CCEA A-Level Environmental Technology 3930
Fossil Fuels
Global Action on Energy Conservation and Climate Change
Macrogeneration
Microgeneration
Energy From Wind
Energy From the Sun
Energy From Biomass
Energy Storage
Plastics for the Future
Renewable Energy Investigations
Sustainable Development
Waste Management
Waste to Energy Technologies
Land Contamination and Remediation
Hydrogen Fuel Cells
Transport System Challenges
Energy Performance of Buildings
Emerging Technologies
Sustainable Urban and Rural Communities
The Code for Sustainable Homes
Sustainable Urban and Rural Communities
- 5 subtopics
- 15 things to know
- A2 1
What Sustainable Urban and Rural Communities covers
Sustainable Urban and Rural Communities is examined in Unit A2 1, Building and Managing a Sustainable Future, a written examination. It covers energy and buildings in sustainable urban developments, transport, waste and brownfield sites, water, drainage and urban green space, energy, water and waste for isolated rural dwellings and local food and communication technology in rural areas.
Where it is assessed
A2 1
Building and Managing a Sustainable Future — a written examination.
Check the CCEA specification ↗The 5 subtopics
Each one has its own page.
- Energy and buildings in sustainable urban developmentsSustainable and zero carbon developments, cutting heating and cooling demand, urban microgeneration and smart grids, district heating, BedZED and its lessons, compact and mixed-use development, and community involvement.Open →
- Transport, waste and brownfield sitesIntegrated and flexible transport, designing out car use, electric vehicle charging, car clubs and freight, planned waste systems, brownfield and greenfield land, brownfield challenges and regeneration in Belfast.Open →
- Water, drainage and urban green spaceRainwater harvesting, greywater and water-efficient homes, sustainable drainage and flood risk, the urban heat island, green roofs and green spaces for people and wildlife, and urban food production.Open →
- Energy, water and waste for isolated rural dwellingsThe cost and impact of extending networks, independent and indigenous energy sources, agricultural waste, small-scale district heating, private water supplies, septic tanks and reed beds, and oil dependence in rural homes.Open →
- Local food and communication technology in rural areasThe environmental, economic and social benefits and limits of local food, community-supported agriculture, communication technology and rural services, the digital divide, local services and community-owned renewables.Open →
What you need to know
Answer each one before you reveal it.
Which sustainable drainage features are used in towns, and why do sealed surfaces raise flood risk?
What is a sustainable urban development?
What makes a transport system integrated and flexible?
Why is it costly to link isolated rural dwellings to service networks?
What are the environmental benefits of local food production?
What does zero carbon mean for a development?
How can sustainable urban design reduce car use?
What are the environmental impacts of extending networks to isolated dwellings?
What are the economic benefits of local food production?
How can urban buildings reduce energy use for heating?
How can electric vehicle infrastructure support sustainable towns?
How can urban developments deal with water shortage?
What independent energy solutions suit rural communities?
What are the social benefits of local food production?
Take Sustainable Urban and Rural Communities further
The same content, four other ways.
Commonly confused
Pairs that lose marks when they are blurred together.
Brownfield site vs Greenfield site
Brownfield site: land previously built on, often by former industry. Greenfield site: undeveloped countryside or farmland never built on before.
Rainwater harvesting vs Greywater recycling
Rainwater harvesting: collecting rain from roofs for toilet flushing and garden use. Greywater recycling: reusing the lightly soiled output of basins, baths and showers.
Urban heat island vs Sustainable urban drainage
Urban heat island: the extra warmth of towns compared with the surrounding countryside. Sustainable urban drainage: a set of features that slow and store run-off close to where rain falls.
Questions from this topic
Each one with the model answer underneath.
- 1
What is a sustainable urban development?
Model answer
A sustainable urban development meets residents' needs while minimising energy use, waste and environmental harm. Technology and design work together towards zero carbon living.
- 2
What does zero carbon mean for a development?
Model answer
A zero carbon development produces no net carbon dioxide emissions from its energy use over a year. Efficient buildings and on-site renewable energy balance any remaining emissions.
- 3
How can urban buildings reduce energy use for heating?
Model answer
High levels of insulation, airtight construction and triple glazing keep heat in. Passive solar design uses south-facing windows to capture winter sunshine.
- 4
How can urban buildings reduce energy use for cooling?
Model answer
Shade, natural ventilation and thermal mass keep buildings cool without air conditioning. Light-coloured and green roofs reflect or absorb less heat.
- 5
How can microgeneration be used in urban areas?
Model answer
Solar panels on roofs, small wind turbines and heat pumps generate energy where it is used. Local generation cuts transmission losses and emissions.
- 6
How does a smart grid support urban microgeneration?
Model answer
A smart grid manages electricity from many small generators and balances it against demand. Surplus power from one building can supply another nearby.
What is inside Levo
Six ways to work the same material.
Sustainable Urban and Rural Communities revision questions
- What does Sustainable Urban and Rural Communities cover in CCEA A-Level Environmental Technology?
- 5 subtopics: energy and buildings in sustainable urban developments, transport, waste and brownfield sites, water, drainage and urban green space, energy, water and waste for isolated rural dwellings and local food and communication technology in rural areas. Each one has its own page with questions and model answers.
- How is Sustainable Urban and Rural Communities organised?
- By the CCEA 3930 specification, subtopic by subtopic, so it matches the order you are taught it in.
Every question in Sustainable Urban and Rural Communities, on a schedule.
Attempt a question from memory, write the correct version, then attempt it again. Levo records the jump between your first attempt and your last, and brings each question back on the day you are due to forget it.
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