Sustainability At Young Explorers Club: Our Green Initiatives

Young Explorers Club: Sustainability Commitments

We, at the Young Explorers Club, are committed to net-zero by 2035 and to a 50% waste reduction by 2028. Progress is tracked against a 2023 baseline on an annual operational-control KPI dashboard. The dashboard reports emissions, energy use, waste, water, and children served. We combine technical upgrades (LEDs, HVAC, solar, water capture, composting) with curriculum, volunteer and community partnerships, and transparent reporting that uses a three-color status and annexed assumptions. This approach delivers measurable environmental and educational outcomes.

Key Takeaways

• Headline targets: net-zero by 2035 and a 50% waste cut by 2028; we track progress quarterly and publish annual public KPI reports.
• One-page KPI dashboard (baseline 2023) shows total emissions, electricity use, waste diversion, water, and children served, plus baseline→current % change and a three-color status column for quick review.
• Planned upgrades: HVAC and envelope improvements, 100% LED by 2026, more on-site solar with modeled yields, and smart metering for circuit-level monitoring. We recommend circuit-level meters to spot inefficiencies and prioritize low-cost fixes.
• Waste and food systems: measure diversion using on-site composting (Joraform, worm bins, Bokashi), hauler manifests, and avoided-emissions estimates from established calculators to verify results.
• Curriculum and engagement: connect operations to learning. We track training hours, curriculum hours, volunteer contributions, active-travel initiatives, and case studies, and we include annexed assumptions to support auditability.

KPI Dashboard Details

Scope and Metrics

The dashboard focuses on operational-control metrics with an emphasis on transparency and auditability. Key metrics include total emissions (annual), electricity use (kWh), waste diversion rate, water consumption, and children served. Each metric displays baseline (2023), current, and % change, plus a three-color status for quick stakeholder review.

Reporting Cadence

We update operational metrics quarterly and publish an annual public KPI report that includes annexed assumptions to enable external review.

Planned Technical Upgrades

Energy and Efficiency

Planned measures include HVAC upgrades, building envelope improvements, and 100% LED lighting by 2026. We will expand on-site solar with modeled yields and install smart metering for circuit-level monitoring.

Benefits of Circuit-Level Metering

Circuit-level meters help identify inefficient loads, enable targeted low-cost fixes, and improve the accuracy of operational energy reporting.

Waste and Food Systems Measurement

Measurement Approach

We measure waste diversion using a combination of on-site composting systems (including Joraform, worm bins, and Bokashi), hauler manifests, and avoided-emissions estimates from established calculators to verify results.

Verification

Data sources include weighbridge/hauler manifests, on-site volume logs, and modeled avoided emissions. All assumptions are annexed to the KPI report to ensure auditability.

Curriculum, Volunteer and Community Engagement

Connecting Operations to Learning

Curriculum ties operational upgrades to hands-on learning. We track training hours, curriculum hours, volunteer contributions, and active-travel initiatives to demonstrate educational impacts alongside environmental performance.

Partnerships and Case Studies

We leverage volunteer and community partnerships to scale programs and document case studies that illustrate outcomes and best practices. Annexed assumptions support external review and replication.

Summary

The Young Explorers Club combines technical upgrades, robust measurement via a one-page KPI dashboard, and integrated educational programming to drive toward net-zero by 2035 and a 50% waste reduction by 2028. Our approach emphasizes transparency, auditability, and measurable progress.

Topline Commitment and KPI Dashboard

We, at the Young Explorers Club, pledge to reach net-zero by 2035 and reduce waste by 50% by 2028 — targets chosen to align with national climate commitments and the organisation’s values and science-based pathways.

We report on an operational control boundary that covers all owned and operated sites plus contracted services where we have control. Reporting is annual and aligned to the baseline year: 2023. Site selections and program design also prioritise outdoor learning close to local ecosystems, especially Swiss nature as a classroom (Swiss nature).

I confirm conversion uses the national grid emission factor of 0.45 kgCO2e/kWh for electricity-to-CO2e conversions (national inventory). All units are stated in the dashboard.

Headline KPIs

Below are the top five KPIs we show up front, with current numeric placeholders and before/after percentage-change placeholders for quick status checks:

• Total emissions: X tCO2e (Δ: ±X%)
• Electricity: X kWh/year (Δ: ±X%)
• Waste diversion rate: Y% (Δ: ±X%)
• Water: X m3/year (Δ: ±X%)
• Children served: X (Δ: ±X%)

Dashboard metrics, display spec and assumptions

I require the one-page KPI dashboard (A4 or web tile) to include the following mandatory numeric items; teams should replace placeholders with actual values in organisational reporting — Baseline year: 2023;

• Children served: X
• Sites: X
• Electricity: X kWh/year
• Natural gas: Y kWh/year or therms
• Solar capacity: X kW
• Annual solar generation: Y kWh/year
• Renewables % of electricity: Z%
• kWh per child per year: X
• kWh/m2/year: Y
• Total waste: X kg/year
• Waste diversion rate: Y%
• Food waste diverted: X kg/year
• Compost produced: Y kg/year
• Water: X m3/year
• Water reduction: Y%
• Total emissions: X tCO2e/year
• Scope 1: A tCO2e
• Scope 2: B tCO2e
• Scope 3: C tCO2e
• Trees planted: X
• Volunteer hours: X hours/year
• Staff training hours: Y hours/year
• Annual savings: $X/year
• Capital cost: $Y
• Payback: Z years

The graphic must show headline KPIs at the top with current numeric values and a right-hand column for baseline→current % change. Use a three-color status column (on-track / at-risk / off-track) for quick reading. Include a compact footer that lists key assumptions and the emission factor used (Used national grid factor: 0.45 kgCO2e/kWh — national inventory). The footer must also state the reporting boundary (operational control) and cadence (annual).

For immediate presentation, I recommend the following KPI display order:

1. Total emissions (tCO2e)
2. Electricity (kWh/year)
3. Waste diversion rate (%)
4. Water (m3/year)
5. Children served (count)

Keep visuals simple: bold numbers, a small delta column, and the status color to the far right for rapid executive review.

I expect teams to publish the full numeric table alongside the single-page graphic so auditors and program leads can drill into scope splits, assumptions, and the solar generation detail.

Energy, Emissions and Monitoring

We, at the young explorers club, track energy and emissions across our sites using clear metrics and established standards.

Annual electricity: X kWh. Natural gas: Y kWh/year. For normalized measures we report energy intensity as kWh per child per year: X and kWh/m2/year: Y. These let us compare performance across different buildings and cohorts.

On-site generation is reported as required: on-site solar: Y kW → Z kWh/year (≈ A% of electricity). Renewables % of electricity: Z%. Energy savings to date are documented against our baseline: energy reduction: B% vs baseline (absolute kWh saved: X kWh/year). CO2e avoided: C tCO2e/year (calculated using national grid factor: 0.45 kgCO2e/kWh).

Our annual GHG accounting reads: Total emissions: X tCO2e/year; Scope 1: A tCO2e; Scope 2: B tCO2e; Scope 3: C tCO2e. I follow the GHG Protocol corporate standard for methodology, with reporting boundary: operational control; reporting cadence: annual. That ensures comparability and auditability. We also use NREL PVWatts for solar yield estimates and Energy Star Portfolio Manager to centralize consumption data.

Planned upgrades and timelines with targets

• 2024–2027: HVAC improvements and controls upgrades at priority sites, with stage gates and post-commissioning performance checks.
• 2025–2028: Building envelope upgrades at Sites: X, focused on insulation, glazing and airtightness.
• 2026: 100% LED (full LED retrofit across sites), with lumen targets and dimming controls.

Monitoring tools, KPIs and practical guidance

Below I list the core monitoring stack and the KPI columns we display on our dashboard:

• Energy Star Portfolio Manager — I import monthly utility data for trend analysis and benchmarking.
• NREL PVWatts — I use this for modeled solar production and seasonality checks.
• Smart meters / submetering (Sense, Emporia Vue) — I recommend circuit-level monitoring for HVAC, kitchens and plug loads.
• Recommended metrics for the dashboard:
  • KPI | Baseline value | Current value | % change | Units | Target | Notes (emission factors used)
• Quick operational tips:
  • Add submeters to high-impact circuits first, then expand.
  • Automate monthly imports into Portfolio Manager to reduce transcription errors.
  • Reconcile NREL PVWatts estimates with inverter data quarterly.

We connect operational practice to program messaging and field activities via our eco travel guidance, so kids and staff see the link between site performance and low-impact adventures.

Waste, Food and Composting

Totals, diversion and normalization

We track three headline metrics each year so progress is clear and comparable. The primary numbers reported are: total waste: X kg/year; diversion rate: Y%; normalized waste intensity: kg/child/year. We break totals down by stream (general, recycling, organics) and by activity (meals, crafts, events). That lets us see where targeted actions will drop the most kilograms per euro invested. We also compare against past years to spot seasonal variation and program impacts.

Food waste, composting and practical systems

We measure food waste and compost output directly at the point of generation and at our compost bays. Key figures include: food waste diverted: Z kg/year; compost produced: A kg/year; compost used in gardens: A kg/year; single-use plastics reduced by B%. Our garden yield: Y kg/year and % local/organic: X% feed into menu planning; meals sourced locally account for Z% of total. Farm-to-site partnerships are listed in the detailed report.

Below I list the operational pieces we run and the tools we use to quantify impact:

• Collection and hauling: we separate organics on-site into labelled bins. Daily kitchen scraps go to our Joraform composter and worm bins; unavoidable mixed organics go to a contract composting facility via a local hauler. We weigh batches at transfer and record the hauler manifests for audit.
• On-site systems: Joraform for high-volume greens, worm bins for classroom food scrap programs, and Bokashi for cooked food diversion. Each system has a calibration weight so A kg/year is verifiable.
• Packaging and single-use reduction: we replaced X single-use cups/month with reusable cups in cafeterias and during events, and we switched craft supplies and snack packaging to reusable or compostable options where possible.
• Emissions estimate method: we estimate avoided methane/CO2e using EPA WARM with clear assumptions (baseline landfill disposal, organic fraction of diverted material = 70%, landfill methane capture = 0%, time horizon = 20 years). Entering food waste diverted: Z kg/year into the tool produces an avoided emissions figure that we record alongside waste metrics.
• Tools and calculators we recommend: EPA WARM and local council calculators for avoided methane/CO2e and annualized CO2e. For curriculum links and teaching kids about waste and composting, see our guide on environmental science camps.

Example KPI fields we keep in dashboards:

1. KPI | Baseline | Current | % change | Units | Target | Notes
2. Examples include: total waste | [kg] | [kg] | [%] | kg/year | target kg/year | weighted by enrolment.
3. food waste diverted | Z kg/year | A kg/year | B% | kg/year | increase diversion to 90% of food scraps.

Operational notes and recommendations we follow:

• We weigh every collection at source with a digital scale and log by class or kitchen shift. This keeps normalized waste intensity meaningful across enrollment changes.
• Compost application is measured by weight and tracked to each garden bed; compost used in gardens: A kg/year is applied to boost yields and soil health.
• Procurement strategy prioritizes local/organic where feasible; % local/organic: X% guides purchasing and supports our farm-to-site partners.
• Reporting cadence: monthly operational reports, quarterly KPI reviews, and an annual environmental statement that lists hauler contacts, system maintenance logs, and partnership details.

We monitor progress constantly and adjust. The numbers above let us set clear short-term targets and long-term reduction goals while keeping education and hands-on learning central.

Water, Biodiversity and Outdoor Spaces

We, at the Young Explorers Club, measure performance with clear, repeatable metrics and share results annually. Our site dashboard records water use: X m3/year and we calculate water use per child: X m3/year ÷ Children served so teams can compare cohorts and plan reductions. Operational upgrades have driven water reduction: Y% versus our baseline.

I will summarize the main technical specs and how we run the systems. We installed low-flow fixtures and rainwater capture to cut potable demand. The installed fixtures include low-flow faucets with fixture flow: A L/min and dual-flush toilets that reduce per-flush volumes. Rainwater storage sits at rainwater capacity: Z L and we estimate annual capture using roof area × rainfall × capture efficiency calculated per site. For reuse we blend rainwater and graywater where regulations allow; treat/filtration and local regulations are described in the full report. Reporting cadence: annual.

Installed systems, habitat metrics and monitoring

Below are the key devices, landscape outcomes and monitoring methods we use to run and improve the program:

• Plumbing and storage: low-flow faucets (fixture flow: A L/min), dual-flush toilets (dual-flush toilets spec), rainwater tanks (rainwater capacity: Z L) and site-specific capture estimates (roof area × rainfall × capture efficiency calculated per site).
• Water performance and compliance: metered flows at building outlets, system-level loggers for seasonal analysis, and annual compliance review; treat/filtration and local regulations are documented in the full report.
• Biodiversity metrics tracked: Trees planted: X; habitat area: Y m2; pollinator species observed: Z; plus the percent of site landscaped for habitat versus lawn.
• Garden inputs: compost applied: A kg/year to raised beds, planting lists that prioritize native species, pollinator garden installations and a seasonal activity calendar tied to school terms.
• Monitoring methods: species checklists, iNaturalist observations, before/after site area analyses and periodic photographic transects to validate habitat changes.
• Reporting and community use: site-level annual reports, classroom-ready summaries for kids, and teacher toolkits that link curriculum to on-site data.

We run practical checks every month and deeper audits each season. Field teams log flow anomalies, and teachers turn biodiversity surveys into class projects that feed into our monitoring database. That approach keeps kids engaged and gives familiar repetition for reliable data.

For program managers I recommend these quick actions:

• Prioritize leak detection first.
• Route rainwater to non-potable uses (irrigation, toilet flushing where allowed).
• Convert high-use fixtures to low-flow equivalents.

For educators, integrate the plots and monitoring into lessons using simple species lists and the seasonal activity calendar. We also point families to resources about outdoor play and conservation, such as kids and nature, to extend learning at home.

Curriculum, Engagement and Community Impact

Curriculum & training metrics

We embed measurable learning across daily practice. Our sustainability curriculum: X hours/year sits alongside nature-first pedagogy. Teachers run outdoor sessions per week: Y to build hands-on skills like composting, species ID and low-impact camping. Staff complete staff training: Z hours annually, covering pedagogy, risk management and behaviour-change techniques. I track progress with a simple case study template (baseline → program → measured improvement) so every module shows learning gains and operational impact.

I keep evidence living in an annex: lesson plans, attendance, and the baseline used for pre/post surveys. A sample measured outcome is pre/post surveys showing behaviour change (e.g., 40% increase in recycling knowledge — include baseline data in annex). Parent testimony is stored with consent recorded and linked to the relevant case study.

Engagement, transport and community partnerships

Below are the KPIs I report each quarter to show shift in habits and emissions.

• Volunteer hours: X hours/year
• Family car drop-off: X%
• Commuting emissions: Y tCO2e/year
• Green field trips per year: Z

I use those figures to target reductions. For example, walking buses and secure bike racks cut family car drop-off and lower commuting emissions: Y tCO2e/year in our baseline. We promote active travel through route maps, staggered start times and reward charts for kids who walk or cycle. Green field trips are planned with low-impact transport and local partners; resources like eco travel inform route choice and accommodation selection.

Community partnerships multiply our reach. I list X named organizations in the annex and map volunteer roles into our KPI dashboard so contributions feed straight into annual reporting. Volunteer recruitment focuses on clear roles:

• Trip leaders
• Classroom compost stewards
• Habitat monitors
• Family outreach liaisons

Each role ties to measurable outputs in the dashboard. I continually refine the program based on simple metrics: hours of curriculum delivered, training hours logged, volunteer hours and shifts in behaviour from pre/post surveys. That data informs every operational decision and the next season’s targets.

Targets, Finance, Partnerships and Case Studies

We set a clear roadmap with assigned leads and measurable checkpoints. Our headline milestones read “2026: 100% LED”, “2028: 50% waste diversion” and “2035: net-zero”, and each milestone links to a responsible lead—operations, curriculum or facilities—with quarterly KPI tracking and annual reporting.

Each milestone has specific KPIs and an owner. Examples include:

• energy intensity (kWh/site) owned by facilities;
• waste diversion rate owned by operations;
• curriculum hours on sustainability owned by curriculum.

We review these KPIs every quarter and publish an annual public KPI report. Supporting calculations and assumptions (emission factors, PVWatts, EPA WARM) will be published in the annex so anyone can reproduce our math.

Inefficiency reduction and revenue avoidance form the backbone of our finance plan. We report “annual savings: $X/year” aggregated from energy, waste and water reductions. Capital needs appear as “Capital cost: $Y” for grouped projects (solar, LED retrofits, HVAC upgrades). Individual project economics will show “Payback: Z years” and include worked examples in the annex.

I’ll share a representative worked case study to show how we model results. Site A installed 20 kW solar in 2022: produced 24,000 kWh/year (42% of site electricity), saved $3,000/year, avoided 6 tCO2e/year. That format repeats across sites so stakeholders can compare yield, savings and emissions avoided. Annex worksheets break each line item down and show the assumptions behind electricity prices, capacity factor and maintenance.

Certifications, partnerships and grant moments help us scale. We list credentials such as “Green Flag awarded in YEAR” on site materials and combine that recognition with targeted collaboration. Our partnerships: X named organizations bring technical mentoring, volunteer capacity and curriculum inputs. We also record funding milestones such as “grants: $Z awarded in YEAR” and tie those dollars to specific capital projects or program expansions.

Accountability and transparency are non-negotiable. We hold quarterly operational reviews with site leads. We upload an annual public KPI report that shows progress against the three headline milestones and includes all supporting calculations. Internal auditors spot-check data and the facilities team reconciles meter reads each quarter. We keep a living annex with model inputs so donors and partners can validate results.

Next deliverables and assets

Below are the items we’ll expand into full sections and publish as annexes or outreach pieces:

• A one-page KPI dashboard graphic for board and parent briefings.
• A year-on-year emissions chart that maps progress to “2035: net-zero”.
• A photo showing a working solar array, compost pile or garden.
• A clear call-to-action that invites volunteers and signups.
• An expanded case study pack with project-level payback tables.
• An online gallery tied to our environmental programs page that highlights curriculum links and on-site projects.

Sources

Intergovernmental Panel on Climate Change — Special Report on Global Warming of 1.5°C

United Nations Environment Programme — Global Environment Outlook (GEO-6): Healthy Planet, Healthy People

GHG Protocol — Corporate Accounting and Reporting Standard

Global Reporting Initiative — GRI Standards

International Organization for Standardization — ISO 14001: Environmental management systems

U.S. Environmental Protection Agency — Greenhouse Gas Equivalencies Calculator

U.S. Environmental Protection Agency — Waste Reduction Model (WARM)

ENERGY STAR — Portfolio Manager

National Renewable Energy Laboratory — PVWatts® Calculator

North American Association for Environmental Education — Guidelines for Excellence: Early Childhood

Foundation for Environmental Education — Eco-Schools

Our World in Data — CO₂ and Greenhouse Gas Emissions

Carbon Trust — Carbon footprinting and reporting guidance