## **DOCUMENT 6: CERTIFICATION STANDARDS FRAMEWORK** (REVISED) ### **CERTIFICATION STANDARDS FRAMEWORK (Overview)** ### **Sustainable Integrity Certification Association** --- **Note:** This document provides the structural framework. Detailed technical specifications for each pillar will be developed by the Standards Committee and published separately. --- #### **I. CERTIFICATION TIERS** Products are certified based on how many of the Five Pillars they achieve: | Tier | Pillars Achieved | Mark Color | | ------------ | ---------------- | -------------- | | **Platinum** | 5/5 | Platinum/White | | **Gold** | **4/5** | Gold/Yellow | | **Silver** | **3/5** | Silver/Gray | | **Bronze** | **2/5** | Bronze/Orange | | **Copper** | **1/5** | Copper/Brown | **All-or-Nothing Scoring:** - Each pillar is either achieved or not achieved - No partial credit within a pillar - Clear, binary assessment ensures rigor **Note on Tier-Material Relationship:** - **Platinum:** Requires 5/5 pillars AND **all materials must be Tier 1**. - **Gold:** Requires 4/5 pillars. This is the **maximum** certification level for a product containing any **Tier 2** materials. - **Silver:** Requires 3/5 pillars. This is the **maximum** certification level for a product containing any **Tier 3** material, regardless of its pillar count. Tier 3 materials also automatically fail Pillar 4. - **Tier 4:** Products containing any Tier 4 material are not certifiable. **Plus Designation (Shipping and Assembly):** - Any tier may carry the Plus designation, shown as a suffix (for example, "Copper Plus" or "Gold Plus"). - **Requirement:** The manufacturer offers customers delivery and/or assembly of the product performed exclusively with vehicles and tools that hold **Platinum** certification. - The service must be offered as an option to customers. Customers are not required to choose it. - Plus does not change the pillar count or the tier, and it cannot lift a material cap. - **Verification:** Annual compliance reporting must include records of the service offered and an inventory of every vehicle and tool used, with its SICA certification ID. - Plus lapses immediately if the service is withdrawn or any vehicle or tool used loses Platinum certification. The manufacturer must notify SICA within 30 days. - Few vehicles or tools can meet Platinum today, so Plus is intended to reward and encourage future progress in logistics. --- #### **II. THE FIVE PILLARS** --- ### **PILLAR 1: LONGEVITY (Buy It For Life)** **Objective:** Products designed for maximum lifespan with no planned obsolescence. **Core Requirements:** 1. **Durability Standards** - Materials rated for minimum expected lifespan: - Durables: 25+ years normal use - Semi-durables: 10+ years - Consumables: N/A (see #3) - Accelerated aging testing required - Failure mode analysis documented 2. **No Planned Obsolescence** - No intentional design to fail or degrade - No software updates that brick devices - No forced upgrades through compatibility removal - Spare parts available for minimum periods: - Durables: 30 years - Semi-durables: 15 years 3. **Consumables Exception** - Products designed for consumption (food, soap, candles, etc.) must be: - Compostable within 180 days, OR - Biodegradable with no harmful residues, OR - Fully recyclable with established recycling stream 4. **Modular Design** - Components upgradeable without replacing entire product (where applicable) - Standardized interfaces preferred - Future-proofing through flexible design **Testing Methods:** - ASTM durability standards (where applicable) - Accelerated lifecycle testing - Historical failure data analysis - Spare parts availability verification --- ### **PILLAR 2: REPAIRABILITY** **Objective:** Products engineered to be easily repaired, minimizing waste and extending useful life. **Core Requirements:** 1. **Right to Repair** - Repair manuals publicly available (free) - Exploded diagrams and schematics accessible - No voiding of warranty for user repairs - No proprietary tools required (or sold at cost) - No software locks preventing repair 2. **Design for Repair** - Modular construction with replaceable components - Standardized fasteners (no security screws) - Minimal adhesives (prefer mechanical fasteners) - Clear labeling of components - Common parts used where possible 3. **Parts Availability** - Replacement parts sold at reasonable prices - No bundling of parts (sell individually) - Parts available for minimum periods (same as Pillar 1) - Third-party parts not restricted 4. **Repair Scoring** - Products scored using standardized repairability index (0-10) - Minimum score: 7/10 to achieve pillar - Based on disassembly time, tool requirements, parts cost **Testing Methods:** - iFixit-style teardown analysis - Timed repair scenario testing - Parts pricing review - Documentation completeness audit --- ### **PILLAR 3: SUSTAINABLE DISPOSAL** **Objective:** End-of-life disposal with no environmental impact, or complete recovery/storage of all materials. **Core Requirements:** 1. **Compostable Path** (Preferred for organic materials) - ASTM D6400 or EN 13432 compliance - 90% degradation within 180 days - No toxic residues in compost - Home compostable preferred over industrial 2. **Zero Environmental Impact Path** - All materials break down to benign substances - No microplastics generation - No bioaccumulative compounds - No persistent chemicals (no PFAS, no heavy metals) 3. **Complete Recovery Path** (If #1 or #2 impossible) - 100% of materials recoverable through established systems - Disassembly for material recovery required - Manufacturer take-back program mandatory, OR - Established municipal/commercial recycling available - No downcycling (materials maintain value) 4. **Hazardous Material Storage** (Only if absolutely necessary) s - Permanent, 100% effective containment demonstrated - Used only when no alternative exists - Volume minimized - Clear disposal instructions provided **Testing Methods:** - Compostability testing (ASTM D6400, ISO 14855) - Leachate analysis (no toxins) - Disassembly for recycling assessment - End-of-life pathway verification - Take-back program audit --- ### **PILLAR 4: ENVIRONMENTAL SAFETY** **Objective:** No harm to human, animal, or plant health at any stage of product lifecycle. **Core Requirements:** 1. **Material Safety** - All materials classified in **Tier 1 or Tier 2**. - **Products containing any Tier 3 material automatically fail this pillar.** - **Products containing any Tier 4 material are not certifiable.** 2. **No Carcinogens** - Zero IARC Group 1 or 2A carcinogens. - Group 2B carcinogens only if: - Exposure demonstrably zero during normal use, AND - Contained through entire lifecycle. 3. **No Endocrine Disruptors** - Zero substances on EU ED List - Zero BPA, phthalates, PFAS - Organic fibers (avoid pesticide residues) 4. **Supply Chain Requirements** - Full disclosure of all materials >0.1% by mass - Supply chain audit for material sourcing - No child labor or forced labor - Adherence to environmental laws in production 5. **Lifecycle Assessment** - No toxic byproducts in manufacture - No air/water/soil pollution above regulatory limits - Transportation impacts considered - Energy use in production assessed (feeds into Pillar 5) **Testing Methods:** - Material composition analysis (GC-MS, XRF, etc.) - Toxicology review (existing literature) - Supply chain audit - Lifecycle assessment (ISO 14040/44) - Worker exposure assessment --- ### **PILLAR 5: EFFICIENCY** **Objective:** Minimal resource and energy consumption throughout product lifecycle. **Core Requirements:** 1. **Energy Efficiency** (For powered products) - Top 10% efficiency in product category - ENERGY STAR equivalent or better - Standby power <0.5W - No phantom load 2. **Passive Products** - Products requiring no energy automatically meet this criterion IF: - Manufacturing energy use assessed and minimized - Transportation energy reasonable (local preferred) 3. **Buildings** - New construction: Passive House standards or equivalent - Major renovations: 50% energy reduction vs. baseline - Airtightness: 0.6 ACH50 or better - High-performance envelope (R-40+ walls, R-60+ roof) s - Heat recovery ventilation required 4. **Resource Efficiency** - Minimal packaging (plastic-free preferred) - Concentrated formulas for liquids - Lightweight design without sacrificing durability - Minimal water use in manufacturing 5. **Embodied Energy** - Full lifecycle energy accounting - Local materials preferred (reduce transportation) - Renewable energy in manufacturing (bonus credit) **Testing Methods:** - Energy consumption testing (DoE test procedures) - Building energy modeling (PHPP or equivalent) - Blower door testing for buildings - Lifecycle energy analysis - Packaging waste assessment --- #### **III. MATERIAL TIER SYSTEM** The Environmental Safety pillar relies on material classification: --- ### **TIER 1: FULLY CERTIFIED MATERIALS** **Criteria:** - 50+ years of widespread human use - Multi-generational exposure data - Known environmental breakdown pathways - No carcinogenic properties at exposure levels - No hormone disruption - Peer-reviewed safety data **Examples:** - Natural fibers: cotton, wool, linen, hemp, silk - Solid wood (untreated or naturally treated) - Natural rubber - Glass - Metals: iron, steel, stainless steel, copper, brass, bronze, aluminum - Natural stone: granite, marble, slate - Ceramics (lead-free, naturally glazed) - Beeswax, plant oils - Natural pigments and dyes **Certification Limit:** **Eligible for Platinum** --- ### **TIER 2: PROVISIONAL MATERIALS** **Criteria:** - 10-50 years of use - Incomplete long-term safety data - Promising but not fully proven - No known acute toxicity - Ongoing studies required **Examples:** - Silicone - Bioplastics (PLA, PHA, etc.) - Modern engineered woods (with disclosed binders) - Some newer alloys - Natural materials with new processing methods - Certain plant-based polymers **Certification Limit:** **Gold** (Products with Tier 2 materials pass Pillar 4 but are ineligible for Platinum) **Requirements:** - Products must carry disclosure: "Contains materials under ongoing evaluation" - Manufacturer commits to tracking studies - Re-evaluation every 5 years - Upgrade to Tier 1 possible with sufficient data --- ### **TIER 3: RESTRICTED MATERIALS** **Criteria:** - Known concerns or limitations - Safe only with specific engineering controls - Use-case restrictions apply - Better alternatives preferred **Examples:** - Certain plastics if fully encapsulated - Treated woods (if treatment disclosed and contained) - Composite materials with partial data **Certification Limit:** **Silver** (Products with Tier 3 materials **automatically fail Pillar 4** and are capped at Silver regardless of their pillar count) **Requirements:** - Strict use limitations (structural only, never food contact, etc.) - Enhanced disposal requirements - Manufacturer must demonstrate containment --- ### **TIER 4: NON-CERTIFIABLE MATERIALS** **Criteria:** - Known toxicity - Endocrine disruption - Carcinogenic properties - Persistent environmental harm - Microplastic generation **Examples:** - PFAS (forever chemicals) - BPA and similar endocrine disruptors - Lead-based materials (paint, solder, etc.) - Arsenic-treated materials - Most conventional plastics (additives + breakdown) - PVC (plasticizers, chlorine release) - Polystyrene (styrene migration) **Certification Limit:** **NOT CERTIFIABLE** --- #### **IV. BURDEN OF PROOF** **Precautionary Principle Applied:** - Manufacturer must prove material safety - SICA does not need to prove harm to restrict - Absence of evidence is not evidence of safety - When in doubt, restrict to lower tier **Evidence Requirements:** **For Tier 1 (50+ year data):** - Published epidemiological studies - Multi-generational exposure data - Environmental persistence studies - Breakdown pathway documentation - Absence of hormone disruption (peer-reviewed) **For Tier 2 (10-50 year data):** - Minimum 10 years real-world use - Acute toxicity studies (multiple species) - Short-term human exposure data - Preliminary environmental studies - Ongoing monitoring commitment **For Tier 3:** - Safety under specific conditions demonstrated - Exposure controls documented - Risk assessment completed --- #### **V. STANDARDS DEVELOPMENT PROCESS** 1. **Draft Standards** - Standards Committee develops detailed criteria 2. **Scientific Review** - Scientific Advisory Council validates scientific basis 3. **Public Comment** - 60-day comment period, all comments reviewed 4. **Revision** - Standards Committee incorporates feedback 5. **Board Approval** - Final standards approved by Board 6. **Publication** - Standards published online (open access) 7. **Implementation** - 6-month grace period before enforcement 8. **Review Cycle** - Standards reviewed every 3 years minimum --- #### **VI. CERTIFICATION MARK USAGE** **Approved Formats:** - Tier badge (Platinum/Gold/Silver/Bronze/Copper), with "Plus" added where earned - Shows tier and pillars achieved - QR code linking to full certification details - Includes certification ID number **Restrictions:** - May only be used on certified products - Must match certified configuration exactly - Changes to product require re-certification - Logo license must be current - Misuse results in revocation --- **This framework document adopted by the Board of Directors on November 7, 2026.** **Detailed technical specifications for each pillar to be developed by Standards Committee and published separately.**