General Portfolio - Farrel Hakim by Farrel Hakim

Portfolio

Farrel Hakim

I'm Farrel Hakim Hallo!

I am a chemical engineering student. benefit everyone.

I think the most exciting part of being a chemical engineer in the future is helping others by providing innovations that

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FinalProjectCourses

Introduction to Chemical Engineering

Process Engineering Drawing

Exploration and Production of Hydrocarbon

Transp & Utilization of Natural Gas

Engineering Economics

Health, Safety, and Environment

Mass Transfer: Extraction

Herbal Technology

Food Technology

Drugs and Cosmetics Technology

Petroleum Processing

Chemical Product Design

Introduction to Chemical Engineering

Course Overview

In the "Introduction to Chemical Engineering" course, students gain a comprehensive understanding of the field by:

Distinguishing chemical engineering from other engineering disciplines

Exploring the development and evolution of chemical engineering.

Grasping the fundamentals of existing processes and systems within chemical engineering

Performing basic calculations involving mass and energy balance

Learning the criteria for selecting and designing process equipment

Final Project

Bioplastic Production from Seaweed for Food Packaging

Indonesia is renowned for its abundant natural resources According to the United Nations Food and Agriculture Organization (FAO), Indonesia was the world's top producer of Eucheuma Cottoni seaweed in 2019, supplying over 80% of the global demand. This type of seaweed can be utilized in producing bioplastics, offering a viable solution to reduce environmental pollution caused by non-degradable plastic waste

In our innovative project, we focused on producing bioplastic from seaweed, which can be used for food packaging The manufacturing process involves:

Seaweed Preparation: Seaweed is treated with KOH (Potassium Hydroxide) and chlorine bleach to eliminate any fishy odors

Chlorine Removal: A sanitizer (anti-chlorine) is added to ensure the final product is safe for consumption

Enhancing Properties: Glycerine and sorbitol are incorporated to improve the bioplastic's elasticity, tensile strength, and moisture content, resulting in characteristics similar to conventional plastic.

The resulting bioplastic, marketed under the name "Ecowarps," is designed to be affordable and accessible to all economic groups This edible product aligns with the growing demand for environmentally friendly alternatives and represents a significant step towards reducing plastic waste

Process Engineering Drawing

Course Overview

In the "Process Engineering Drawing" course, students develop essential skills in creating and interpreting engineering drawings critical to process design and operation The course covers:

Manual Drawing Skills: Creating process flow diagrams (PFDs), piping and instrumentation diagrams (P&IDs), and plant layouts. Students will hone their ability to manually create clear and accurate engineering diagrams

Software Proficiency: Gaining familiarity with drawing software, specifically Visio and AutoCAD, to enhance precision and efficiency

Interpretation Skills: Understanding and interpreting the meaning and significance of engineering drawings. Students will develop the ability to read and understand complex engineering diagrams, facilitating effective communication and problem-solving within engineering teams.

Final Project

Drawing BFD, PFD, and P&ID for Specific Industry

For the final project, students are tasked with creating a set of detailed engineering drawings, which include:

Block Flow Diagram (BFD): A high-level representation of the major process steps and flows within the system

Process Flow Diagram (PFD): A more detailed diagram that includes major equipment, control loops, and primary piping paths

Piping and Instrumentation Diagram (P&ID): The most detailed of the diagrams, showing all process piping, equipment, instrumentation, and control devices, along with their interconnections.

Exploration and Production of Hydrocarbons

Course Overview

The "Exploration and Production of Hydrocarbons" course provides students with a deep understanding of the processes involved in discovering and extracting hydrocarbons This course prepares students to effectively participate in the hydrocarbon industry, equipping them with the technical knowledge and practical skills necessary for successful exploration and production operations.The curriculum covers:

Introduction to Hydrocarbons

Geological and Geophysical Methods

Drilling Techniques

Reservoir Engineering

Final Project

Making Papers & Study Expo

Production Methods

Enhanced Oil Recovery (EOR)

Health, Safety, and Environmental Considerations

Economic Analysis

Transportation & Utilization of Natural Gas

Course Overview

The "Transportation & Utilization of Natural Gas" course offers students a comprehensive understanding of the processes and technologies involved in the transportation and effective use of natural gas This course equips students with the technical knowledge and practical skills needed to Aspen Hysys & Unisim in the natural gas industry, from transportation to utilization, ensuring they are well-prepared to tackle the challenges and opportunities in this vital sector The curriculum covers:

Introduction to Natural Gas

Gas Processing and Treatment

Pipeline Transportation

Liquefied Natural Gas (LNG)

Compressed Natural Gas (CNG)

Final Project

Storage Solutions

Utilization Technologies

Environmental and Safety Considerations

Economic Analysi

Making Papers & Showcase Project

Engineering Economics

Course Overview

The "Engineering Economics" course provides students with a solid foundation in the principles and practices of economic analysis within engineering contexts The curriculum covers a wide range of topics to ensure a comprehensive understanding of economic decision-making processes in engineering projects:

Introduction to Engineering Economics

Time Value of Money

Combining Factors

Interest Rates

Money Worth Analysis

Rate of Return Analysis

Effects of Inflation

Benefit/Cost Analysis and Break-Even Point Analysis

Sensitivity Analysis

Depreciation and Tax Analysis

Cost Estimation and Allocation

Capital Budgeting & Replacement Analysis

This course equips students with the essential economic skills needed to evaluate and optimize engineering projects, ensuring they are well-prepared to contribute to financially sound and efficient engineering solutions

Final Project

setting up a business and estimating its economic viability

Health, Safety, and Environment

Electrical Hazard Course

The "Health, Safety, and Environment" (HSE) course provides a comprehensive understanding of the principles and practices essential to ensuring a safe and environmentally responsible workplace The curriculum covers a wide array of topics designed to equip students with the knowledge and skills necessary to identify, assess, and manage health, safety, and environmental risks:

Introduction to Regulation and Standards

Risk Perception, Assessment, and Management

Machinery Hazards

Noise Hazards

Process Safety Hazard

Fire and Explosion Hazard

Toxicology in The Workplace

Environmental Protection

Environmental Protection Control Processes

Hazard Communication to Employees

Personal Protective Equipment (PPE)

Safety Audits, Incident, and Emergency Planning

Access Full Video: https://drive.google.com/file/d/1B57 NojowiMFiPBmZ7zbGibF-9JYRiCj/view?usp=sharing

Mass Transfer: Extraction

Course Overview

The "Mass Transfer" course delves into the fundamental principles and applications of mass transfer processes in chemical engineering The curriculum provides students with a thorough understanding of the mechanisms driving mass transfer and equips them with the analytical skills necessary to address practical engineering problems related to mass transfer. Key topics covered in the course include:

Mass Transfer Coefficients

Molecular Diffusion

Distillation

Humidification

Extraction

Draying

Final Project

Making Chemical Product with Extraction Method

Herbal Technology

Course Overview

The "Herbal Technology" course provides a comprehensive exploration of the principles and practices involved in the development and production of herbal products The curriculum covers a broad spectrum of topics, offering students a deep understanding of herbal technology and its applications in the pharmaceutical industry. Key areas of study include:

Introduction to Herbal and Active Compounds

Development of Herbal Applications

Herbal Separation Technology

Herbal Formulation Basis

Herbal Regulation

Comparison with Pharmaceutical Products

Final Project

Case Study Project about Producing Herbal Medicine

Food Technology

Course Overview

The "Food Technology" course provides an in-depth understanding of the various processes involved in the food industry, from the selection and handling of raw materials to the packaging and storage of finished products The curriculum is designed to cover all aspects of food production, ensuring students gain comprehensive knowledge and practical skills in modern food technology. Key topics include:

Introducing to Food & Beverages Industry

Selection and Handling of Raw Materials

Food Processing Techniques

Operating Units of Food Production

Food Packaging

Storage of Food Products

Process Control and Optimatization

Final Project

Designing & Manufacturing Innovative Food & Beverage Products

Drugs and Cosmetics Technology

Course Overview

The "Drugs and Cosmetics Technology" course provides a comprehensive understanding of the principles and processes involved in the production of drugs and cosmetics The curriculum covers a wide range of topics to ensure students are well-versed in the various aspects of this industry, from raw material selection to final product packaging and storage. Key areas of study include:

Anatomy of Human

Drug and Cosmetic Mechanism

Selection and Handling of Raw Materials

Processing of Raw Materials

Operating Units of Production

Packaging & Storage of Products

Final Project

Showcase Project about Skincare from Herbal-based

Petroleum Processing

Course Overview

The "Pengolahan Minyak Bumi" course offers a comprehensive introduction to the processes and technologies involved in the refining of crude oil into various valuable products This course covers the fundamental principles and operations of petroleum refining, emphasizing both the theoretical and practical aspects. Key areas of study include:

Introduction to Petroleum Refining

Crude Oil Characteristics

Refinery Configuration and Operations

Conversion Processes

Catalytic cracking and hydrocracking

Hydrotreating and hydroprocessing

Final Project

Crude Assay & Distillation Process Simulation

Chemical Product Design

Course Overview

The "Chemical Product Design" course equips students with the knowledge and skills necessary to design innovative chemical products and evaluate their technical and economic feasibility Key components of the course include:

Consumer Needs and Product Specifications

Product Concept Design and Lesson Learned

Creating and Selecting Concepts

Product Manufacture and Plant Layout