Sustainable Biotech, Inc.

Services

Biochemical and Chemical Engineering
Sustainable Biotech offers a wide range of services in process development, design and optimization for chemical and biochemical processes.

Advanced Process Modeling, Simulation and Optimization
Sustainable Biotech provides state of the art services in advanced process modeling and controls, including Model Predictive Control.

Instrumentation and Controls
Sustainable Biotech provides process automation and engineering services, including control system architecture, control panel design, and systems integration.

Industrial Engineering
Sustainable Biotech provides industrial engineering services, including the design and optimization of personnel, material and information flows. We employ statistical quality control techniques, Lean Enterprise, and 5S.

Carbon Financing
Sustainable Biotech and its alliance partners provide carbon financing services to help you identify finance sources, grants, feed-in tariffs, renewable energy credits, and subsidies.

Carbon Footprint / GHG Baseline Studies
Sustainable Biotech provides carbon footprint and GHG baseline study services to establish the baseline scenario of GHG emissions for your plant or campus.

Carbon / GHG Emissions Reduction Projects
Sustainable Biotech provides services for planning, designing and reporting GHG projects. Our services include identifying GHG sources, sinks and reservoirs relevant to the project, monitoring, documenting and reporting GHG project performance and ensuring data quality and integrity throughout the validation and verification processes.

Discovery in Sustainability^TM

During the Conceptual Design phase, the Discovery in Sustainability^TM method is employed to identify design options in sustainability. It is intended to inform the preliminary design charrette of potential problems and opportunities. The advantage is that sustainability and LEED credits are built into the project, allowing for seamless systems integration.

The output of the Discovery in Sustainability^TM is a report that includes an analysis of the built environment, building systems and processes.

Process, Systems and Milieu
	On-site renewable energy
		Biomass waste-to-energy
		Solar thermal
		Photovoltaic
		Wind
	Water conservation
	Potable water use reduction
		Occupancy based
		Process based
	Waste water reuse
	Storm water use
	Transportation efficiencies
	Materials management and operational efficiencies
	Recycling
	Solid waste processing

Built Environment
	Building massing and orientation
	Climate-responsive systems
	HVAC
		Active and passive heating and cooling
		Heat recovery
	Lighting strategies
		Daylighting
		Artificial lighting
		Security lighting
	Electrical usage
		Peak shaving / load shifting
		Control strategies

Deep Green Engineering

Non-Traditional Process Design, Development and Optimization:

• Algae and vegetable based biodiesel
• Alternatives to corn based ethanol, including cellulosic ethanol
• Animal, municipal and industrial waste based methane
• Biofertilizers and biopesticides
• Biological and microbiological clean-up and remediation
• Biomass gasification and liquefaction to fuel
• Carbon dioxide capture, sequestration, and conversion to hydrocarbons
• Hydrogen from biomass
• Industrial waste reduction and remediation
• Landfill gas
• Manufacturing methods, systems, packaging and waste
• Sustainable, carbon neutral communities
• Soil amendment and grey water irrigation
• Special water reduction, recovery and reuse systems
• Water purification systems

Building and Campus Systems:

• Daylighting
• Geothermal
• Green roofs
• Heat recovery systems
• Lighting specialties
• Natural ventilation
• Novel systems
• Photovoltaics
• Radiant floors, ceilings and chilled beams
• Solar thermal
• Special water reduction, recovery and reuse systems
• Wind turbines