Container Living PH

Teaching Thursday.

Sustainability terms as acronyms.

12 Dimensions of Sustainable Green Buildings (Explained Simply)

1. Land Efficiency

Using land wisely.
Build where it makes sense, avoid sprawl, protect natural areas, and use smaller footprints when possible.

2. Water Efficiency

Using less water and reusing water when possible.
Low-flow fixtures, rainwater harvesting, greywater systems.

3. Energy Efficiency

Doing the same work with less electricity.
Good insulation, natural lighting, efficient appliances.

4. Energy Generation & Distribution Efficiency

Producing and delivering energy smarter.
Solar panels, on-site generation, and minimizing energy loss.

5. Indoor Environment Improvement

Making indoor spaces healthier.
Good ventilation, daylight, low-toxic materials, better air quality.

6. Reduction of Greenhouse Gases

Lowering carbon emissions over the building’s lifetime.
Less energy use, cleaner energy, lower-carbon materials.

7. Material Efficiency

Using the right materials in the right amount.
Avoid overbuilding, choose durable and low-impact materials.

8. Resource Efficiency

Using fewer natural resources overall.
Less water, less energy, less raw material extraction.

9. Design Efficiency

Designing smart from the start.
Good orientation, modular layouts, flexible spaces, future-proofing.

10. Management Efficiency

Operating the building well after it is built.
Good maintenance, monitoring energy and water use, proper operations.

11. Waste Management Efficiency

Reducing waste during construction and use.
Reuse, recycling systems, construction waste diversion.

12. Comfort Efficiency

Keeping people comfortable without wasting energy.
Thermal comfort, natural airflow, shading, acoustics.

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Simple takeaway

A green building is not just about solar panels or plants.
It is about how land, water, energy, materials, people, and systems all work together over time.

Good sustainability is:
•Designed early
•Efficient in use
•Easy to manage
•Healthy for people
•Low impact on the environment

Where does most plastic end up being used?

It breaks global plastic use into slices that add up to 100%. Bigger slice = more plastic used in that sector.

What the chart is saying, in simple terms

1) Packaging — 31% (the biggest)

About one-third of all plastics are used for packaging: wrappers, bottles, sachets, plastic bags, food containers.
This is often “single-use,” meaning it gets thrown away quickly.

2) Construction — 16%

Plastics used in buildings and infrastructure: pipes, insulation, wiring covers, paint/coatings, flooring, tiles, sealants, membranes.

3) Vehicles — 14%

Car and vehicle parts: bumpers, dashboards, interior panels, seat foam, cable insulation, small components.

4) Consumer products — 11%

Everyday items that are not packaging: toys, kitchenware, furniture, storage bins, appliances casings, housewares.

5) Clothing — 6%

Synthetic textiles: polyester, nylon, acrylic.
A lot of “fast fashion” is basically plastic fiber.

6) Electrical/Electronic — 4%

Phones, laptops, appliances: plastic casings, circuit-board components, cable insulation, connectors.

7) Other — 18%

Everything else not listed: medical supplies, agriculture films, sports gear, household/industrial uses, and many mixed categories.

The key takeaway
•The biggest plastic problem is not gadgets or cars. It’s packaging.
•Construction and vehicles are also big, but those plastics usually stay in use longer.
•Packaging is huge because it’s made to move products, not to last.