Alicia RomanJakarta, IndonesiaLive

AquaBloom: Sustainable Water Solutions

Revolutionizing water management through innovative technologies and community-based projects, ensuring access to clean water for all.

Ecosystem ServicesWater ManagementSustainable Tech

About this project

AquaBloom is a promising, community-centred deployment of solar desalination and greywater recycling with embedded telemetry for dMRV. The proposal scores well on measurability and practical impact but lacks publicly documented methods, governance clarity, lifecycle impact assessment (brine/energy), and detailed open-science commitments.

AI summary by the Ozeaon Climate Intelligence System

Why this integrity score?

The OCIS Integrity Report below explains the reasoning behind the headline score — dimension by dimension — and is readable in full here.

Score Reasoning — Dimensions

The headline score is a weighted sum of six integrity dimensions assessed by the Ozeaon Climate Intelligence System.

Scientific Rigor20% weight
75
Technically plausible approach with known desalination and greywater methods, but the proposal lacks citations to peer-reviewed evidence, performance test results, and lifecycle impact assessments.
Open Science15% weight
65
Telemetry and a dMRV pipeline are claimed, but there is no clear commitment or plan to publish raw data, protocols, or reproducible analysis under open licenses.
Measurability (dMRV)20% weight
88
Continuous water-quality telemetry feeding dMRV is stated, enabling strong digital measurement potential, though specifics on sensors, QA/QC, and verification are missing.
Additionality & Impact15% weight
75
Provides clear local freshwater benefit (additional water access) and renewable power use, but lifecycle emissions, brine impacts, and counterfactual scenarios are not quantified.
Transparency & Governance15% weight
65
Community stewardship is positive, but the proposal omits governance structure, funding flows, ownership, and grievance/complaint mechanisms.
Community & Equity15% weight
74
Community stewardship is built-in, suggesting local engagement, yet details on benefit-sharing, safeguards, informed consent, and gender/social inclusion are sparse.

Strengths

Solar-powered, low-cost desalination plus greywater recycling targets the right technology mix for coastal freshwater stress.
Stated continuous telemetry feeding a dMRV pipeline is a strong foundation for digital measurement and near-real-time monitoring.
Community stewardship program indicates local engagement and potential for durable operations and local capacity-building.

Risks & Gaps

No public protocols, sensor specs, QA/QC procedures, or open-data commitments — weakens reproducibility and independent verification.
Lifecycle and environmental risks (brine disposal, increased coastal salinity, embodied emissions of systems) are not addressed.
Governance, funding flows, ownership, and safeguard mechanisms are unspecified, risking inequitable outcomes or operational opacity.

dMRV Recommendation

Tier

Tier 2 — Operational dMRV

Cadence

Real-time telemetry with automated QA/QC; monthly aggregated reports published publicly; annual independent verification and lifecycle update.

Recommended

Yes

Telemetry is already claimed and supports near-real-time measurement — an operational (Tier 2) dMRV is appropriate to capture production volumes, water quality, energy use, and environmental discharge. Monthly public reporting plus annual third-party verification balances operational burden with transparency and credibility.

Continuous water-quality telemetry: TDS/EC, turbidity, pH, temperature (high-frequency)Flow metering for produced water and recycled greywater volumesSolar PV production and energy-use monitoring (kWh), battery statusBrine discharge monitoring (salinity, flow) and coastal salinity surveysOperational logs, maintenance records, and community feedback surveysStandardized APIs and open data formats (OGC SensorThings / JSON-LD) plus secure centralized storage

About this project

Generating OCIS summary & integrity report…