New England's Biosolids Crisis Spurs High-Tech Disposal Solution

NORTH FALMOUTH, Mass. – May 19, 2026 – As New England grapples with a rapidly escalating waste crisis, a new player has entered the arena with a high-tech proposition to manage the region's PFAS-contaminated biosolids. Orbital Biocarbon, a Pittsburgh-based critical infrastructure company, announced today the opening of its Capacity Reservation Process, offering a lifeline to wastewater utilities facing dwindling disposal options and soaring costs.

At the New England Water Environment Association (NEWEA) Spring Meeting, the company formally began accepting requests for 28,800 dry tons per year of disposal capacity at two forthcoming regional facilities. This move directly confronts the severe strain on the wastewater sector, where traditional disposal methods are collapsing under regulatory and infrastructural pressure.

“Wastewater treatment is critical infrastructure,” said John H. Day, President of Orbital Biocarbon, in a statement. “Regulations are tightening, traditional disposal pathways are running out of room, and utilities still have to move material every day. Orbital aims to solve that. We offer a community asset for the New England region, for the long term.”

A Region Under Pressure

The announcement comes at a critical juncture for New England. The three pillars of biosolids management—land application, landfilling, and incineration—are all simultaneously failing. A primary driver of this collapse is the widespread contamination and subsequent regulation of Per- and Polyfluoroalkyl Substances (PFAS), often called “forever chemicals.”

Maine led the charge in April 2022 by enacting a complete ban on the land application of biosolids, a move that forced utilities to scramble for landfill space and caused disposal costs to double or even triple for some municipalities. Following suit, Connecticut's ban on using PFAS-containing sludge as a soil amendment takes effect in October 2024. Meanwhile, Vermont, Rhode Island, New Hampshire, and Massachusetts are all advancing their own stringent testing requirements, legislative restrictions, and potential moratoriums.

This regulatory wave has coincided with a pre-existing infrastructure deficit. Landfills across the region are nearing capacity and increasingly refusing to accept biosolids, while the few aging incinerators represent a costly and operationally risky alternative. The consequences are stark: in 2023, an estimated 55% of all biosolids generated in Massachusetts had to be trucked out of state for disposal, a costly and unsustainable practice that merely shifts the environmental burden elsewhere.

A High-Tech Answer to a 'Forever Chemical' Problem

Orbital Biocarbon is proposing a solution that moves beyond traditional disposal. The company utilizes an advanced thermal process known as pyrolysis, a high-temperature, low-oxygen method that carbonizes sewage sludge rather than simply burning it. Orbital is quick to distinguish this from incineration, emphasizing its ability to not just dispose of waste but to transform it.

The technology's most significant advantage is its proven efficacy in destroying PFAS. A 2020 U.S. Environmental Protection Agency analysis of the PYREG system—the German technology Orbital employs—validated its ability to eliminate over 97% of these stubborn chemical compounds, with resulting materials showing PFAS levels below detection limits. This offers wastewater utilities a path to break the chain of environmental liability associated with forever chemicals.

The process converts dewatered sludge into a stable, carbon-rich material called “biocarbon.” This engineered product is free of pathogens and microplastics, and it has a range of beneficial reuses. It can be used in agriculture to improve soil health and water retention, in environmental remediation to adsorb contaminants, and as a substitute for fossil fuels in industrial applications. This transforms a costly waste stream into a marketable, value-added product, creating a circular economy model for what was once simply waste.

Furthermore, the process is designed to be carbon-negative. By converting the carbon in the sludge into a stable solid form, the biocarbon effectively sequesters CO2 for centuries, creating a permanent carbon removal credit.

Securing a Spot: The Business of Essential Infrastructure

To access this technology, Orbital has initiated a structured, 45-day window for eligible parties—including wastewater utilities, management companies, and haulers—to reserve their spot. The process involves submitting a sealed “Capacity Request Ticket” by July 3, 2026. The company will then score the requests and allocate capacity at its two planned facilities.

One facility is slated to serve southern Maine, New Hampshire, and northern Massachusetts, while the second will cover southern and central Massachusetts, Rhode Island, and adjacent markets. The offering provides a tangible plan for a region in desperate need of one.

Orbital's business model is designed to appeal to public utilities by removing the financial and operational barriers to adopting new technology. The company develops, finances, owns, and operates the facilities, meaning municipalities face no upfront capital investment. Instead, they can sign medium-term (3-5 years) or long-term (20+ years) contracts for guaranteed disposal capacity at predictable, stable prices. This model shields utilities from the volatile price spikes and sudden closures that have come to define the current landfill and hauling market.

This approach has attracted strategic investment, signaling confidence from the private sector in the market opportunity presented by solving this essential public service challenge. By selling future carbon dioxide removal credits, Orbital has developed an innovative funding mechanism that avoids public debt while delivering a critical piece of modern infrastructure for New England's environmental future.