Environmental Sustainability

TRT's Sustainability Program has transcended maintaining compliance to address broader concerns, including those pertaining to local ecosystems such as the Fore and Town Rivers. At our Quincy, MA facility, we hold ourselves to baseline expectations and have implemented systems to prevent releases and minimize our environmental footprint.

However, our goals have evolved.

TRT has dedicated substantial effort to enhancing various aspects of its Sustainability Program, encompassing Labor and Human Rights, Supply Chain Management, Ethical Management and Behavior, and Environment Management. While environmental concerns remain pivotal, sustainability now encompasses a wider spectrum of considerations.

In terms of environmental initiatives, TRT is collaborating with suppliers and stakeholders on:

Energy and GHG Reduction:

  • Carbon Footprinting
  • Lifecycle Analysis
  • Reduction in energy consumption
  • Improvements in modal transportation

Water Conservation:

  • Conducting feasibility studies for water conservation and recycling
  • Enhancing condensate recovery and steam management

Waste Circularity, including:

  • Proper waste disposal
  • Increased recycling endeavors
  • Analyzing all packaging we utilize
  • Upcycling whenever feasible
  • Developing renewable resources to support our operations.
  • Systems analysis for waste reduction

We remain steadfast in our commitment to identifying opportunities for continuous improvement in sustainable operations, while fostering harmonious relationships within the communities we serve.

IPCC Climate Change Totals

Reduce: Energy Consumption & Emissions

TRT has maintained a consistent electrical load since 2012. Before this period, we undertook several energy conservation initiatives to achieve our current demand levels. These efforts encompassed relighting, pump upgrades, and equipment modifications.

The most significant strides in energy conservation have stemmed from the implementation of two key systems: the Combined Heat and Power (CHP) System and the Steam Turbine Generator (STG) system. The CHP and STG systems enable TRT to internally generate over half of our electrical load. Project to generate and conserve energy have been identified and are being evaluated for immediate implementation. Ultimately, they will all help us reduce the total carbon emissions load to net zero.

Fuel Consumption
Water Consumption (Gal)
Electricity Consumption (kWh)
Wastewater Discharge

Exploring Opportunities

TRT's Engineering group actively engages with external partners to identify new technologies, applications, and ideas that enhance operational performance and infrastructure. In 2024, the group attended a major energy conference with this objective in mind. One of the key outcomes was the formation of a strategic partnership between TRT and National Grid—our energy supplier—under their Energy Solutions Summit Program.

This partnership is focused on developing projects that reduce strain on the electric grid and improve TRT's overall energy efficiency. Since the conference, TRT has completed an HVAC upgrade and conducted two in-depth studies on energy and plant air conservation. These efforts are expected to deliver meaningful reductions in energy demand.

Additional projects completed outside the formal summit initiatives include:

  • Waste reduction and upcycling of tank bottoms and cleanouts for energy production
  • Oleic/Stearic system modifications
  • Still bottoms piping improvements
  • Variable frequency drive (VFD) installation on the PHU feed pump
  • PHU Efficiency Optimization Project

Together, these initiatives not only generate cost savings but also reduce Scope 2 greenhouse gas emissions, directly supporting TRT's Strategic Emissions Reduction Plan and long-term commitment to achieving net zero carbon emissions by 2050. These actions are aligned with the United Nations Sustainable Development Goals, particularly SDG 7 (Affordable and Clean Energy), SDG 9 (Industry, Innovation, and Infrastructure), and SDG 13 (Climate Action).

TRT's long-range capital planning program integrates sustainability objectives into all major investment decisions—ensuring that economic, environmental, and social outcomes are considered in our path toward a more resilient and sustainable future.

Tallow to Vegetable Oil Project: Project Complete, Emissions Reductions Included

Twin Rivers Technologies Manufacturing Corporation's (TRT) has replaced tallow with primarily RSPO certified palm oil as one of its primary raw materials. This initiative started in 2021 and was completed by the beginning of 2023.

Driving the change was a growing interest in vegetable-based products from the Home and Personal Care markets as consumers move away from animal-based ingredients in their formulations. This trend, in combination with increased value and decreased availability of tallow due to renewable diesel, put TRT on the path toward 100% vegetable fatty acid production.

TRT aligned its goals with the UN Sustainable Development Goals in 2021. Projects like this one exemplify a shift towards sustainable sourcing practices in the oleochemical industry. This effort also supports the Scientific Based Target initiative (SBTi); the ACI 1.5C Climate Challenge and other commitments TRT has made to reach net zero by 2050.

In this paper we investigate the environmental implications of this transition, analyzing emissions across the life cycle stages of both raw materials, from growth/harvest; transportation and finally finished product processing. To quantify the sustainability aspects of the tallow to vegetable oil from a lifecycle analysis (LCA) and a product carbon foot printing (PCF) standpoint, TRT conducted a study in 2023 to look at the changes in product impacts in a cradle to gate analysis that examined raw material acquisition, transportation and finished product manufacture.

Actual total raw material transportation emissions from 2021 to 2023 for rail and tanker truck emissions we see reductions from 891MT to only 24 MT (the 24 tons is associated with soya receipts only in 2023). There was a negligible increase in vehicles on a mile-ton basis due to the shifting of transport modes. However, all deliveries were made on vessels scheduled to supply other TRT and no additional shipments were added to accommodate the raw material change.

Actual sea tanker emissions during this time also decreased from 21,659MT in 2020 to 15,940MT in 2023. Over the same period, inbound rail emissions went from 807MT to just 24MT and emissions from truck shipments went from 552 MT to ZERO!

Overall, the result of the tallow to veg conversion was a great opportunity for TRT's business and to supply its customers with superior products. The secondary benefits, however, are clear when we examine the LCA PCF product models of the new raw materials compared to the old ones.

Significant reductions in overall emissions in raw materials acquisition, transportation, and production are clear. Tertiary benefits include the return of tallow to the marketplace where it will either shorten our competitors' supply chains or be used in biofuels again, reducing emissions further. At TRT we expect to see the potential of this threefold decrease in emissions continue over time. Plans to execute other projects are underway that will help us in our quest to become Net Zero by 2050!

Vegetable Fatty Acid
Tallow Fatty Acid
INBOUND EMISSION MTCO2 - VESSEL

Product Carbon Footprinting and Lifecycle Building on Progress

In collaboration with one of our major customers, TRT launched a Product Carbon Footprinting (PCF) and Lifecycle Analysis (LCA) program in 2023. Initially focused on the customer's products, the initiative quickly expanded to include all finished products manufactured by TRT, providing a full evaluation of our processes both before and after the transition to 100% vegetable oil feedstocks.

This initiative allowed TRT to map the entirety of our production process and calculate our organizational carbon footprint, which now serves as the foundation for our comprehensive carbon reporting. The cradle-to-gate LCA precisely quantified the environmental benefits of shifting raw materials — particularly the elimination of tallow from our processes in 2022.

Through 2024, subsequent stages of analysis expanded to our full product portfolio, incorporating:

  • Land use impacts
  • Transportation throughout the supply chain
  • Refining processes at our Quincy, MA facility

The PCF work provided a clear picture of carbon reduction opportunities across the supply chain. The project team included representatives from TRT's Commercial, Production, and Regulatory/Sustainability groups, as well as an intern from the TRT STEM Internships for Young Women program. Nexio Projects, a Netherlands-based consultancy specializing in LCA and Corporate Footprinting Analysis (CFA), contributed technical expertise in modeling and reporting.

Each product underwent a detailed environmental impact assessment — from land use to manufacturing and logistics. This side-by-side comparison allowed us to evaluate the results of recent feedstock changes and will guide future carbon reduction initiatives.

By examining the entire product lifecycle, we have been able to pinpoint high-impact areas within the supply chain. These findings will inform ongoing strategies to meet our commitments under the American Cleaning Institute (ACI) 1.5°C Climate Challenge and the Science Based Targets initiative (SBTi), supporting our pathway to achieve net-zero emissions by 2050.

Continued investment in renewable energy solutions, sustainable sourcing, low-carbon transportation, and carbon capture technologies will be essential to advancing these goals.

This program directly supports several United Nations Sustainable Development Goals, including:

  • SDG 7: Affordable and Clean Energy
  • SDG 9: Industry, Innovation, and Infrastructure
  • SDG 12: Responsible Consumption and Production
  • SDG 13: Climate Action
  • SDG 15: Life on Land

TRT remains committed to driving measurable environmental progress, reducing our carbon footprint, and supporting global climate action through transparent measurement, innovation, and collaboration

CDP Reporting

TRT uses the expanded CDP reporting platform to lower emissions by identifying multiple projects to improve our performance.

TRT's commitment to the SBTi and the ACI 1.5C Climate Challenge are driving factors regarding carbon emissions reduction. We see value in the CDP assessments on emissions and the supply chain. Third party assessment of our organization was one of the drivers for joining the CDP community in 2020. These assessments point us to opportunities for improvement. These opportunities will help not only improve our scoring but drive meaningful reductions in emissions.

The opportunities TRT has undertaken include:

  • Comprehensive product carbon foot printing (PCF) and Lifecycle Analysis (LCA) program,
  • Facility carbon foot printing,
  • Voluntary membership in the SBTi,
  • Development of a Strategic Emission Reduction Plan to meet SBTi goals and objectives,
  • Prioritization of sustainability actions that reduce carbon emissions and water use.

TRT in all these efforts will provide transparency in reporting on in its annual sustainability reporting on this platform and other like CDP, Sedex and EcoVadis.

In 2024 TRT expanded its reporting under CDP to include Water Security, Forest, Biodiversity, and Plastics reporting. We expect that this effort too will yield new understanding of the impact TRTs water use has not only to the environment but also to the others that rely on the local aquifers. This knowledge will, as did the CDP Climate and Supply Chain assessments, we expect to gain new perspective to help us identify new opportunities for conservation projects.

For TRT, the Carbon Disclosure Project represents more than just another checkbox on a list of corporate initiatives. It's an opportunity to actively engage in the global effort to mitigate the impacts of climate change call to arms that transcends borders, industries, and ideologies. Through its participation in the CDP, TRT reaffirms its commitment to being a proactive force for positive change in the fight against climate change.

KPI Projects Associated with Emissions Reduction Benefits

TRT's 2024 initiatives focused on reducing emissions, increasing efficiency, and advancing innovation, directly supporting several UN Sustainable Development Goals — including SDG 7 (Affordable and Clean Energy), SDG 9 (Industry, Innovation and Infrastructure), SDG 12 (Responsible Consumption and Production), and SDG 13 (Climate Action).

  1. Waste Reduction & Upcycling (SDG 12, SDG 13)
    In partnership with Agrocycle, TRT diverted 57 tons of tank bottoms and cleanouts from landfill to energy generation.
    • Impact: Estimated 27.54 tons CO2e reduction in Scope 3 emissions for 2024.
    • Why it matters: Landfill waste has a high emissions factor (0.54 tons CO2e/ton) due to long-term methane emissions.
  2. STEM Internship Sustainability Projects (SDG 4, SDG 5, SDG 6, SDG 13)
    1. Wastewater Characterization — Evaluated water quality at T-57 to determine feasibility of process water recirculation.
    2. Stormwater Relocation Mapping — Identified opportunities to redirect stormwater lines to pretreatment systems to reduce treatment load and improve water quality.
  3. OS System Modifications (SDG 7, SDG 9, SDG 12, SDG 13)
    The goals of this project were to:
    • Transition from two-stage to one-stage crystallization.
    • Improve reliability and yields.
    • Reduce electricity demand and refrigerant loss.
    Key Results beyond reliability that were realized in this project included:
    • Yield improvement: 22% (2023) → 30% (since June 2024).
    • Refrigerant savings: Eliminated 110.6 lbs loss/year → 101.56 tons CO2e Scope 3 savings.
    • Electric load reduction:
      • Chillers: 144.8hp → 70hp → 378,800 kWh saved, cutting 141.6 tons CO2e Scope 2.
      • CHW feed pumps: 20hp → 3hp → 86,000 kWh saved, cutting 76 tons CO2e Scope 2.
    • Maintenance impact: Refrigerant-related emissions cut from 191.8 tons CO2e (2023) to 53.5 tons CO2e (2024).
  4. #2 Still Bottoms Piping Modifications (SDG 9, SDG 12)
    • Designed for single-pass processing to eliminate redistillation.
    • Emissions impact will be confirmed in 2025 PCF/LCA analysis.
  5. #2 PHU Feed Pump VFD Installation (SDG 9)
    • Installed a VFD-controlled 40hp pump (operates at 32—34hp).
    • Reliability gain: Downtime reduction and $500,000+ in maintenance savings.
    • Slight increase in electric load and Scope 2 emissions.
  6. PHU Efficiency Project (SDG 9, SDG 12, SDG 13)
    • Higher throughput rate: 16.67% improved from 2023.
    • Fewer tube changes: 75% reduction, cutting downtime.
    • Catalyst Usage: 27.19% less than 2023.
    • Emission Reductions: 19.44% less than 2023.
    Summary of 2024 Measured Impacts:
    • Refrigerant emissions: ↓ 138.3 tons CO2e (Scope 3) year-over-year.
    • Electricity savings: 464,800 kWh total, cutting 217.6 tons CO2e Scope 2.
    • Waste diversion: 57 tons → 27.54 tons CO2e Scope 3 savings.
Carbon Impact per Operating System
 

Reuse: Source & Water Reduction

TARGET: NET ZERO

TRT is working to achieve its net zero emissions goals and is executing its strategic emissions reduction plan. The evidence will be found annually in the results of our product carbon foot printing and life cycle analysis program.

In 2021, Twin Rivers Technologies Group (TRT) took another significant step in its climate action journey by joining the American Cleaning Institute's (ACI) 1.5°C Climate Challenge—an initiative that directly supports the objectives of the Paris Climate Accord and advances the UN Sustainable Development Goals (SDGs), particularly SDG 7 (Affordable and Clean Energy), SDG 12 (Responsible Consumption and Production), and SDG 13 (Climate Action). The following year, in 2022, TRT furthered its commitment by volunteering under the UN's Science Based Targets initiative (SBTi), reinforcing our alignment with the UN Global Compact principles on environmental stewardship. Recognizing that the urgency of the climate crisis demands collective action, TRT embraced these challenges with a firm commitment to contribute to the global effort to limit warming to 1.5°C.

While TRT acknowledges that the path to climate action may vary among companies, the underlying objective remains the same: to combat climate change with determination and purpose. In alignment with ACI signatories, TRT has undertaken a rigorous examination of its emissions to develop a robust corporate climate strategy, setting ambitious targets consistent with the 1.5°C ambition and the Paris Agreement's long-term temperature goal. The company's ultimate objective is to achieve net-zero global emissions by 2050, in line with the SBTi framework and the climate action expectations of the UN Global Compact

In 2023, TRT launched a Product Carbon Footprinting (PCF) campaign, incorporating life cycle analysis (LCA) with a cradle-to-gate examination of its supply chain. This process evaluated all production systems and established baseline data sets for each operational unit. By tracing raw material inputs through each stage of production, TRT quantified the associated energy, water use, and outputs contributing to carbon emissions. The results provided a comprehensive understanding of the company's total carbon footprint, strengthening our capacity to deliver on the commitments outlined in the Paris Climate Accord and the SDGs. This program now serves as TRT's annual assessment tool for measuring progress toward net-zero emissions.

The timeline for action TRT is work toward continues in 2024. TRT established and published the TRT Strategic Emission Reduction Plan (SERP). This plan is lays out science-based greenhouse gas (GHG) reduction efforts against 5 year cyclic targets. By making this kind of commitment our entire organization has integrated carbon reduction efforts into the evaluation and prioritization of projects at the facility. This groundwork established measurable metrics that can assess progress against the SERP goals.

TRT's commitment to transparency continues in its reporting practices, with Scope 1, 2, and 3 emissions being tracked and reported since 2017, providing a comprehensive view of its environmental impact but has gone a step further with the outputs the LCA / PCF project has generated.

Above the carbon footprint of the entire organization's supply chain is laid out in full. Historical tracking has not been verified by a third party in the past but does stand up well against the 2023/24 project outcomes. Below are the results of our tracking process.

As part of the 1.5C Challenge, TRT is actively exploring potential projects and technologies that have the potential to drive meaningful emissions reductions. Since 2017, the company has already achieved a commendable 5% reduction in overall emissions on a per pound basis. However, TRT recognizes that the real challenge lies in sustaining and accelerating this momentum to achieve the goal of net-zero emissions by 2050.

As part of the 1.5C Challenge, TRT is actively exploring potential projects and technologies that have the potential to drive meaningful emissions reductions. Since 2017, the company has already achieved a commendable 5% reduction in overall emissions on a per pound basis. However, TRT recognizes that the real challenge lies in sustaining and accelerating this momentum to achieve the goal of net-zero emissions by 2050.

The road ahead may be challenging, but TRT is resolute in its commitment to climate action. With innovation, collaboration, and unwavering determination, TRT is poised to continue its journey towards a sustainable future, where the promise of a 1.5°C world remains within reach.

  • Scope 1
  • Scope 2
  • Scope 3 upstream

Waste Reduction / Circular Economies