Collection-system protection
Capture and manage FOG before chronic buildup contributes to pipe blockages, sanitary sewer overflows and avoidable stress on downstream equipment.
Environmental infrastructure through resource recovery
203-996-2179
BG BIOFUELS
Waste streams.
Recovered value.
Developing environmental infrastructure for FOG receiving, resource recovery and biodiesel preparation—serving wastewater operators, food processors, grease haulers and renewable-fuel markets.
60,000
gal/day design capacity
50,000
gal/day planned average
15M
planned annual gallons
300
planned operating days
WHO WE ARE
A comprehensive approach to waste-stream management and resource recovery.
BG Biofuels works with wastewater treatment operators, municipalities, food processors, grease haulers and industrial partners to evaluate the full waste-stream challenge and identify the most responsible and valuable management pathway.
Rather than applying one solution to every project, we examine the material, facility, logistics, regulatory requirements and end-market opportunity, then integrate the technology platform that best fits the situation. That platform may combine FOG collection and receiving, controlled separation, recovered-grease preparation, water-quality and solids management, pyrolysis, anaerobic digestion, or other qualified resource-recovery pathways.
Receiving capacity
Create controlled, documented receiving options that support grease haulers, municipal FOG programs and regional waste-management needs.
Renewable resource recovery
Recover brown grease and prepare suitable material for qualified biodiesel, renewable-fuel, biogas and other beneficial-use markets.
Plant-compatible integration
Configure modular technology to work alongside existing wastewater infrastructure, digestion and solids-management operations.
THE BG BIOFUELS PLATFORM
FOG receiving and biodiesel preparation—not simple disposal.
BG Biofuels is advancing a coordinated operating model for FOG receiving, separation, grease recovery, water-stream treatment and responsible solids management.
The platform is informed by prior pilot and commercial-scale project experience and is being developed around disciplined engineering, measurable operating controls and qualified claims.
FOG receiving
Purpose-built infrastructure for recurring hauler routes, controlled unloading, measurement and documentation.
Recovered grease
Staged separation and quality conditioning prepare brown grease for qualified biodiesel and renewable-fuel buyers.
Water & solids
Treatment of the water stream for the approved pathway, together with controlled dewatering and residuals handling.
ADDITIONAL RESOURCE PATHWAYS
Matching the technology to the waste stream.
Thermal conversion pathways for qualified dewatered sludge, biosolids and other suitable organic residuals.
Biological conversion of qualified organic residuals into biogas, with feedstock compatibility established through diligence.
INTEGRATED OPERATING PLATFORM
From receiving to resource recovery.
A high-level process designed for controlled separation, material recovery, an approved water-management pathway and responsible residual-solids handling.
Controlled receiving
Calibrated measurement, screening, intake controls and documentation support transparent, consistent transactions.
Primary separation
Incoming material is separated into grease-rich material, a water stream and residual solids for managed downstream handling.
Resource recovery
Controlled separation and product-quality conditioning prepare recovered grease for biodiesel and other renewable-fuel markets.
Water management
The water stream is treated and managed for the approved pathway and applicable discharge requirements.
Solids management
Dewatering reduces residual volume and supports approved beneficial-use or disposal pathways.
Quality & control
Automation, monitoring, preventive maintenance and testing support repeatable performance and material traceability.
PRODUCT-QUALITY DISCIPLINE
Designed for consistency.
BG Biofuels pairs controlled separation with material tracking, operating records and quality testing. The objective is a more consistent recovered-grease product for renewable-fuel applications.
Final recovery yield, material specifications and buyer acceptance will be established through engineering, commissioning, testing and commercial agreements.
FLAGSHIP DEVELOPMENT
Northeast Resource Recovery Facility
A proposed principal New England operation and the engineering and operating template for future strategically selected facilities.
The Northeast-area concept is planned to serve Rhode Island, Greater Boston, southeastern Massachusetts—including Cape Cod—and eastern Connecticut. Development is progressing through controlled site, feedstock, engineering, permitting and commercial validation.
Start a project conversation →A CONNECTED ECOSYSTEM
Infrastructure that works across the value chain.
Resource recovery succeeds when generators, haulers, wastewater operators and renewable-fuel markets are connected through a dependable, documented operating platform.
- 01Grease haulers
- 02Wastewater utilities
- 03Food-service operators
- 04Food processors & manufacturers
- 05Municipalities
- 06Renewable-fuel markets
HOW WE DEVELOP
Evidence before expansion.
Planning assumptions are converted into documented commercial, engineering and regulatory evidence before projects advance.
Define
Confirm site, supply, discharge basis, agencies and project controls.
Engineer
Advance design, permits, commercial agreements and procurement planning.
Build
Complete civil work, equipment, utilities, controls and team readiness.
Start up
Commission, verify performance, train operators and begin receiving.
LET'S TALK
Build the next resource recovery project.
For project development, commercial partnerships and general inquiries:
eric@bgbiofuels.com 203-996-2179