SOLAR-THERMAL WATER PLATFORM UNDER DEVELOPMENT

Water. Energy. Life.

RAVERK is developing one solar-thermal water platform with planned mobile, modular and future industrial deployment pathways.

01

ALPHA-1
Mobile water and pilot platform

CURRENT MVP PATHWAY / ALPHA-1

Build. Measure.
Validate.

ALPHA-1 is intended for mobile water production, pilot deployment, Water-as-a-Service and selected restoration use cases.

Illustrative ALPHA-1 engineering concept with Fresnel optics, copper receiver and thermal storage01 Conceptual copper receiver surface02 Preliminary 10–15 cm focal-gap estimate03 Proposed insulated sand accumulator

ALPHA-1

Mobile water and
pilot platform.

ALPHA-1 is the mobile prototype pathway for water production, Water-as-a-Service, pilot deployment and selected restoration use cases. The preliminary output target is 12–23 m³/day, subject to validation.

Preliminary technical baseline
01 / WATER

Fresh water

12–23 m³/day

Preliminary target, not field performance

02 / EVIDENCE

Current stage

Prototype

Engineering and assembly

03 / STORAGE

Thermal accumulator

Sand

Concept subject to validation

04 / PROCESS

Distillation

10 vacuum stages

Proposed cascade architecture

RAVERK ATLAS-1 commercial modular water units with Fresnel-lens bodies

PRODUCT / 02 — ATLAS-1

Modular commercial
water unit.

ATLAS-1 uses the same integrated Fresnel-lens body, copper receiver, sand heat storage and ten-stage vacuum distillation for customer-owned, long-term water production. Multiple units connect into an ATLAS train.

CURRENT ENGINEERING CONCEPT

One proposed thermal chain.

Final optical geometry, materials and thermal performance require prototype validation.

Sunlight
Fresnel optics
Copper receiver
Sand heat storage
10 vacuum stages
Fresh water

Optical concept
Preliminary focal-gap estimate of approximately 10–15 cm, subject to modelling and measurement

Evidence boundary
Receiver geometry, heat transfer, storage losses and vacuum-stage performance remain to be validated

MOBILE DEPLOYMENT

Place. Connect. Operate.

No separate mirror field or external solar structure is required.

01

Transport

The 40-foot optical container travels as one integrated unit.

02

Connection

Connect source water, freshwater storage and the intended distribution system.

03

Operation

The Fresnel body directs heat to the copper receiver and sand accumulator for ten-stage vacuum distillation.

FUTURE PATHWAY / RAVERK TITAN

Future industrial integration concept.

TITAN is a future building-scale or infrastructure integration pathway. Output, geometry, materials and economics will be defined only after validation of the modular platform and site-specific engineering.

TITAN is not included in the current MVP and is not presented as a proven commercial product.

Future roof and wall optics conceptCopper receiver conceptThermal-storage integrationSite-specific engineering required
Illustrative RAVERK TITAN industrial integration conceptIllustrative ATLAS-1 modular conceptIllustrative ALPHA-1 mobile concept

ONE PLATFORM — PLANNED PATHWAYS

ALPHA-1Mobile prototype pathwayATLAS-1Planned modular configurationTITANFuture industrial concept
Ivan Toma, Founder and CEO of RAVERK

ABOUT RAVERK

“The future will not be built by taking more from nature, but by learning how to give something back. Every ecosystem has its own balance, and our role is not to replace it, but to restore what has been lost and help life return where it can flourish naturally.”

Ivan Toma Founder & CEO, RAVERK

RAVERK’s Green Planet initiative considers how modular water and energy infrastructure can support the regeneration of coastal and arid landscapes over time.

RAVERK PLATFORM

One platform. Planned deployment pathways.

The current programme focuses on validating an integrated mobile prototype before commercial and industrial scale-up.

01

ALPHA-1

Mobile water production, pilots, Water-as-a-Service and selected restoration use cases.

02

ATLAS-1

Planned modular commercial configuration, subject to successful validation.

03

TITAN

Future industrial integration concept; scope and output are not yet defined.

Illustrative concept of multiple RAVERK units at a planned restoration site

RAVERK GREEN PLANET

Help create the first RAVERK Green Planet Forest.

Green Planet is a planned restoration programme with site-specific water, planting, monitoring and verification pathways.

Any tree records, certificates and ecological outcomes are subject to site-specific planting, monitoring and independent verification.

YOUR TREE. YOUR LEGACY.

One certificate.
One future tree.

A physical, signed and individually numbered certificate represents a future tree-planting obligation within the RAVERK Green Planet program.

01

Tree Certificate

Official printed certificate, unique number, RAVERK signature and one-tree planting obligation.

02

Tree Archive

After planting: unique tree number, species, planting date, GPS coordinates, photo verification and archive link.

03

Physical Marker

A discreet engraved glass-stone marker can identify the tree with its number, benefactor, species and planting date.

04

Living Ecosystem

Multiple water units support irrigation networks designed to help restoration grow beyond a single tree.

POTENTIAL FUTURE FUNDING PATHWAYS

Subject to chemical and commercial validation.

Certificate-based participation and possible salt-recovery applications are being evaluated as potential future support for Green Planet.

Feed chemistry testingSalt compositionProduct safetyRegulatory reviewMarket validationSite economics

No salt product availability or revenue is assumed. Any certificate, planting record, ecological outcome or recovered-salt application depends on project development, permissions, monitoring, independent verification and applicable regulation.

PRELIMINARY TECHNICAL BASELINE

Designed to be measured.

Current status
Engineering design and prototype assembly
Solar concept
Fresnel optical elements; final geometry to be validated
Focal-gap estimate
Approximately 10–15 cm; preliminary
Heat receiver
Copper receiver surfaces; final arrangement open
Heat transfer
Copper loop concept subject to thermal testing
Thermal storage
Insulated sand accumulator concept
Water process
Proposed 10-stage vacuum evaporation
ALPHA-1 target
12–23 m³/day; not measured field performance
TITAN
Future concept; output to be defined after validation

APPLICATIONS

Built for demanding conditions.

Coastal communities

Water infrastructure for exposed coastal locations.

Industrial sites

Modular support for resource-intensive operations.

Remote operations

Off-grid systems built around dependable output.

Disaster relief

Rapid deployment where critical water is needed.

CONTROLLED INVESTOR ACCESS

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