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100+ Free CCEA GCE Environmental Technology Practice Questions

Prepare for the CCEA GCE Environmental Technology (2016) (Northern Ireland) exam with instant access — no signup required.

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2026 Statistics

Key Facts: CCEA GCE Environmental Technology Exam

A* to E

Full CCEA GCE A Level Environmental Technology is graded A* to E (AS is A to E)

CCEA GCE reporting and grading

4 units

AS 1 and A2 1 external exams; AS 2 and A2 2 internal technical reports

CCEA GCE Environmental Technology (2016)

20% + 20% + 30% + 30%

A Level weightings for AS 1, AS 2, A2 1 and A2 2 respectively

CCEA specification at a glance

1 h 30 / 2 h

AS 1 and A2 1 external written examination durations

CCEA specification at a glance

AS 40% + A2 60%

Full Advanced GCE award aggregation

CCEA GCE Environmental Technology specification

360 GLH

Guided learning hours for full A Level (180 for AS)

CCEA subject page

9 CSH categories

Code for Sustainable Homes framework used in A2 2 building assessment

CCEA A2 2 / CSH technical guide

MCQ adaptation

This free bank is an English MCQ study aid, not the official exam format

OpenExamPrep

CCEA GCE Environmental Technology (2016, NI) has four units: AS 1 written exam (1 h 30, 20% A Level), AS 2 renewable-energy technical report (20%), A2 1 written exam (2 h, 30%), A2 2 Code for Sustainable Homes technical report (30%). AS 40% + A2 60%. Graded A–E (AS) / A*–E (A Level). Schools/centres pay CCEA entry fees. This free 100-question bank is an English MCQ study adaptation only — practise extended writing and internal reports separately.

Sample CCEA GCE Environmental Technology Practice Questions

Try these sample questions to test your CCEA GCE Environmental Technology exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which three substances are the principal fossil fuels on Earth according to CCEA Environmental Technology?
A.Coal, oil and natural gas
B.Uranium, coal and oil
C.Coal, hydrogen and natural gas
D.Oil, peat and uranium
Explanation: The specification lists coal, oil and gas as the principal fossil fuels. They formed from ancient organic matter and remain the dominant non-renewable energy sources globally.
2Besides energy, fossil fuels are important industrial feedstocks. Which manufacturing use is correctly paired with crude oil derivatives?
A.Plastics, pharmaceutics, transport fuels and synthetic fibres
B.Only electricity generation in thermal power stations
C.Only road-vehicle diesel and petrol
D.Only fertiliser production via the Haber process
Explanation: CCEA expects students to examine fossil fuels as raw materials for plastics, pharmaceutics, transport and fibres, not only as fuels. Petrochemical chains supply monomers, solvents and fibre precursors.
3What does a carbon trading (emissions trading) scheme primarily allow?
A.Organisations to buy and sell allowances to emit greenhouse gases within a cap
B.Countries to freely emit unlimited CO2 if they plant trees only
C.Households to trade electricity units on the National Grid overnight
D.Firms to ignore climate targets if they pay a flat annual fee
Explanation: Carbon trading sets a cap on total emissions and issues tradable allowances. Emitters that reduce emissions can sell surplus allowances; those needing more must buy, creating a price signal for abatement.
4The Intergovernmental Panel on Climate Change (IPCC) provides evidence used in AS 1 mainly to link which process with global warming?
A.Combustion of fossil fuels releasing greenhouse gases
B.Natural volcanic cycles alone without human influence
C.Only ozone-layer recovery under the Montreal Protocol
D.Seasonal changes in Earth's distance from the Sun only
Explanation: Students must discuss IPCC and related scientific evidence linking fossil-fuel combustion to enhanced greenhouse gas concentrations, global warming and climate change.
5Fuel security refers to which idea?
A.Reliable access to adequate energy supplies at affordable prices despite geopolitical and supply risks
B.The mechanical safety rating of petrol station pumps
C.A country's total number of nuclear warheads
D.The percentage of homes with dual-fuel boilers only
Explanation: Fuel (energy) security is about dependable, affordable supply of energy resources. Global competition for finite fossil fuels influences geopolitics, prices and strategic policy.
6Which definition matches the Brundtland Commission's idea of sustainable development?
A.Development that meets the needs of the present without compromising the ability of future generations to meet their own needs
B.Maximising GDP growth regardless of resource depletion
C.Using only renewable energy and banning all industry
D.Conserving nature by excluding all human economic activity
Explanation: Brundtland (Our Common Future, 1987) defines sustainable development as meeting present needs without compromising future generations' ability to meet theirs. CCEA links this definition to global energy and climate agreements.
7Which environmental impacts does the specification associate with global fossil-fuel use?
A.Habitat degradation, reduced biodiversity, poorer air quality, and land and water contamination
B.Only visual intrusion of wind turbines
C.Only noise from electric vehicles
D.Only ocean acidification from solar farms
Explanation: AS 1 requires assessment of fossil-fuel impacts including habitat degradation, biodiversity loss, reduced air quality, and land/water contamination from extraction, transport and combustion.
8Why might nuclear power be discussed as an alternative to both fossil fuels and variable renewables?
A.It has very high energy density and can provide low-carbon baseload electricity
B.It produces no radioactive waste and needs no regulation
C.It is always cheaper than onshore wind with zero capital cost
D.It requires no cooling water and has no safety considerations
Explanation: The specification asks students to discuss nuclear as a viable alternative, including reference to energy density. Nuclear fuel packs far more energy per unit mass than chemical fuels and can run steadily, unlike intermittent wind/solar.
9A thermal power station burns fuel releasing 1000 MJ of chemical energy. If 350 MJ becomes electricity and 200 MJ is delivered as useful district heat via CHP, what is the overall useful energy efficiency?
A.55%
B.35%
C.20%
D.100%
Explanation: Useful outputs = 350 + 200 = 550 MJ. Efficiency = 550/1000 = 55%. CHP raises overall fuel utilisation by counting useful heat that would otherwise be rejected.
10Which renewable sources generate electricity by harnessing kinetic or potential energy of moving water or air directly?
A.Wind, hydroelectric, wave and tidal
B.Only solar photovoltaic panels
C.Only biomass combustion plants
D.Only ground-source heat pumps
Explanation: Wind, hydro, wave and tidal convert kinetic/potential energy of fluids directly to mechanical then electrical energy. Solar PV and biomass are classed as indirect routes to electricity in the specification wording.

About the CCEA GCE Environmental Technology Exam

CCEA GCE Environmental Technology (2016) is the Northern Ireland applied GCE that develops technological responses to energy and environmental challenges. AS 1 (external, 1 h 30 min) covers fossil-fuel reliance, climate change, carbon trading, fuel security, targets, macro- and microgeneration, smart grids, CHP, heat pumps, wind, solar, biomass, energy storage and plastics. AS 2 is an internal technical report applying wind, solar and biomass to a realistic scenario with practical investigation. A2 1 (external, 2 hours) covers sustainability metrics, waste management, waste-to-energy, bioremediation, phytoremediation, hydrogen fuel cells, transport, building energy performance, wave and tidal, smart materials, CCS and sustainable communities. A2 2 is an internal report assessing a local building against the Code for Sustainable Homes. Full A Level combines AS (40%) and A2 (60%). Grades run A–E (AS) and A*–E (A Level). This 100-question bank is a free English-language MCQ study adaptation for revision; it does not replace timed written-paper practice or centre-controlled technical reports.

Assessment

Four units for full A Level (AS 40% + A2 60%). AS 1 The Earth's Capacity to Support Human Activity: external written examination, 1 hour 30 minutes, 50% of AS / 20% of A Level. AS 2 Renewable Energy Technologies: internal technical report on a realistic renewable scenario (desktop research, practical investigation of wind/solar/biomass, recommendations), externally moderated, 50% of AS / 20% of A Level. A2 1 Building and Managing a Sustainable Future: external written examination, 2 hours, 30% of A Level. A2 2 Environmental Building Performance and Measurement: internal technical report applying Code for Sustainable Homes categories to a local building, externally moderated, 30% of A Level. Subject code 3930; QAN AS 601/8915/0; QAN A Level 601/8916/2.

Time Limit

AS 1 written exam: 1 hour 30 minutes. A2 1 written exam: 2 hours. AS 2 and A2 2 technical reports: completed under centre-controlled conditions using the live CCEA task for the series (suggested maximum 4000 words per report).

Passing Score

No single pass mark. AS graded A to E; full A Level graded A* to E. Raw mark boundaries are set independently each examination series. A* requires grade A overall and at least 90% of maximum uniform marks across A2 units. Do not invent fixed unit grade boundaries.

Exam Fee

No fee is paid directly by students. Entry fees for CCEA GCE Environmental Technology units are paid by schools and registered centres; private candidates are charged by the centre that enters them. (CCEA (Council for the Curriculum, Examinations and Assessment), Northern Ireland)

CCEA GCE Environmental Technology Exam Content Outline

20% of A Level

The Earth's Capacity to Support Human Activity

Principal fossil fuels and non-energy uses (plastics, pharmaceutics, transport, fibres); fossil-fuel conservation and IPCC climate evidence; carbon trading; fuel security and BRIC demand; environmental impacts; Brundtland sustainable development; EU/UK/NI energy targets; nuclear as an alternative; energy conservation law; macrogeneration from fossil and renewable sources; National Grid and smart grids; CHP; microelectricity and microheat; heat-pump components and COP; HAWT/VAWT, kinetic energy ½mv², Betz limit, swept area πr², power curves; solar thermal and PV, passive solar design, CSP; biomass types, gasification, biogas; CAES and pumped hydro storage; sustainable plastics and bioderived polyethylene.

20% of A Level

Renewable Energy Technologies

Internal assessment: desktop research, practical investigation of at least two of wind, solar and biomass, evaluation of methodology, and recommendations for a realistic scenario (technical, environmental and economic aspects; health and safety).

30% of A Level

Building and Managing a Sustainable Future

Population pressure and I=PAT; ecological and carbon footprints; One Planet Living; NI waste strategy and hierarchy; MRF recycling; landfill methane/leachate, dry tomb vs bioreactor, landfill tax; embodied energy, incineration, anaerobic digestion stages, composting limits; bioremediation microbes; phytoremediation and phytoextraction; biohydrometallurgy (Thiobacillus ferrooxidans); hydrogen production and PEM/alkaline/PAFC/MCFC/SOFC fuel cells; transport demand reduction; building insulation, airtightness, glazing, U-values and heat-flow equation; zero-carbon homes hierarchy; BREEAM and CSH; SeaGen/tidal stream vs barrage; Pelamis-type wave devices; smart materials and systems; CCS; geo-engineering; bio-photovoltaics; sustainable urban and rural communities.

30% of A Level

Environmental Building Performance and Measurement

Apply Code for Sustainable Homes categories (energy and CO2, water, materials, surface water run-off, waste, pollution, health and wellbeing, management, ecology) to a chosen local building: gather qualitative and quantitative data, create a performance profile, and recommend enhancements.

How to Pass the CCEA GCE Environmental Technology Exam

What You Need to Know

  • Passing score: No single pass mark. AS graded A to E; full A Level graded A* to E. Raw mark boundaries are set independently each examination series. A* requires grade A overall and at least 90% of maximum uniform marks across A2 units. Do not invent fixed unit grade boundaries.
  • Assessment: Four units for full A Level (AS 40% + A2 60%). AS 1 The Earth's Capacity to Support Human Activity: external written examination, 1 hour 30 minutes, 50% of AS / 20% of A Level. AS 2 Renewable Energy Technologies: internal technical report on a realistic renewable scenario (desktop research, practical investigation of wind/solar/biomass, recommendations), externally moderated, 50% of AS / 20% of A Level. A2 1 Building and Managing a Sustainable Future: external written examination, 2 hours, 30% of A Level. A2 2 Environmental Building Performance and Measurement: internal technical report applying Code for Sustainable Homes categories to a local building, externally moderated, 30% of A Level. Subject code 3930; QAN AS 601/8915/0; QAN A Level 601/8916/2.
  • Time limit: AS 1 written exam: 1 hour 30 minutes. A2 1 written exam: 2 hours. AS 2 and A2 2 technical reports: completed under centre-controlled conditions using the live CCEA task for the series (suggested maximum 4000 words per report).
  • Exam fee: No fee is paid directly by students. Entry fees for CCEA GCE Environmental Technology units are paid by schools and registered centres; private candidates are charged by the centre that enters them.

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

CCEA GCE Environmental Technology Study Tips from Top Performers

1Practise AS 1 and A2 1 past papers under timed conditions — both are structured written exams with quality of written communication marks on extended answers.
2Memorise key equations: kinetic energy ½mv², swept area πr², heat-flow rate = U × A × ΔT, and heat-pump COP = useful heat output / electrical energy input.
3Learn the Betz limit (16/27 ≈ 59.3%), HAWT components, heat-pump cycle parts, anaerobic digestion stages, and the nine CSH categories with example credits.
4For AS 2, plan desktop research plus a safe practical on at least two of wind, solar and biomass, then link recommendations tightly to the scenario.
5For A2 2, practise surveying a real building against CSH categories with measured data (energy, water, waste, run-off, ecology) and justified improvement options.
6Use Northern Ireland examples where the specification expects them (for example SeaGen in Strangford Lough, NI waste strategy, rural energy solutions).

Frequently Asked Questions

What is the structure of CCEA GCE Environmental Technology?

Four units: AS 1 written exam (1 h 30, 50% of AS / 20% of A Level), AS 2 renewable-energy technical report (50% of AS / 20% of A Level), A2 1 written exam (2 hours, 30% of A Level), and A2 2 Code for Sustainable Homes technical report (30% of A Level). Full A Level is AS 40% + A2 60%.

How is the qualification graded?

AS is graded A to E and the full A Level A* to E. Boundaries are set each series. An A* requires grade A overall and at least 90% of the maximum uniform marks across the A2 units.

What renewables does the AS course focus on?

AS explores wind, solar (thermal and photovoltaic) and biomass in detail for both knowledge (AS 1) and the AS 2 technical-report investigation.

What is the Code for Sustainable Homes used for in this course?

In A2 2, candidates apply CSH categories to assess the environmental performance of a local building and recommend improvements. A2 1 also covers CSH and BREEAM in theory.

Who pays the exam fees?

Schools and registered centres pay CCEA entry fees. Students do not normally pay CCEA directly; private candidates are charged by the centre that enters them.

Are these official CCEA questions?

No. These are original OpenExamPrep English-language MCQ study adaptation questions for knowledge and calculation revision. Official assessment uses structured written papers and internal technical reports. Use CCEA past papers, specimen materials and live internal tasks separately.