
CIRCULARITY
REGENERATIVE INDUSTRIAL SYMBIOSIS
VALUE CAPTURING
Circularity design principles enhance bioeconomy value capturing and sustainability policy impact.
Today's bioeconomy policy and foundational bioeconomics find common ground that our societal relationship to environmental crises and climate change transition cannot be resolved without behavioral change. Rapidly evolving bioeconomy paradigm shifts are repurposing enterprise networks regional presence, expanding resources availability banks and materials exchange platforms, and creating new usage rules.
Regenerative sciences anchor circularity principles to reduce pollution. Four value capture modeling types currently established by Lighthouse industrial symbiosis experts are self-organized, dedicated facilitation, information communication technology data relay, and strategic or planned networking. Sophisticated webtools and proprietary platforms accommodate all modeling types although fundamental input-output resource matching methods remain relevant to integrated industries value capturing.
User-generated green jobs exist in upstream R&D research and development, symbiosis MGPS generation, 'new civics' bioinfrastructures and ecotechnologies, process engineering delivery systems, supply chain greening, and circularity availability microgrid modernization for example. Communities can realize consumer valuing tangible benefits through purchasing the very materials, products, goods, and services they produce as circularity workforce. Point of origination consumer valuing access behaviors and technologies, leverage consumer valuing worker equity industry placements, amplifying green labor Voice through mainstreaming campaigns.
TRANSFORMATIVE BIOECONOMY MARKETS
DIVERSIFICATION

Diversifying bioeconomy market catalysts can be transformative not merely transactional. We envision green new markets linkages propelled by localized circularity user generated ‘consumer valuing’ access behaviors, ecotechnologies, and public equity investment platforms serving BIPOC communities while elevating company ESG compliance.

Coopetition modeling improves local to global solutions aptitudes.
Coopetition modeling can improve 'local to global' green new markets MGPS ideation and climate financed commercialization exportation when community partnerships and networking expand. Coopetive modeling researchers categorize five stages through antecedent, interaction, expanding synergies, upleveling typologies diversification, and execution phase tooling. Innovation cluster accelerator program connectivity links circular economies employment base requisition, creates new business services, increases MGPS lifecycle analysis contributor groups, eases shared risk costs, affirms industrial ecology energy auditing standards and services, and evolves taxation.
Coopetive modeling can enhance consumer valuing access behaviors and tangible benefits bolstering localized public equity investment solutions targeted universalism. Consumer valuing thought leadership has historically belonged to Black scholarship and wealth distribution advocates, and indigenous First peoples. Designated 'distressed areas' with persistent unemployment and high environmental and public health determinants can benefit from regional clean energy and integrated industries transformations like industrial symbiosis parks and community resiliency circularity availability microgrid modernization but only when marginalized Voices are center to economic development, housing, worker equity, safety, wealth building, and environmental and energy justice.
Circularity point of origination consumer valuing access behaviors and tangible benefits at a glance.
Users are differently situated frontline communities within designated distressed areas, and geospatial located ‘place based’ marginalized groups with +/> 5% persistent unemployment or high environmental, climate impact or public health determinants proximal to rural and urban flows. Users have point of origination access to raw and symbiosis materials, products, goods, and services (MGPS) presenting entrepreneurialism. New civics bioinformatics and ecoinfrastructures are created via MGPS circularity resources availability and interdependencies fostering community resiliency microgrid modernization connectivity landscapes. Built environment 'food tech' and water treatment and other systems process improvements are scaled through community envisioning ensuring adaptability targeted universalism. Climate financed commercialization can be anchored by smart city public interest technology, shared climate change scenario planning and ground-level workforce development opportunities for example.
Leveraging worker equity ‘knowledge culture’ industry placements.

User entrepreneurs innovate and autonomously create industry placement opportunities or cluster co-create MGPS innovations design thinking and prototyping resulting in emergent repurposing networks modeling, new MGPS resources banks, and new MGPS usage rules. New network formations or expanded MPGS generated knowledge culturing and integrated industries placements can result in direct entrepreneurial to employment base requisition, and CBO localized worker upskilling, and succession leadership blueprints. Users decide or through cluster agreements to contribute MGPS ideations to existing or new MPGS green marketplaces expanding circularity destinations providing momentum for community focused public equity investment modeling. Bioeconomy policymaking and bioeconomic scientific ideals merge on common ground theories of solving environmental crises through socialized behaviors that can lower barriers and address how objectives are achieved the means of enactment.

Amplifying green labor Voices through peace economy mainstreaming campaigns.
Dedicated mainstreaming 'peace economy' workforce development campaigns can help to catalyze 'trauma-informed' awareness by public workforce development agencies to transform apprenticeship program types, mentorship rules, and options to lower barriers. For instance, advancing small business workforce development firm autonomy that amplify user facilitated MPGS green jobs creation and the expansion of a spectrum of new green job types and definitions. Public private partnership ‘PPP’ co-governance offers counterbalances: systematized employment security platforms that often focus on 'high-demand' industry or defense modeling and war economy paradigmatics are countered with green new markets 'place based' job seekers fostering climate, environmental, and energy justice worker equity. By recognizing the demand for principled 'peace economy' key sectors and job creation as these emerge and strengthen communities.