, EEUU

PUBLIC ACKNOWLEDGMENT

We hereby express our most sincere gratitude to Process Industry Practices Standards (PIP) for the authorization granted on June 25, 2024, concerning the digitization of the Piping and Instrumentation Diagram (P&ID), with a focus on Oil & Gas, entitled: “EXAMPLE P&ID 1 – APPENDIX C.”

In compliance with the conditions established in said authorization, and in full accordance with the copyright laws of Colombia and the United States, as well as with the intellectual property policies of Process Industry Practices Standards (PIP), we affirm that all references to and digital reproductions of the content developed using CAD methodology were carried out exclusively for educational purposes.

However, due to a change in the business model of ASAP PROJECTS—where the focus has evolved from academic to commercial—the developed material will no longer be published on the ASAP PROJECTS platform. This decision ensures strict compliance with the content usage guidelines established by Process Industry Practices Standards (PIP) and with applicable international legislation.

Sincerely,

Markus Hormaza
CAD Manager and SEO, ASAP PROJECTS

CONTACT:

PROCESS INDUSTRY PRACTICES - PIP Standards

Marketing Coordinator at PIP Standards

Email: pipmarketing@utexas.edu

MARKUS HORMAZA, CAD Manager - SEO at ASAP PROJECTS

Website: https://asap-projects.wixsite.com/design

Email: hormazamarkus@gmail.com

ECOPETROL SA

PUBLIC ACKNOWLEDGMENT

Markus Hormaza, in his capacity as CAD Manager, Document Management Lead, CEO, and Representative of ASAP PROJECTS, hereby expresses his deepest gratitude to Ecopetrol S.A. for its invaluable management and oversight in the review and scrutiny of the multimedia materials published on the ASAP PROJECTS website and its spin-offs, as well as on external platforms such as YouTube, HTML portfolios, and other digital resources.

In accordance with intellectual property policies and with a firm commitment to complying with all applicable administrative, legal, and regulatory provisions, a thorough review, curation, and adjustment of previously published content has been carried out. This action responds to the consolidation of a shift in ASAP PROJECTS’ business model, evolving from an academic to a commercial focus.

This process was conducted diligently and in close coordination with the corresponding administrative bodies, under the following official reference numbers:

FILE NO. 05344557
FILE NO. CEN-VLS-8181-2024-E
FILE NO. CEN-VLS-0852-2025-E
FILE NO. CEN-VLS-1715-2025-E

ASAP PROJECTS reaffirms its commitment to transparency, respect for applicable regulations, and the safeguarding of Ecopetrol S.A.’s interests, contributing ethically and professionally to the development of the sector.

We once again appreciate the trust placed in our management and the intercorporate dialogue that has enabled the strengthening of our relationship within a framework of legality and cooperation.

Sincerely,

Markus Hormaza
CAD Manager and SEO, ASAP PROJECTS

CONTACT:

ECOPETROL SA

Email: patrocinios@ecopetrol.com.co

MARKUS HORMAZA, CAD Manager - SEO at ASAP PROJECTS

Website: https://asap-projects.wixsite.com/design

Email: hormazamarkus@gmail.com

AGRADECIMIENTO ECOPETROL

JACK-UP BARGE

The illustrative content of the project “MOBILE OFFSHORE DRILLING UNIT, Self-Elevating Platform” (available at www.jackupbarge.com) has been developed under the license formalized with JACK-UP BARGE, Ref. 06072021-TRANSMITTAL # 2021-ASPR-001-IMA-TRM-001. This project is primarily focused on the mechanical drafting and modeling of a self-elevating oil platform intended for offshore marine and petrochemical infrastructure, including the design of piping systems and structural components for well drilling operations. The modeling was developed using AutoCAD, ensuring high precision and a detailed representation of the mechanical and structural systems, as well as their standardized interconnection with piping systems.

Although the project was entirely designed using conventional engineering techniques, the potential implementation of artificial intelligence (AI) technologies in future phases remains open. At present, the Vectary platform has been applied to enhance the value of the results through advanced visualization and augmented, immersive virtual interaction. The continued development of these tools may further optimize the design process and enable dynamic and interactive simulations, improving both visualization and operational understanding of the model within immersive and disruptive contexts.

Technical resource published at: https://asap-projects.wixsite.com/design/mecanica

CONTACT:

JACK-UP BARGE

Jurgen de Prez, Commercial Director

Website: www.jackupbarge.com

MARKUS HORMAZA, CAD Manager - SEO at ASAP PROJECTS

Website: https://asap-projects.wixsite.com/design

Email: hormazamarkus@gmail.com

AEROSPACE TELEMETRY ARCHITECTURE

The illustrative content of the project “AEROSPACE TELEMETRY ARCHITECTURE” [derivative work] has been developed under the CC1.0 Universal (Public Domain) license.

Attribution of the original resource: Block Diagram of Telemetry System, NASA, Public Domain, via Wikimedia Commons, CC1.0 Universal.
License reference: https://creativecommons.org/public-domain/pdm/

Markus Hormaza acknowledges the National Aeronautics and Space Administration (NASA) as the original author of the source material used; however, he reserves all intellectual rights pertaining to the derivative work.

Accordingly, the scope of the referenced project consisted of the interpretation and digitization, using AutoCAD, of an electronic diagram originally produced by NASA employing freehand drafting techniques. The resulting diagram implements standardized electrical and electronic conventions through a technically adapted and parameterized approach, incorporating recommended practices to optimize its graphical representation.

Although the project was entirely developed using conventional engineering techniques, the potential implementation of artificial intelligence (AI) technologies in future phases remains open. The continued advancement of such tools could further optimize the design and enable dynamic and interactive simulations, enhancing both visualization and operational understanding of the diagram within immersive and disruptive contexts.

Technical resource published at: https://asap-projects.wixsite.com/design/portafolio

CONTACT:

ASAP PROJECTS

MARKUS HORMAZA, CAD Manager - SEO at ASAP PROJECTS

Website: https://asap-projects.wixsite.com/design

Email: hormazamarkus@gmail.com

DIAGRAMMA UNIFILARE TRASFORMAZIONE ELETTRICA, CC BY-SA 3.0

The illustrative content of the project “DIAGRAMMA UNIFILARE TRASFORMAZIONE ELETTRICA” [derivative work] has been developed under the Creative Commons Attribution–ShareAlike 3.0 (CC BY-SA 3.0) license.

Attribution of the original resource: Schema Unifilare Cabina Primaria, 3IMPACT, CC BY-SA 3.0, via Wikimedia Commons.
License reference: https://creativecommons.org/licenses/by-sa/3.0/es/deed.it

Modifications: AutoCAD digitization and the application of artificial intelligence to incorporate technical notes and specifications.

Accordingly, the scope of the referenced project consisted of the interpretation, translation, and digitization—using AutoCAD—of a single-line electrical power transformation diagram. The resulting diagram implements electrical standardization through a technically adapted and parameterized approach, incorporating recommended practices to optimize its graphical and technical representation.

Although the project was entirely developed using conventional engineering techniques, the potential implementation of artificial intelligence (AI) technologies in future phases remains open. The continued advancement of these tools could further optimize the design process and enable dynamic and interactive simulations, improving visualization and operational understanding of the diagram within immersive and disruptive contexts.

Technical resource published at: https://asap-projects.wixsite.com/design/electrica

CONTACT:

ASAP PROJECTS

MARKUS HORMAZA, CAD Manager - SEO at ASAP PROJECTS

Website: https://asap-projects.wixsite.com/design

Email: hormazamarkus@gmail.com

ELEKTROVERTEILUNGSDIAGRAMM, CC BY-SA 3.0

The illustrative content of the project “ELEKTROVERTEILUNGSDIAGRAMM” [derivative work] has been developed under the Creative Commons Attribution–ShareAlike 3.0 (CC BY-SA 3.0) license.

Attribution of the original resource: Energieverteilung, VBG POWERTECH EV, CC BY-SA 3.0, via Wikimedia Commons.
License reference: https://creativecommons.org/licenses/by-sa/3.0/es/deed.it
Modifications: AutoCAD digitization and the application of artificial intelligence to incorporate technical notes and specifications.

Accordingly, the scope of the referenced project consisted of the interpretation, translation, and digitization—using AutoCAD—of a single-line electrical power distribution and transformation diagram. The resulting diagram implements electrical standardization through a technically adapted and parameterized approach, incorporating recommended practices to optimize its graphical and technical representation.

Although the project was entirely developed using conventional engineering techniques, the potential implementation of artificial intelligence (AI) technologies in future phases remains open. The continued advancement of these tools could further optimize the design process and enable dynamic and interactive simulations, improving visualization and operational understanding of the diagram within immersive and disruptive contexts.

Technical resource published at: https://asap-projects.wixsite.com/design/electrica

CONTACT:

ASAP PROJECTS

Markus Hormaza, CAD Manager – SEO at ASAP PROJECTS

Website: https://asap-projects.wixsite.com/design

Email: hormazamarkus@gmail.com

AI-ASSISTED REENGINEERING FOR REFINED HYDROCARBON STORAGE

The illustrative content of the referenced project represents an enhanced reengineering of a conceptual design that was originally abandoned at an early stage. The initial input, created as a 2D conceptual proposal, was developed in the context of a personal request within a relationship that was both professional and sentimental, involving a colleague of notable intellectual capability.

With respect to the illustrative material originally produced, I have no knowledge of any subsequent developments or implementations that may have been carried out thereafter; that is, I am unaware of whether it was used, approved by third parties, or incorporated into any contractual framework. What is certain is that, following the conclusion of this intense and intellectually stimulating relationship, I decided to resume the sketch in my possession and redesign it, focusing on an Oil & Gas project based on three-dimensional modeling standardized in accordance with industry standards. To this end, artificial intelligence tools were implemented with the objective of enhancing visualization, interaction, and digital functionality.

In keeping with Leonardo da Vinci’s philosophy that “a project is never finished, only abandoned,” I chose to transform this work by applying modern artificial intelligence (AI) technologies in order to elevate its precision, interactivity, and constructive and operational feasibility within the petrochemical industry.

Just as crude oil must be refined to reach its true value, this project has undergone—and will continue to undergo—a process of continuous technological evolution, leaving behind its initial state to become an enhanced technical proposal, fully decoupled from the original design. Despite the personal circumstances surrounding its origin, the approach has been strictly professional, focused on the refinement of technical skills and the development of a resource aligned with the most demanding standards of the Oil & Gas sector, further empowered through artificial intelligence.

This project serves as an example of how a concept, even when initially abandoned, can be recovered, redesigned, and refined to achieve renewed potential, while consistently upholding professional ethics and respect for intellectual property.

Although the current redesign follows conventional engineering techniques, the integration of artificial intelligence (AI) technologies in future phases remains open, including extended reality (XR) interactions and the development of additive prototyping in 3D and 4D. The continuous evolution of these tools will enable further optimization of the design, providing dynamic and interactive simulations that enhance visualization and operational performance within immersive and disruptive environments.

AI-powered immersive 3D model [Vectary, Inc.]: https://app.vectary.com/p/33ULVwDmWfnJcNYYXOExZB

Dossier published at: https://asap-projects.wixsite.com/design/disenho-de-tuberias

CONTACT:

MARKUS HORMAZA, CAD Manager - SEO at ASAP PROJECTS

Website: https://asap-projects.wixsite.com/design

Email: hormazamarkus@gmail.com

ID 4-23-355 / 356 - OIL REFINED STORAGE PLANT Videoclip

(Audiovisual work registered with the National Copyright Directorate – Colombia)

Source: Original work
URL: https://www.youtube.com/watch?v=ejQL02NOo6I

Description:
A videoclip was produced based on a 3D model developed in a 3D Hidden visual style using Autodesk, Inc. software. The animated walkthrough illustrates both above-ground and underground systems, including architectural structures, electrical systems, civil works, chemical process units, industrial automation, mechanical systems and piping, wastewater treatment facilities, cathodic protection systems, lightning protection and grounding, as well as water- and foam-based fire protection systems, among others.

The 3D model projection was developed in accordance with engineering design guidelines and standards commonly applied within the industrial sector.

Competency: CAD management and BIM modeling for an Architecture, Engineering, and Construction (AEC) project.

Subject: Professional practice (original work)
Design and production: Markus Hormaza

Tools:

Software de Autodesk Inc.