Category Archives: Climate Change

Highlights of the Clean Power Plan of 2015

You have probably heard about the release of the final version of the Clean Power Plan on Aug. 3, 2015 (http://www2.epa.gov/cleanpowerplan). Clean Power Plan Fact Sheet: (http://epa.gov/airquality/cpp/fs-cpp-preview.pdf). It sets even stricter emission standards than the initial proposal of last year. The Clean Power Plan aims to cut GHG emissions by 32% from a 2005 baseline by 2030, while giving states greater flexibility to meet standards, such as that reductions do not need to begin to be achieved until 2020. Emission reductions must be phased in on a “gradual glide path” to 2030.

Overview

Under the Clean Power Plan, states must develop and submit a plan by 2018 to the USEPA for their approval containing the strategies to ensure that their power plants individually or as a group meet specific GHG performance rates for 2030 and for the years between 2022 and 2029. States will have until 2022 to begin phasing in emission reductions. This is a two year extension from the dates contained in the proposed rule.

States may choose between two approaches to meet their goals:
1. Emission standards plan – with power plant-specific emission rate or fuel-based requirements that a state must enforce that will achieve the required reductions.
2. State measures plan– includes a mixture of measures enforced by the state, such as power plant-specific emission reduction standards, renewable energy standards, and programs to improve energy efficiency not included in the “best systems” list. The federally-enforceable requirements (on the “best systems” list) and any state-only measures must result in all power plants meeting the state’s GHG emission reduction goal.

Specific Program Elements

The Plan contains a Clean Energy Incentive Program to further incentivize renewable energy, offering credits for renewable energy installed in 2020 and 2021. These credits can then be used for the compliance period starting in 2022.

The Clean Power Plan contains a “safety valve” allowing states relief of their emission reduction standard if there is risk of disruption of its power supply. A state may drive certain high-emitting power plants to retire quickly to meet a 2020’s reduction goal before a new source necessary to take its place in producing electricity is up and running. There are also allowances for states to request extensions to deadlines.

Finally, the Clean Power Plan allows for interstate trading of GHG emission reduction credits, giving another option to states – to procure credits from states which have achieved over-reduction of GHG emissions, beyond their goals. The Plan provides guidance for states who wish to establish such a trading program. The USEPA wishes to encourage such trading programs, such as the successful RGGI program in the Northeast.

Early Reaction

The early response has been mixed. Republicans will try to block its implementation, as it will certainly impact the power and coal industries. The National Association of Manufacturers is against the rule. The Plan will likely be challenged in court. However, 365 major companies and investors including General Mills, Mars, Nestle, and Unilever sent supporting letters for the Plan.

The Advanced Energy Economy (AEE) was upset that the Plan contains no credit for actions taken between now and 2020, and that energy efficiency was removed from “the best system of emission reduction” methods used to set state-by-state targets. The 3 main “best systems” listed are improved heat rate at coal-fired facilities, increased use of natural gas, and use of renewable (carbon-free) energy. It is understood, however, that energy efficiency programs can still be included in state compliance plans. It is likely that energy efficiency was removed as a “best system” because it represents efforts outside the property lines of power plants, which is harder to measure and may have legal obstacles for affected power plants.

CCES can help your building or company focus on your energy needs. We have successfully found reliable ways to save energy usage and cost of many building types. And we can translate such reductions into GHG emission reductions, too. We can develop and reduce your carbon footprint to obtain maximum financial benefits, too. Contact us today at 914-584-6720 or at karell@CCESworld.com.

DOD Incorporates Climate Change into Planning

The US Dept of Defense (DOD), of course, does long-term planning, anticipating its necessary future actions, strategies, and technologies. A master plan for climate change adaptation was published recently by the DOD, and showed a major concern about the effects of climate change on DOD installations and operations (http://www.acq.osd.mil/ie/download/CCARprint.pdf). Climate change adaptation has now become a major part of DOD planning.

Perhaps the most important aspect of this report is that the effects of climate change are now integral parts of DOD’s organizational structure and planning. Climate change issues will be part of DOD’s normal decision-making processes and of people’s jobs.

The DOD began to address climate change issues after publication in 2010 of its Quadrennial Defense Review, which analyzes long-term strategic defense issues, and first linked climate change to national security by evaluating its impacts in areas around the world, such as disasters and access to water and food. These are issues that can potentially accelerate instability and conflict. The report also indicated that climate change impacts will likely impact DOD facilities and operations, and, unless anticipated and addressed, ultimately military effectiveness.

The latter concern weighs greatly on the DOD which oversees over 500 bases worldwide and operates buildings and infrastructure valued over $850 billion. Damage to such assets by flooding, sea level rise, intense storms, drought, and thawing of permafrost is rightfully a concern of the DOD. As a result, the DOD has determined that climate change issues will be taken into account in future installation management.

The document also recommended that the DOD implement strategies to reduce energy usage, including greater efficiency and to increase the use of renewable energy sources, in order to both reduce its own greenhouse gas emissions and to provide greater operating flexibility, such as to reduce dependence on large quantities of oil, which can be a target of enemy fire or terrorism.

The DOD promised to develop codes for its buildings to reduce the usage of energy, water, and other natural resources, to develop more resilient infrastructure, and to anticipate and plan for rapid recovery from damage that could occur due to severe climate change-driven situations (flooding, storms, etc.).

CCES has the experts to help your company and building plan to minimize your usage of energy and other natural resources and to plan for and be more resilient in the face of future climate change effects in your location. This effort can save you much money and reduce your risks. Contact us today at 914-584-6720 or at karell@CCESworld.com.

Changes To Reporting GHG Emissions From Renewable Energy, Low-Carbon Power Purchases

The World Resources Institute recently published new guidlines for entities to measure greenhouse gas (GHG) emissions from purchased electricity, Scope 2 emissions. This is the first major update to the GHG Protocol in many years, and responds to changes in the electricity market. The new GHG Protocol Scope 2 Guidance (http://ghgprotocol.org/scope_2_guidance) provides the methodology for entities to compute and report revised Scope 2 based on different types of electricity purchases.

The guidance offers methodology for companies producing their own electricity from renewable sources, such as solar and wind. This electricity may be used in-house or sent into the grid. It allows estimation of GHG emissions for a building who may be a net developer of electricity for certain periods of a year and a net user of electricity from the grid during other periods. This report also allows calculation of GHG emission credits from companies that invest in renewable power, such as purchasing renewable emission certificates (RECs). The report also offers case studies of 12 companies that have already used the new guidance. The USEPA and The Climate Registry support the new guidance.

Scope 2 GHG emissions derive from activities even though the emissions physically occur outside the facility due to purchasing of electricity, steam, or cooling water. (Scope 1 is GHG emissions at the facility, such as combusting a fuel by a piece of equipment or vehicle.) Normally, companies purchase electricity for their facilities from the grid, and report these Scope 2 GHG emissions based on the emission factors of the main power plants that supply the electricity the facility is purchasing electricity from in the area. However, as more and more facilities either are purchasing “green” credits (such as RECs) and power purchase agreements and are investing in renewable means to produce their own energy, this accounting has now grown more complex. These contracts and agreements vary and are accounted differently from nation to nation, and this has been determined to be a problem to more accurately estimate GHG emissions.

The Scope 2 Guidance now allow companies to better compare and make decisions on purchase or renewable options based on GHG emission reduction targets.

CCES has the experts to perform a GHG emissions inventory (“carbon footprint”) for your company’s diverse facilities and operations using WRI and The Climate Registry procedures, including these revised procedures. Contact us today at 914-584-6720 or at karell@CCESworld.com.

6 Steps to Manage Your Company’s Physical Climate Change Risks

President Obama has recently stated that climate change must become a high priority. He wants the US to be a world leader in addressing climate change, such as reducing greenhouse gas (GHG) emissions significantly. Many polls show that a solid majority of Americans support this movement. A growing number of companies, cognizant of this fact, have tasked their Environmental Groups to address climate change.

A number of articles in CCES have discussed the many financial benefits to a company that reduces its GHG emissions. That aside, another climate change issue that companies must address is the impact of the physical and financial effects of climate change on their business; in other words, to assess climate change risk. Nearly all businesses have assets, operations, and a supply chain vulnerable to the effects of climate change, not to mention its effects on markets. How does one develop the ways to assess the degree of and for developing strategies to minimize climate change risk?

This is not meant to be an exhaustive analysis of climate change risk. Software and other options exist to be more exact. This is meant to be a guide for those starting out. Here are 6 steps to effectively begin to assess and address your climate change risk.

1. Determine your current climate change risk factors. Develop an analysis of your company’s assets, operations, supply chain, and customers and which ones are most at risk to the likely adverse effects of climate change (i.e., extreme storms, rising sea levels, shortages of water or other natural resources, etc.). List these specific areas in writing, including their location, and determine which hazards are likely to increase in particular geographic areas. For example, if you have a manufacturing plant or a key supplier has one in, say Florida or the Caribbean, then you need to be concerned about the probability of a growing frequency of extreme storms. Begin by assessing risk qualitatively, but eventually attempt to quantify or at least rank the business areas of greatest adverse risk. Rankings should be made in business terms: such as risks that are existential, those that may affect worker lives, those that may cost your business market share or reputation, as well as those resulting in direct costs (asset damage).

2. Assess where you stand now. Part of this ranking of your key areas of climate change risk is to determine if impacts are already occurring or may come soon. For each critical risk area identified, research recent and historic events to determine if the impacts are already occurring. For example, research the historical extreme weather events of a potentially vulnerable plant over the last 50 to 100 years (if data is available) to determine whether extreme weather events are already occurring more frequently.

3. Now look forward to assess future risk of climate change impacts. Assess those assets, operations, etc. identified for potential climate change risk for projected changes caused by climate change in the future. How far into the future is up to your firm. For example, computer models exist to predict temperature rise in many areas of the world caused by climate change and can be used to predict future yields of necessary supplies provided by agriculture. Projections have been estimated for sea level rise. Determine if your assets or supply chain may be even more vulnerable in the future to flooding or damage if sea level rises by the amount projected.

4. Go back, re-rank and plan for your riskiest vulnerabilities. Given the historical and potential future adverse impacts of climate change that have been determined, now re-rank these at-risk assets, operations, supply chain, etc. using your criteria above (existential, reputational, asset damage). Estimate which of these are of potentially greatest risk to loss or damage in the future.

5. Determine reasonable steps to effectively reduce risk. There are likely multiple options that can be implemented to reduce your risk. Each may reduce risk differently or by a different amount and each has a cost (although there may be side benefits, too). Remember, it is essentially impossible to reduce risk to zero (“Mother Nature”). And of course, you will be limited by budgetary factors. Therefore, determine what level of risk may be acceptable to your company. For example, what are the costs involved and risk reduced of building a sea wall to protect an asset in a coastal, hurricane zone? What may the costs be to “raise” that facility or its key assets a number of feet to avoid flooding? What may the costs be to relocate some of its operations to a different facility in a much lower risk zone? What may the costs be to shut down the plant altogether and move all operations elsewhere? This information and good what-if scenarios will enable your company to better direct resources for more effective risk reduction.

6. Climate change risk should be a part of your total business risk determination. One thing that is certain is that as businesses and the Earth change, climate change risk will also change. As a company changes its customer base, supply chains, acquires other companies or sheds products, this will affect their climate change risk. Of course, the science of climate change and knowledge of risk will change, too. Therefore, this risk analysis should not be “stored away.” This must be re-examined and re-calculated every few years or if the company undergoes major changes. Climate change risk should be part of overall corporate business risk assessments.

For example, when determining whether to buy a company, its climate change risk should be assessed. Does that company have many assets or suppliers in vulnerable areas? Do they use coal, for example, to produce power for its operations? Might your company need to spend a large quantity of resources to address the risks it is taking on or comply with potential future climate change or energy regulations? A robust climate change risk assessment may affect your offer price. I managed a project where a company wanted us to assess the climate change risk of one it was considering to acquire that operated a number of coal-fired power plants. Their greatest concern was what might its future costs be due to potential future climate change or environmental rules that would require expensive controls on emissions? These costs, we showed, could be quite significant, and were presented to the client. Understanding the need to spend many of millions of additional dollars per year in the future, they reduced their bid price. They lost the bid, but afterwards contacted our firm and thanked us. Given the huge potential future cost and risk, this was the best “loss” of a bid they ever had.

CCES can help your firm assess climate change risk and determine and implement common-sense strategies to reduce the risks and get other financial benefits at the same time. Contact us at karell@CCESworld.com or at 914-584-6720.

8 Ways to Protect Your Operations From Severe Weather Impacts

Well, we made it through another hurricane season without one damaging a major US populated area, the 2nd consecutive such season. Superstorm Sandy is becoming a distant memory for some. But, severe weather impacts are still a threat to your business all year round. This is the time to implement common-sense strategies to safeguard your property from the physical and financial effects of severe weather. Here are 8 easy-to-implement ideas that will have direct financial benefits for you.

1. Create a Severe Storm Culture. Don’t think your building or business is immune from the devastating effects of a severe storm. Even if it is not a headline-making hurricane, blizzard, or earthquake, severe weather literally impacts property in all 50 states. Don’t assume a severe storm will not come; be prepared for the worst case.

2. Damage is Beyond the Physical. A large number of businesses fail to re-open after severe weather events. Many, of course, sustained physical damage to the building or to its inventory. But many also went out of business because of a profound loss of computer data (sales lists, business data, codes, etc.). Realize that it is important to not just secure physical property, but your business systems, too.

3. Therefore, Identify Vulnerable Business Entities. What items are critical to your business that may be compromised by severe weather? First, should be your people, followed by buildings, computer systems, heavy equipment, inventory, etc.

4. Anticipate Worst-Case Scenarios. Actually record in writing potential worst case scenarios based on your location, such as hurricanes, tornadoes, floods, blizzards, earthquakes, thunderstorms, etc. Record all severe incidents of the last 25 years.

5. Go back and Identify Vulnerable Business Entities. For each potential severe weather type, which areas are most vulnerable and how bad may losses be? Look at people, property, inventory, computer systems, equipment, etc. Estimate potential losses and the time and cost for full business recovery for each scenario.

6. What Reasonable Protections Can You Install? Of course, budgets are limiting. You can’t do everything. And besides, there is no such thing as zero risk against the fury of Mother Nature. But what effective, affordable measures can you install – both physical and cultural – to reduce risk of loss? From physical safeguards to your buildings (i.e., construct escape paths, send water away from buildings and paths, raise critical equipment above basement/ground floor) to conducting drills.

7. Back Up Data. As discussed earlier, your data very much defines your business. Make sure you have back up to all of your data in a secure location, such as the ”cloud” or secure location safe from floods, fire, etc.

8. Create Living Emergency Response / Business Continuity Plans. Put all of this in writing: plans to determine how you will respond to severe weather to protect your people, assets, and data plus procedures to bring your business back up again as soon as possible after a disaster. Make sure these documents are reviewed and updated regularly and the right leaders are aware of what needs to be done.

CCES has the experts to help your business and buildings develop a disaster preparedness program to help minimize impacts of severe weather and to enable you to bounce back. Contact us today at 914-584-6720 or at karell@CCESworld.com.