Atmospheric water generator
High-capacity water generation can support local water access, resilience and reduced dependence on imported bottled water.
Pelican Project
A premium industrial offer for project owners who want to combine water, biobased packaging, local production, brand impact and a realistic deployment roadmap.
Two pillars
Each service level supports one of the two pillars: creating local water through atmospheric generation, and packaging it in a 100% biobased biodegradable compostable bottle.
High-capacity water generation can support local water access, resilience and reduced dependence on imported bottled water.
A petroleum-free biobased bottle, designed as biodegradable and compostable under suitable conditions, strengthens the environmental and brand positioning.
Premium opportunity
Instead of importing bottled water and petroleum-based packaging, Pelican Project helps structure a local production model that can create its own water brand, reduce logistics impact and build a visible green technology story.
*Indicative only. Budget and timeline depend on capacity, equipment, country, logistics, molds, installation, regulatory context and selected options.
Water access for all
Pelican Project can integrate high-capacity atmospheric water generation into a complete local production model. The objective is simple and powerful: create water where it is needed, bottle it locally, reduce logistics pressure and give territories a new tool for water resilience.
*Indicative capacity. Actual output depends on climate, air humidity, temperature, energy availability, equipment configuration, maintenance and operating conditions.
Investment narrative
This is not only a bottle factory. It is a green technology platform that can contribute to water security, local production, reduced petroleum dependency and a premium water brand with measurable social and environmental meaning.
Service levels
Pelican Project can intervene at several levels depending on your stage: component sourcing, technical development, industrial execution, on-site installation and operational training.
Biobased raw material supply and compatibility logic for the target bottle and production process.
Preform format, weight and neck finish defined according to the desired bottle and use case.
Preform and bottle molds coordinated with the technical and production objectives.
Bottle design, technical drawings, 3D direction and brand positioning.
Injection, blowing, filling, labeling, packing, conditioning and AWG option.
Installation and commissioning of industrial equipment and production tools on site.
Training operators and local teams on production machines, quality routines and operating procedures.
Industrial sketch
The project can combine two streams: the bottle manufacturing line and the water line. Water can come from an atmospheric water generator, the network or a spring source, then move through treatment, bottling and final packaging.
This industrial chain can be delivered with installation on site and training on the production machines.
Biobased raw material supply for partners who need reliable input for preform injection, bottle blowing and petroleum-free packaging projects.
Standard or project-specific preforms, with definition of neck finish, weight, bottle capacity, compatibility and trial batches.
Preform molds and bottle molds coordinated according to the bottle concept, production process and technical constraints.
Bottle concepts, technical drawings, 3D direction, ergonomics, brand identity and production-ready specifications.
Complete plant offer including injection press, blow molding machine, filling line, labeling, packing and conditioning equipment.
Step 1
The industrial logic starts with material. Pelican Project can support the commercial supply and coordination of biobased raw material adapted to injection and blowing constraints.
Step 2
Pelican Project can commercialize preforms for bottle projects and help define the right technical basis: neck finish, weight, bottle capacity, material compatibility, testing sequence and production planning.
Step 3
Pelican Project can coordinate mold creation according to the bottle concept, expected capacity, production process and supplier requirements.
Step 4
Pelican Project can design bottle concepts and prepare the technical direction needed for mold development, production discussions and investor presentations.
Step 5
Pelican Project can structure a full plant offer for local production: injection press, preform mold, blow molding machine, bottle mold, filling and conditioning line, with the option to integrate water treatment or atmospheric water generation, then deliver on-site installation and training for the production teams.
Marketing impact
The concept can be positioned as a modern green technology project: local production, reduced petroleum dependency, lower transport pressure, local jobs and a strong premium water brand.
Producing closer to the market can reduce transport pressure and avoid unnecessary movement of finished bottled water.
Biobased materials help reduce dependence on fossil resources used in conventional plastic packaging.
A local production unit can create technical jobs, training, maintenance needs and industrial know-how.
The investor can build a visible water brand connected to territory, hospitality, ecology and innovation.
Technical information needed
For raw material, preforms, molds or turnkey plant discussions, the first review is faster when the basic data is clear.
Next step
Send the market, target volume, desired bottle format, country and investment stage. Pelican Project can help frame the technical offer, budget logic, execution timeline and impact narrative.