Sustainable Innovation
Sustainable Technology, Green Innovation & California’s Future
California should lead technological growth in a way that protects public utility grids, preserves natural resources, and builds local manufacturing capacity.
Key Commitments
Technology policy should align private innovation with public resilience: large new power users should bring new power, large new water users should fund water infrastructure, technology waste should become manufacturing inputs, and public research should generate public value.
- 01require AI data centers to secure independent clean power capacity off the public grid
- 02establish localized infrastructure contribution fees for server cooling water consumption
- 03integrate e-waste and battery recovery into a self-sustaining circular economy
- 04reinvest technology R&D partnerships directly into public UC and CSU research systems
California already leads the world in technology and research. The next challenge is ensuring growth strengthens public infrastructure instead of overwhelming it. AI, data centers, and advanced manufacturing will increase pressure on the grid, water systems, and housing unless private expansion is aligned with public resilience.
The solution is enforceable rules: companies that consume major infrastructure should help build it. Linking technology expansion to clean energy, local grid capacity, and circular resource loops protects ratepayers while keeping innovation strong.
The Core Principle
Technology policy should align private innovation with public resilience: large new power users should bring new power, large new water users should fund water infrastructure, technology waste should become manufacturing inputs, and public research should generate public value.
- require AI data centers to secure independent clean power capacity off the public grid
- establish localized infrastructure contribution fees for server cooling water consumption
- integrate e-waste and battery recovery into a self-sustaining circular economy
- reinvest technology R&D partnerships directly into public UC and CSU research systems
Infrastructure consumption has a cost. We align private expansion with public capacity.
Execution Order
Sustainable Innovation Sequence
We secure long-term innovation in three steps: protect the grid, build resource-recycling loops, and expand public-interest research that retains high-wage jobs in California.
[Data Center Load] ───> Must Purchase ───> [Dedicated Clean Generation]
│
[Server Cooling Water] ──> Infrastructure Fee ──> [Recycled Water Projects]
│
[Battery/E-Waste] ─────> Circular Mandates ────> [Rural Manufacturing Hubs]Phase 1
Protect the Public Energy Grid
Prevent new computing loads from straining utility capacity or raising household bills.
- Require Power Independence: Mandate that all new commercial data centers exceeding 50 megawatts build or purchase their own new, clean generation capacity to offset their total grid load [Source →].
- Expose Infrastructure Costs: Require tech companies to pay the full cost of localized transmission and substation upgrades, preventing monopolies from shifting these liabilities to everyday ratepayers [Source →].
Phase 2
Establish Circular Resource Rules
Tie cooling demand and hardware waste to water resilience and rural manufacturing.
- Server Cooling Water Surcharges: Require data centers utilizing evaporative cooling to pay a localized infrastructure fee, funding municipal wastewater recycling and purple-pipe expansion [Source →].
- Connect the Circular Bio-Economy: Coordinate battery and hardware recycling programs to feed recycled components into rural manufacturing hubs (integrated with the Biomass-to-Energy and mass-timber workforce detailed in our Rural Communities strategy).
Phase 3
Catalyze Public-Interest Research
Keep R&D value in California by linking public research to workforce and manufacturing outcomes.
- Establish the California Green Innovation Foundation: Match state infrastructure grants with private R&D funding exclusively for UC and CSU engineering programs to design microgrid and clean water technologies.
- Retain Licensing Dividends: Ensure a percentage of patents developed through state-funded research returns directly to the state general fund to offset education costs.
Pillar I: Data Center Power Independence
The rapid expansion of artificial intelligence requires massive server farms that consume enormous quantities of electricity. Berkeley National Laboratory projects substantial growth in data center electricity demand over the coming decade, creating significant grid-planning and infrastructure challenges [Source →].
We will enforce a power-independence rule: AI data centers must buy or build dedicated clean capacity (such as off-site solar, wind, or geothermal). This reduces cost-shifting and limits transmission-upgrade pressure on household bills.
Operational Mandates:
- Grid Neutrality Test: Before any large data center is granted a utility hookup, it must prove that its operation will not increase net electricity rates or blackouts for surrounding residential areas.
- Off-Grid Co-location: Establish fast-tracked zoning for data center sites that are directly co-located with dedicated new clean energy generation, minimizing grid transmission bottlenecks.
Requiring large operators to fund clean capacity can cut emissions without pushing added costs onto families.
Pillar II: Cooling Efficiencies & Circular Manufacturing
Data centers can place concentrated water demand on specific local systems, especially in drought-prone regions [Source →]. Additionally, rapid hardware cycles produce large e-waste streams containing toxic materials.
We will require cooling systems to prioritize recycled or non-potable water, with local surcharges that fund municipal recycling infrastructure. We will also require tech firms to take financial and physical responsibility for server battery and electronics recycling, feeding materials into local manufacturing supply chains.
Resource Protection Rules:
- Recycled Water Mandate: Large-scale data centers are prohibited from using drinking water for server cooling where municipal recycled water or dry-cooling alternatives are operationally feasible.
- E-Waste Reclamation Bonds: Establish a state reclamation bond paid by technology manufacturers to secure the retrieval and safe recycling of commercial lithium batteries and servers.
Technology growth should strengthen, not deplete, local resource resilience.
Pillar III: The Public Research & Innovation Catalyst
California’s public university systems are among the most powerful research engines in the world, yet public research often produces economic gains that are not fully retained in California communities.
We will restructure state research partnerships through the California Green Innovation Foundation. The model pools private R&D grants with state matching funds at UC and CSU campuses. In exchange, patents must include local manufacturing pathways and a public-return mechanism that sends a share of licensing value back to the state.
The Green Innovation Foundation Blueprint:
- Governance Board: A 9-member oversight board consisting of 3 UC Regents, 2 CSU Trustees, 2 state infrastructure directors, and 2 independent technology investment experts (with no active private fund conflicts) to steer research allocations.
- Funding & Budget: A $500 million initial state capitalization funded through a 2.5% surcharge on large data center electricity hookups, paired with a 1:1 private sector matching requirement.
- Specific Tech Focus: Direct funding exclusively toward high-priority public resilience challenges: distributed utility microgrids, energy-efficient desalination processes, grid-scale battery chemistry, and advanced lithium-ion/battery recycling systems.
- Timeline: Enact the foundation charter within Year 1, establish regional research hubs at 5 designated UC/CSU campuses by Year 2, and launch the first round of commercial pilot deployments by Year 3.
- Patent Dividend Mechanics: Establish a statutory 15% patent licensing dividend. For all technologies commercialized using foundation funding, 15% of gross licensing revenue is returned to the state: 10% is directly earmarked for UC/CSU undergraduate tuition subsidies and 5% is returned to the foundation to self-fund future research rounds.
State R&D Safeguards:
- Local Manufacturing Preference: Any technology developed using state matching grants receives tax credits if its physical manufacturing and supply chain are maintained within California.
- CSU/UC Apprenticeship Integration: Pair R&D grants with mandatory trade apprenticeships and vocational training programs at public community colleges, building a skilled local workforce.
Public funds should build durable local capacity and return measurable value to the public.
Four Operating Rules
Rule 1: Big new power users should bring new power.
Rule 2: Big new water users should help fund local water resilience.
Rule 3: Technology waste should become inputs for local manufacturing.
Rule 4: Public research should create public value through jobs, production, and patent dividends.
Debate Matrix: Anticipated Attacks & Counter-Pivots
| Opponent's Attack | The Ruiz Counter-Pivot |
|---|---|
| "Forcing data centers to buy their own power will drive tech companies and jobs out of California." | "California remains a core market for tech talent and customers. The rule is simple: if you run large AI infrastructure here, bring dedicated clean power with it. That protects grid reliability and ratepayers from cost-shifting [Source →]." |
| "Requiring dry-cooling and recycled water will raise operational costs, slowing down AI research and local software startups." | "We separate startup software activity from industrial-scale infrastructure. A laptop developer is not the issue. Multi-billion-dollar server farms with concentrated water demand in drought-prone regions should fund water resilience as part of doing business [Source →]." |
| "Forcing tech firms to pay patent dividends or restrict manufacturing to California is protectionist and will cause them to conduct research in other states." | "Our opponent wants to continue writing blank checks of public taxpayer money to fund research that private corporations then take out-of-state to build factories in Texas or overseas. That is a bad deal for California. If a company wants to utilize our world-class public university system and receive state matching grants, it is only fair that the manufacturing jobs and a modest licensing dividend return to the taxpayers who funded the research. Our opponent lets private interests walk away with public assets; we build a circular return on investment." |
The Simple Version
Technology growth should strengthen public infrastructure, not overwhelm it. Our plan ensures that the companies consuming the most resources pay for the resilience they require.
We require large new data centers to fund their own clean energy generation rather than draining the public grid, and mandate that server farms utilize recycled water or dry-cooling systems. We establish a $500 million Green Innovation Foundation at UC and CSU campuses, financed by server hookup fees, ensuring that publicly funded research creates local manufacturing jobs and patent dividends for California students.
The Goal
The goal is a California that leads in sustainable innovation while protecting utilities, water systems, and ratepayers.
With clear power, water, recycling, and research rules, advanced technology and public resilience can grow together.
- grid stability protected from private energy-intensive computing loads
- water resources secured by dry-cooling and purple-pipe funding requirements
- clean energy acceleration funded entirely by expanding private tech developers
- a self-sustaining circular economy that turns battery and e-waste into local manufacturing jobs
- high-wage engineering and technical careers retained inside California public systems