Guides
Practical explanations and step-by-step knowledge for building, testing and operating Sustainable Oasis systems.
Explore Guides →SUSTAINABLE OASIS KNOWLEDGE BASE
Learn from what we build.
Sustainable Oasis Knowledge transforms experiments, field tests, measurements and real projects into reusable information.
The objective is not simply to publish ideas. It is to preserve what was tested, what was measured, what worked, what failed and what can be repeated.
QUESTION
EXPERIMENT
DATA
RESULT
KNOWLEDGE
REPLICATION
KNOWLEDGE PRINCIPLE
Knowledge becomes valuable when someone can use it.
Sustainable Oasis documentation is designed to move beyond isolated notes and disconnected experiments.
We organize information so a useful lesson can become a guide, a blueprint, a case study or a future system improvement.
KNOWLEDGE LIBRARY
Six ways to preserve what we learn.
Blueprints
Repeatable system designs built from measured prototypes and field experience.
Explore Blueprints →Field Notes
Observations, lessons, maintenance notes and raw insights from real development work.
Explore Field Notes →Case Studies
Detailed stories showing how complete systems performed under real conditions.
Explore Case Studies →Glossary
Shared definitions for energy, water, food, automation, resilience and research terminology.
Explore Glossary →Resources
Reference material, tools, standards, datasets and supporting technical information.
Explore Resources →RESEARCH → KNOWLEDGE
Every layer answers a different question.
EXPERIMENT
WHAT HAPPENED?
RESULT
WHAT DID WE LEARN?
KNOWLEDGE
KNOWLEDGE TYPES
Not every lesson needs the same format.
Observation
A field note captures something meaningful while it is still fresh.
Procedure
A guide explains how to perform a useful task or process.
Application
A case study explains what happened when a system was used in a real project.
Replication
A blueprint captures enough system detail to support a future rebuild.
KNOWLEDGE DISCIPLINE
Keep evidence separate from interpretation.
Sustainable Oasis knowledge should make it clear what is measured, calculated, estimated, observed and interpreted.
Measured
Values obtained from documented physical measurement.
MEASUREDCalculated
Values derived mathematically from known inputs.
CALCULATEDEstimated
Planning values based on assumptions, models or incomplete information.
ESTIMATEDObserved
Qualitative observations that may guide future tests.
OBSERVEDKNOWLEDGE BY SYSTEM
Organize learning around the infrastructure itself.
Energy Knowledge
Generation, storage, routing, recovery, loads and SO-EMS measurement.
Energy System →Water Knowledge
Collection, storage, gravity, pumping, treatment, consumption and reuse.
Water System →Food Knowledge
Soil, hydroponics, aquaponics, growing efficiency and resource use.
Food System →Shelter Knowledge
Envelope, modular infrastructure, roof systems, passive design and resource integration.
Shelter System →Automation Knowledge
Sensors, logging, control logic, alerts, fail-safe behaviour and human override.
Automation System →Complete Oasis Knowledge
Understand how individual systems interact inside one productive site.
Complete Oasis →LIVING LABS → KNOWLEDGE
The labs create the raw material for the Knowledge Base.
Energy Lab, Water Lab, Food Lab, Automation Lab and SO-EMS produce experiments, measurements and operating lessons.
Knowledge turns those lessons into something that can be searched, understood and eventually replicated.
Energy Lab
Energy generation, storage, recovery and measurement.
Energy Lab →Water Lab
Capture, storage, flow, filtration and recovery.
Water Lab →Food Lab
Harvest, growing area, water use and productivity.
Food Lab →Automation Lab
Sensors, rules, controls and verification.
Automation Lab →SO-EMS
Sustainable Oasis Energy Management System.
SO-EMS →FIELD NOTES
Capture lessons before they disappear.
Field notes preserve observations that may not yet justify a full research result or guide.
A maintenance issue, unexpected flow restriction, wiring problem, crop response or operator observation may later become an important design improvement.
Field Notes
FIELD NOTE STANDARD
Capture Context
OBSERVATION
CASE STUDIES
Show the complete story of a real system.
Case studies combine design, conditions, performance, problems, modifications and final lessons.
Garage Lab
Prototype and integration environment for energy, water, food and automation systems.
Garage Lab →Container Workshop
Compact modular infrastructure for building and testing repeatable systems.
Container Workshop →Vietnam Oasis
Terrain, water, gravity, food production and distributed infrastructure under real site conditions.
Vietnam Oasis →Complete Oasis
Future integration case study combining validated systems in one productive site.
Complete Oasis →BLUEPRINTS
Turn useful systems into repeatable infrastructure.
SO-EMS Measurement Bench
Repeatable low-voltage energy measurement architecture.
Blueprint Library →Gravity Water Bench
Standardized platform for head, flow and piping tests.
Blueprint Library →Food Efficiency Trial Bed
Repeatable growing test with area, water and harvest measurements.
Blueprint Library →Automation Bench
Sensor → rule → actuator → verification architecture.
Blueprint Library →DATA → KNOWLEDGE
The Control Room provides context. Research provides evidence.
Sustainable Oasis Online can organize operating values, calculated metrics and eventually live sensor data.
The Knowledge Base turns selected evidence and lessons into durable, understandable documentation.
KNOWLEDGE PIPELINE
Data With Context
TRACEABLE
KNOWLEDGE PIPELINE
From curiosity to something another person can use.
QUESTION
EXPERIMENT
RESULT
FIELD NOTE
GUIDE
BLUEPRINT
KNOWLEDGE → REPLICATION
Documentation allows experience to travel farther than the original project.
A lesson learned in the Garage Lab may later improve a container prototype.
A water lesson from a field site may improve another Oasis. A failed experiment may prevent someone else from repeating the same mistake.
DOWNLOADABLE KNOWLEDGE
Useful knowledge should eventually leave the browser.
Guides, blueprints, worksheets, reports and selected datasets can become downloadable resources as they mature.
Guides
Practical reference documents and educational material.
Plans
Diagrams and build documentation for repeatable systems.
Worksheets
Planning and experiment-record templates.
Data
Selected supporting measurements where publication is useful and appropriate.
THE SUSTAINABLE OASIS LOOP
Vision becomes infrastructure. Infrastructure becomes knowledge.
LIFE
VISION
STORE
BUILD
ONLINE
MEASURE
KNOWLEDGE
SUSTAINABLE OASIS KNOWLEDGE