GRE FOUNDRY

THE 73-WEEK COOPERATIVE OPERATING SYSTEM

A Discussion Paper on Productivity, Member-Owned Housing, Workplace Equality and Institutional Accountability

Working Paper | Discussion Edition | Version 2.0

Garret R. J. Krampe

GRE Foundry, Daram, Samar, Philippines

31 October 2026

DOI: 10.5281/zenodo.23839719

Copyright © 2026 Garret R. J. Krampe / GRE Foundry

Creative Commons Attribution 4.0 International (CC BY 4.0)

Reuse and adaptation permitted with attribution to the author and source.

https://creativecommons.org/licenses/by/4.0/

Contents

Abstract 3

Executive interpretation of the figures 3

Employer financial sensitivity 4

Cooperative housing and household retention 5

Benefits to employers and employees, testable hypotheses 6

Model verification required before financial claims 6

Full integrated operational system, source text retained 7

73-Week Working System, Cooperative Retirement Finance and Integrated Housing Campus 7

Cooperative constitutional governance integration 16

Governance supplement: independent investigation and appeals 17

Governance supplement: evidence and due process 20

Reproducibility and editorial note 21

Abstract

This discussion paper examines a proposed 73-week calendar, rotating three-work/two-rest rosters, an employee-member cooperative with separate housing and credit entities, and accountable governance supported by audiovisual records. Six quantitative figures illustrate workforce time, wage parity, production break-even, mortgage principal accumulation, potential household retained value and employer operating-surplus sensitivity. All numerical benefits are model assumptions rather than experimentally established results. Australian employment, privacy, property and financial regulation remain implementation constraints.

GRE Foundry Productive Outback Settlements and National Infrastructure Corridors

Pages 1 to 20 

Executive position

The proposal is neither a conventional mining accommodation camp nor a uniform housing estate. Its purpose is to establish long-lived, economically productive communities where residents have secure access to living space, workshops, storage, food, recreation, opportunities for enterprise and essential infrastructure. The machinery and civil systems should be standardised where standardisation lowers costs; the site layout, species, crops, architectural expression, utilities and industrial specialisation should respond to local conditions.

Planning maxim: Standardise infrastructure, not communities. Build to available materials, not by unnecessarily cutting materials to arbitrary dimensions.

Abstract

This adjunctive engineering paper proposes a network of geographically adapted, productive cooperative settlements built primarily with flat-packed, material-efficient buildings and linked to multipurpose infrastructure corridors. The settlements combine affordable lifecycle housing, member-owned productive assets, workshops, communal facilities, food production, aquaculture, energy, water, waste recovery and transport services. A possible northern Australia–Adelaide corridor, with Lake Eyre-region research branches, would aggregate modular solar-thermal generation into regulated direct-current networks for long-distance bulk electricity export, while supporting saline-algae fuel research, freshwater recovery, arid-zone horticulture and biodiversity programmes. Not all sites would carry the same agricultural, ecological or engineering functions. This is a framework for pilot engineering and comparative whole-system economics, not evidence that the proposed energy and biomass yields have been achieved.

Keywords: GRE Foundry; productive settlement; 73-week cooperative; flat-pack modular housing; material-first engineering; solar thermal; supercritical propane; HVDC; algae biofuel; solar distillation; saline aquaculture; aquaponics; date palms; earth-bermed retail; passive ventilation; northern Australia; arid infrastructure.