Greenhouse Gas Calculation Tools
NCASI reviewed existing GHG inventory protocols and to develop calculation tools to assist companies in preparing GHG inventories.
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Climate Change & Carbon
Greenhouse Gas Emissions & Carbon Regulation
Most of the industry’s manufacturing facilities require fossil fuels and these fuels generate greenhouse gases when burned. The industry obtains much of its energy, however, from biomass fuels that, unlike fossil fuels, add no new carbon to the atmosphere. NCASI tracks the development of greenhouse gas (GHG) reporting programs and regulations that have a likelihood of impacting the North American forest products industry, including the treatment of biomass carbon, and undertakes research that addresses the unique needs associated with quantifying the GHG and biomass carbon-related characteristics of the forest products sector. The results of these efforts help our Member Companies develop approaches for complying with greenhouse gas regulations and to communicate the role of biomass carbon in contributing to climate change mitigation efforts.
Resources
Scope 3 Greenhouse Gas Screening Tool
This Microsoft Excel®-based tool estimates the majority of Scope 3 GHG emissions for an entire corporation, based on guidance from the Science Based Targets initiative (SBTi).
Learn MoreEvaluation of Scope 3 Greenhouse Gas Emission Drivers by Product Category
This Microsoft Excel®-based tool provides an overview of possible drivers for Scope 3 GHG emissions from forest products facilities.
Learn MoreReview of Current Greenhouse Gas Protocol Scope 2 Requirements
This memo summarizes key reporting requirements of the Greenhouse Gas Protocol Scope 2 Guidance1, which amends the Greenhouse Gas Corporate…
Learn MoreCarbon Pricing Review Tool
This NCASI tool aggregates and synthesizes key features of carbon cost programs worldwide.
Learn MoreReview of International Greenhouse Gas & Carbon Policy Benchmarking Programs
Carbon policy programs often rely on output-based performance benchmarking to allocate emission allowances to industrial entities. With output-based performance benchmarking,…
Learn MoreMethane Generation Potentials for Segregated Pulp and Paper Wastes – NCASI Memo to Canadian Steering Committee
This memorandum from the NCASI staff to the NCASI Canadian Steering Committee explains that NCASI has revised recommended default parameters…
Learn MoreSurvey of Low Emitting Pulp and Paper Mills
A Memo to NCASI Sustainable Manufacturing and Climate (SM&C) Task Group Information on low greenhouse gas emitting pulp and paper…
Learn MoreEnergy Intense Trade Exposed (EITE) Industry Methodologies and Assessments
This report provides a brief overview of Energy Intense Trade Exposed (EITE) industry methodologies and sector determinations.
Learn MoreHow Important is the Timing of Greenhouse Gas (GHG) Emissions in Affecting Global Temperatures?
Understanding the effects of CO2 emissions timing on global temperatures is especially important to the debate about the use of forest bioenergy.
Learn MoreFPAC Guidance – Reporting to the Greenhouse Gas Reporting Program
The Forest Products Association of Canada (FPAC) prepared this guidance document to help forest product companies calculate and report their…
Learn MoreNCASI User-friendly Greenhouse Gas Emissions Trend Tool
This Microsoft Excel®-based tool is designed to illustrate greenhouse gas (GHG) amounts reported by Canadian forest products facilities to the Federal GHG Emissions Reporting Program (GHGRP).
Learn MoreCC-16-001: EPA-Proposed Revisions to Mandatory GHG Reporting Rule
EPA-Proposed Revisions to Mandatory GHG Reporting Rule
Learn MoreUS EPA & Other Mandatory Greenhouse Gas Reporting
NCASI offers resources to assist with the EPA Mandatory Greenhouse Gas Reporting Rule requirements.
Learn MoreMatrix of GHG Reporting Programs in North America
NCASI prepared a spreadsheet summarizing information on seven regulations or programs/guidelines.
Learn MoreOther US Greenhouse Gas Emission Regulations
NCASI offers resources to assist facilities in estimating biogenic GHG emissions.
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