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Escape Room Game

Quest: The Sustainable Odyssey

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can be held responsible for them.

Welcome to CE+ Quest, where you embark on a thrilling journey to uncover the secrets of sustainable technology! Professor Greenstone, a brilliant inventor, has gone missing, and it's up to you to unravel the mysteries of sustainable technology. Locate Professor Greenstone's research facility and solve challenges related to electronics, batteries, circular businesses, and social entrepreneurship and get to know what the groundbreaking invention Professor Greenstone was working on, so you could continue his work for a more sustainable World.

Introduction

Info

Puzzle 1

Puzzle 2

Puzzle 3

Puzzle 4

Puzzle 5

Puzzle 6

Puzzles

Complete each puzzle to beat the game: there is no other way to escape!

The message from Professor Greenstone is encoded. Decode it to reveal the location of his hidden workshop.

1

Act 1: The Inventor's Clues - 1

02:30

Question 1 - Cryptic Message.

The message from Professor Greenstone is encoded. Decode it to reveal the location of his hidden workshop.

Puzzle 1

Puzzle 2

Puzzle 3

Puzzle 4

Puzzle 5

Puzzle 6

Puzzles

Complete each puzzle to beat the game: there is no other way to escape!

You find the workshop, filled with scattered tools and gadgets. Identify the key electronic components using the provided images.

2

Act 1: The Inventor's Clues - 2

Question 2 - Workshop Discovery.

05:00

You find the workshop, filled with scattered tools and gadgets. Identify the key electronic components using the provided images.

2

05:00

continuE

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2

3

4

SOLUTION

Drag the correct answer here

An electrical component or a device that stores electrical energy by accumulating electric charges on opposite surfaces which are separated by an insulating layer.

A passive electrical component that creates resistance in the flow of electric current.

A light-emitting diode.

Semiconductor device used to amplify or switch electrical signals and power.

Clue

Clue

Clue

Clue

A. Resistor

B. Capacitor

C. Transistor

D. LED

Act 1: The Inventor's Clues - 2

Starts with the letter C!

The word is similar to one of the words provided in the description!

Three letters!

Similar to the word "Transiting"!

Did you know?

• Many smartphones and laptops now use recyclable materials like aluminum and recycled plastic in their designs, reducing their environmental footprint.

• Solar-powered gadgets, from chargers to lamps, help reduce energy usage by tapping into renewable resources.

• Some headphones and other tech accessories are being produced using biodegradable materials, reducing waste when they reach the end of their lifecycle.

• Energy-efficient gadgets often use significantly less power, helping reduce the overall demand for electricity and associated emissions.

Sustainable Gadgets and Electronics

Act 1: The Inventor's Clues - 2

Puzzle 1

Puzzle 2

Puzzle 3

Puzzle 4

Puzzle 5

Puzzle 6

Puzzles

Complete each puzzle to beat the game: there is no other way to escape!

Professor Greenstone left behind a puzzle. Solve it to unlock the knowledge of one of the Green business practices.

3

Act 2: Circular Business Enigma - 1

Question 3 - The puzzle.

Next

Professor Greenstone left behind a puzzle. Solve it to unlock the knowledge of one of the Green business practices.What is the name of the found Green Business Model?

Scan the QR code and go to the puzzle you need to solve. Then come back and write the right answer. Good luck!

3

02:30

Act 2: Circular Business Enigma - 1

Question 3 - The puzzle. Final question.

Well done, you have solved the puzzle!Now you should already know the answer to the following question!

• The circular economy model aims to keep resources in use as long as possible by reusing, refurbishing, and recycling, minimizing waste.

• In a circular economy, companies design products to be easily disassembled and repaired, extending their lifecycle.

• Many companies are adopting "product-as-a-service" models, where customers lease rather than own devices, ensuring devices are returned for reuse or recycling.

• By implementing circular economy principles, the electronics industry can drastically reduce raw material extraction and limit environmental damage.

Act 2: Circular Business Enigma - 1

Circular Economy Model

Did you know?

Puzzle 1

Puzzle 2

Puzzle 3

Puzzle 4

Puzzle 5

Puzzle 6

Puzzles

Complete each puzzle to beat the game: there is no other way to escape!

Find and explore hidden green business model. Answer a question: How can circular practices be incorporated into an electronic product's lifecycle?

4

Act 2: Circular Business Enigma - 2

Question 4 - Green Business Model.

Next

Explore the green business model. Answer the following question.

Source: Sherman Roto-Tank

4

02:30

Act 2: Circular Business Enigma - 2

• Some tech companies offer trade-in programs to help refurbish or recycle old devices, which reduces electronic waste.

• Modular phones and laptops allow users to easily upgrade or repair parts, minimizing the need to replace the entire device.

• E-waste recycling involves extracting valuable metals and materials—like gold, copper, and aluminum—helping reduce the demand for new mining.

• Closed-loop recycling is being applied to electronics, where materials from old devices are used to manufacture new ones.

Act 2: Circular Business Enigma - 2

Circular Practices in the Electronics Lifecycle

Did you know?

Puzzle 1

Puzzle 2

Puzzle 3

Puzzle 4

Puzzle 5

Puzzle 6

Puzzles

Complete each puzzle to beat the game: there is no other way to escape!

You've received an SOS about electronic waste pollution. Which social entrepreneurship projects would be most effective in addressing the issue and which won't be effective at all?

5

Act 3: Social Entrepreneurship Venture - 1

02:30

Question 5 - Environmental SOS.

You've received an SOS about electronic waste pollution. Which social entrepreneurship project would be most effective in addressing the issue?

5

Act 3: Social Entrepreneurship Venture - 1

02:30

Act 3: Social Entrepreneurship Venture - 1

• E-waste is one of the fastest-growing waste streams globally, with millions of tons generated every year.

• Less than 20% of e-waste is currently recycled worldwide, with most of it ending up in landfills or informal recycling operations.

• When e-waste is improperly handled, toxic substances like lead and mercury can leak into the environment, posing health and ecological risks.

• Recycling e-waste responsibly can help conserve resources and reduce the pollution associated with mining and manufacturing new materials.


Electronic Waste (E-Waste)

Did you know?

Puzzle 1

Puzzle 2

Puzzle 3

Puzzle 4

Puzzle 5

Puzzle 6

Puzzles

Complete each puzzle to beat the game: there is no other way to escape!

You're tasked with finding sustainable electronic devices. This way you will find the final key to the escape room and who knows what will you open with that?

6

Act 3: Social Entrepreneurship Venture - 2

02:30

6

Act 3: Social Entrepreneurship Venture - 2

02:30

Act 3: Social Entrepreneurship Venture - 2

• Some devices are now designed to be carbon-neutral, offsetting the emissions created during production through renewable energy and other sustainable practices.

• Companies are developing biodegradable electronic components, such as circuit boards made from natural fibers, to reduce landfill waste.

• "Green" certifications, like EPEAT and ENERGY STAR, help consumers identify energy-efficient and environmentally responsible electronics.

• Eco-friendly chargers and power banks use renewable energy and often come with warranties promoting longer use, aligning with sustainability goals.

Sustainable Electronic Devices

Did you know?

Completed!

Congratulations, you have successfully completed the escape room!

Unveiling Greenstone's Discovery

The Grand Revelation

What's next?

You've successfully navigated through the challenges and reached Professor Greenstone's secret lab. Here, you discover the groundbreaking invention he has been working on—a revolutionary self-recharging battery capable of harvesting and storing energy from ambient sources, like solar and kinetic energy. This technology could dramatically reduce waste and reliance on traditional power sources, transforming how we think about energy storage and consumption.Professor Greenstone's invention is set to reshape the future of sustainable technology, paving the way for cleaner, more efficient energy solutions!

Conclusion

Start over?

Thank you for embarking on the CE+ Quest! Your dedication to unraveling the mysteries of sustainable technology has made this journey extraordinary. Let's take a moment to recap the key learnings from our expedition. Throughout the escape room, you delved into the realms of electronics, batteries, circular businesses, and social entrepreneurship. Your engagement and insights have showcased a commendable understanding of these crucial aspects shaping the future. As you reflect on this adventure, consider the impact of sustainable technology and your role in fostering a greener future. Every action, no matter how small, contributes to the collective effort of creating a more sustainable and environmentally conscious world. Remember, each one of you plays a vital role in the journey towards a greener and more sustainable future. Safe travels on your ongoing journey!

Welcome, young social entrepreneurs!You have 30 minutes to solve all the puzzles and complete your mission.Navigate through different digital rooms by solving puzzles and finding clues.Embark on this journey that will help Eco-Innovators and equip you with invaluable knowledge about circular businesses, green skills to help you transition to a circular economy and essential social entrepreneurship skills.Click on the Arrow to begin your quest and enter the first room.

1 - B

2 - A

3 - D

4 - C