Arbor Point Partnership is made up of leading experts in science and engineering, market and economic, and law and policy venues. The solutions to current energy and environment related challenges, and thus the competence, capacity, and capabilities required to uncover and implement them, exist at the confluence of science, economics, and the law. From these perspectives Arbor Point carves out systems level, innovative responses that set new standards for profitable, self-reinforcing, and sustainable investments in critical service venues.
Solutions Modeling capable of achieving near-term impacts and enduring outcomes is based on three primary drivers:
- Sustainability – meeting the needs of society in ways that can continue indefinitely into the future without damaging or depleting natural resources
- Source reduction – reducing waste and pollution by changing patterns of production and consumption
- Viability – creating a center of economic activity around technologies and products that benefit the environment, speeding their implementation.
CORE COMPETENCES
Arbor Point’s team of experts has a broad array of the knowledge, capabilities, skills, and insights to analyze and map out options for developing comprehensive energy related solutions based on social, economic, environmental, policy and technological considerations, requirements, and mandates. The team members are uniquely positioned to provide the proper perspectives for achieving successful outcomes.
STRENGTH IN KNOWLEDGE AND CERTIFICATION
Our practitioners are:
- Experts in the hard sciences
- Engineering (wastewater, power & energy, water resources, agro, health & safety, biological, infrastructure and biomedical)
- Public policy (international, bi-lateral, national and localities, conformance to standards)
- Smart urban development and mixed-use applications
- Economics associated with energy, financial instruments, domestic growth, rate structures
- Legal frameworks for water treatment, wastewater treatment facilities
- Traditional energy systems, distribution and renewable energy technologies
- Fuel cells, electric grids and micro distribution
- Power plant design, build and operations
- Technology innovation and convergence
- Sustainability development and energy systems analysis