#GHG inventory software

[brandname4318]

ISO 14064 Certification Course: Your Pathway to Mastering Carbon Emissions Management

As organizations increasingly commit to carbon neutrality and transparent environmental reporting, the ISO 14064 certification course has become a vital credential for professionals involved in sustainability, environmental compliance, and carbon management. This globally recognized course equips individuals with the expertise to quantify, report, and verify greenhouse gas (GHG) emissions in accordance with ISO’s rigorous standards.

ISO 14064 is a comprehensive standard that provides a framework for measuring and managing GHG emissions at both organizational and project levels. The certification course is designed to help learners understand the full spectrum of emissions accounting, including the creation of GHG inventories, identification of emission sources, and the implementation of emissions reduction strategies. With increasing regulatory pressure and stakeholder demand for climate transparency, the course is highly relevant across sectors.

The certification is structured around the three parts of the ISO 14064 standard:

Part 1: Specifies principles and requirements for designing and developing organization-level GHG inventories.

Part 2: Focuses on quantifying, monitoring, and reporting emissions reductions from GHG mitigation projects.

Part 3: Outlines the requirements for validating and verifying GHG assertions to ensure credibility and accuracy.

Participants in the ISO 14064 certification course typically explore key topics such as carbon accounting principles, emission scopes (1, 2, and 3), boundary setting, emission factors, uncertainty assessment, and audit procedures. The course also introduces the use of GHG quantification tools and software, preparing participants to apply their skills in real-world contexts.

Professionals who complete the course are positioned to support organizations in developing and managing their carbon footprints effectively. They can lead initiatives in carbon reduction, guide compliance with environmental regulations, support sustainability disclosures, and contribute to broader corporate social responsibility goals. ISO 14064-certified individuals are especially valuable in sectors such as energy, transportation, manufacturing, agriculture, and consultancy.

The course also benefits third-party verifiers and auditors, as ISO 14064 Part 3 provides a recognized approach to validating carbon data and claims. Whether working for certification bodies, environmental consultancies, or internal audit teams, certified professionals ensure that reported data meets both legal requirements and voluntary standards like the GHG Protocol or CDP.

Importantly, the ISO 14064 certification course aligns well with global climate frameworks and initiatives. It helps organizations meet the data requirements for initiatives such as the Science-Based Targets initiative (SBTi), Task Force on Climate-related Financial Disclosures (TCFD), and various national and regional carbon reporting schemes. This positions certified professionals as key contributors to climate risk management and strategic environmental planning.

In conclusion, completing an ISO 14064 certification course opens up a world of opportunity for professionals eager to make a meaningful impact on climate change. It delivers not only technical knowledge but also strategic insights that empower individuals to lead GHG management programs with confidence and credibility. In a world demanding environmental accountability, ISO 14064 certification offers both relevance and recognition in the fight against global warming.

FOLLOW MORE INFO:

https://www.irqs.co.in/training-services/iso-14064-carbon-footprint-lead-implementor/

[snowkap]

Implementing Life Cycle Assessments for Product-Level Emission Tracking

As sustainability becomes central to modern business practices, organizations are under increasing pressure to quantify and minimize their environmental impacts. One of the most comprehensive and effective ways to achieve this is through Life Cycle Assessments (LCAs). LCAs provide a holistic evaluation of a product’s environmental footprint—from raw material extraction to disposal—enabling companies to make data-driven decisions, comply with regulatory requirements, and improve their ESG (Environmental, Social, and Governance) performance.

This article explores the process of implementing LCAs for product-level emission tracking, the benefits it offers, and the tools that facilitate accurate and scalable analysis.

What Is a Life Cycle Assessment?

A Life Cycle Assessment is a standardized methodology (defined by ISO 14040 and 14044) for evaluating the environmental impacts associated with all stages of a product's life. These stages typically include:

Raw material extraction

Manufacturing and processing

Transportation and distribution

Product use

End-of-life disposal or recycling

By assessing emissions, energy use, and resource consumption across each of these phases, companies gain a comprehensive view of a product’s total environmental burden.

Why Product-Level Emission Tracking Matters

Product-level emission tracking goes beyond generic corporate carbon footprints. It dissects the environmental performance of individual products, offering insights that are crucial for:

Eco-design: Creating products with lower carbon footprints.

Carbon labeling: Informing customers about product-related emissions.

Supply chain optimization: Identifying high-emission components or suppliers.

Compliance: Meeting evolving regulations like the EU’s Corporate Sustainability Reporting Directive (CSRD).

ESG Reporting: Demonstrating transparency and responsibility to investors and stakeholders.

Key Steps in Implementing Life Cycle Assessments

1. Goal and Scope Definition

The first step in any LCA is to clearly define the objective and scope of the study. This includes:

The purpose (e.g., improving design, supporting marketing claims, or fulfilling regulatory needs)

The functional unit (e.g., 1 kg of product, one usage cycle, etc.)

The system boundaries (i.e., cradle-to-gate, cradle-to-grave, or cradle-to-cradle)

A well-scoped LCA ensures that the results are relevant, accurate, and comparable across products and categories.

2. Inventory Analysis

The Life Cycle Inventory (LCI) involves collecting data on every input (materials, energy) and output (emissions, waste) associated with each stage of the product’s life cycle. This is often the most resource-intensive step and may require coordination across internal teams, suppliers, and third-party data sources.

Modern GHG accounting software plays a pivotal role at this stage. These platforms automate data collection, standardize emission factors, and integrate with enterprise systems like ERP and PLM tools. By doing so, they eliminate manual errors and significantly reduce the time needed to complete an LCA.

3. Impact Assessment

In this phase, the raw data from the inventory is translated into potential environmental impacts, such as:

Global warming potential (CO₂e)

Ozone depletion

Acidification

Eutrophication

Resource depletion

Advanced software tools are now capable of converting complex datasets into understandable impact categories using globally recognized methodologies like ReCiPe, TRACI, or ILCD.

4. Interpretation and Reporting

The final step is interpreting the results to draw actionable conclusions. Which materials or processes are responsible for the majority of emissions? Are there opportunities to switch to greener inputs or alternative production methods?

At this stage, results are also prepared for external reporting—whether in sustainability reports, product environmental footprints (PEFs), or marketing claims. Using an ESG risk assessment tool can help contextualize these findings within broader ESG frameworks and identify how product-level emissions impact organizational risk and opportunity.

Challenges in Conducting LCAs—and How to Overcome Them

1. Data Availability and Quality

Many companies struggle to obtain accurate, primary data from their supply chains. As a result, they rely heavily on secondary data, which may be outdated or not product-specific.

Solution: Partner with suppliers to gather primary data and use robust GHG accounting software that can harmonize multiple data sources and apply credible emission factors.

2. High Complexity and Cost

Traditional LCAs are time-consuming and require specialized expertise, often making them inaccessible to small or medium-sized enterprises (SMEs).

Solution: Cloud-based LCA platforms and modular LCA tools now offer scalable, user-friendly alternatives that automate calculations, streamline workflows, and reduce the cost per assessment.

3. Lack of Standardization

The absence of universally accepted product category rules (PCRs) in some sectors can lead to inconsistent LCA results.

Solution: Stick to recognized international frameworks (ISO, GHG Protocol, PEF) and consult an ESG risk assessment tool that aligns with your industry’s benchmarks and regulatory obligations.

The Role of Digital Tools in Scaling LCAs

Digital transformation is reshaping how companies implement and manage LCAs. With the right software ecosystem, organizations can scale product-level emission tracking across diverse product portfolios and global supply chains.

Benefits of Using GHG Accounting Software

Real-time tracking of emissions by product, process, or supplier

Scenario modeling for design alternatives

Automated reporting to meet CSRD, SEC, or TCFD guidelines

Audit-ready data that ensures transparency and traceability

Integrating LCAs into ESG Strategies

Life Cycle Assessments shouldn’t be siloed. When integrated with broader ESG strategies, LCAs provide a tangible link between a company’s environmental goals and its financial and reputational performance. An ESG risk assessment tool can help decision-makers evaluate the trade-offs between environmental performance, regulatory compliance, and market competitiveness.

Future Outlook: LCAs as the New Standard

As demand grows for low-carbon products and climate-related disclosures, LCAs are rapidly becoming a key differentiator in sustainability leadership. Forward-looking companies are investing in internal LCA capabilities, embedding them into product development pipelines, and using digital tools to monitor impacts continuously.

Governments and regulatory bodies are also pushing for product-level environmental data. The European Commission’s Sustainable Products Initiative, for instance, is expected to make LCAs mandatory for a wide range of consumer goods in the coming years.

Conclusion

Implementing Life Cycle Assessments for product-level emission tracking is no longer a luxury—it's a strategic necessity. It empowers businesses to understand their true environmental impact, reduce emissions, enhance transparency, and meet growing stakeholder expectations. Leveraging digital tools like GHG accounting software and a robust ESG risk assessment tool enables companies to conduct accurate, scalable, and cost-effective LCAs, ensuring they stay ahead in an increasingly carbon-conscious marketplace.

[newtralio]

Streamlining Sustainability: The Role of GHG Inventory and Reporting Software

In an era where corporate responsibility and environmental sustainability are paramount, businesses worldwide are increasingly turning to technology to manage and report their greenhouse gas (GHG) emissions and environmental impacts. This article explores the pivotal role of GHG inventory software and related platforms in modern carbon management and reporting.

GHG Inventory Software: Tracking Emissions for a Greener Future

GHG inventory software plays a crucial role in helping organizations accurately measure and manage their carbon footprints. These software solutions provide robust frameworks for tracking emissions across various scopes (Scope 1, 2, and 3), allowing companies to identify sources of emissions, set reduction targets, and monitor progress towards sustainability goals.

Key features of GHG inventory software typically include:

Data Aggregation and Integration: These platforms gather data from disparate sources within the organization, including energy consumption, transportation, and waste management.

Emission Calculation: Advanced algorithms calculate GHG emissions based on input data, ensuring accuracy and compliance with international standards such as the Greenhouse Gas Protocol.

Reporting Capabilities: Comprehensive reporting functionalities enable organizations to generate standardized reports suitable for regulatory compliance, sustainability reporting frameworks, and stakeholder communication.

Carbon Management Platform: Enabling Comprehensive Sustainability Strategies

Beyond GHG inventory, carbon management platform encompass broader environmental, social, and governance (ESG) considerations. These platforms integrate GHG data with other sustainability metrics, providing a holistic view of an organization's environmental impact.

Key functionalities of a carbon management platform include:

Scenario Analysis: Allows businesses to simulate the impact of different sustainability strategies and investment scenarios on carbon emissions.

Goal Setting and Tracking: Facilitates the establishment of ambitious carbon reduction targets aligned with global climate goals, with tools to monitor and report progress over time.

Stakeholder Engagement: Enhances transparency and accountability by enabling stakeholders to access and interpret sustainability performance data.

ESRS Reporting Software: Ensuring Compliance and Transparency

Environmental, Social, and Governance (ESG) Reporting Standards (ESRS) have become increasingly standardized globally, necessitating robust reporting software. ESRS reporting software streamlines the process of compiling and submitting ESG disclosures, ensuring compliance with regulatory requirements and enhancing transparency.

Key features of ESRS reporting software include:

Template-Based Reporting: Provides standardized templates for various ESG indicators, simplifying the compilation and comparison of sustainability performance across reporting periods.

Audit Trail and Validation: Maintains an audit trail of reported data and offers validation checks to enhance data accuracy and reliability.

Integration with GHG Inventory: Seamless integration with GHG inventory software facilitates the inclusion of emission data in ESG disclosures, supporting comprehensive sustainability reporting.

CSRD Reporting Software: Meeting Evolving Reporting Standards

As reporting standards evolve, particularly with the introduction of Corporate Sustainability Reporting Directive (CSRD) in the European Union, CSRD reporting software becomes essential for businesses operating within the EU. This software ensures adherence to enhanced sustainability reporting requirements, focusing on non-financial information disclosure.

Key functionalities of CSRD reporting software include:

Alignment with CSRD Requirements: Ensures compliance with the latest regulatory standards for corporate sustainability reporting within the EU.

Materiality Assessment: Facilitates the identification and prioritization of material sustainability issues for reporting purposes.

Data Assurance and Verification: Provides mechanisms for data assurance and third-party verification to enhance credibility and trustworthiness of reported sustainability information.

Conclusion: Embracing Technology for Sustainable Futures

In conclusion, GHG inventory software, carbon management platforms, ESRS reporting software, and CSRD reporting software are instrumental in enabling organizations to effectively manage and report their environmental impacts. By leveraging these technologies, businesses not only comply with regulatory requirements but also enhance operational efficiency, mitigate risks, and contribute to a more sustainable future. As sustainability continues to drive corporate agendas worldwide, investment in robust software solutions remains essential for achieving meaningful progress towards global climate and sustainability goals.

[peopleplussoftware]

Green Transportation in Green Supply Chain Management

#Globalwarming, Green House Gas (#GHG) emissions, #Climatechange are matters of immense concern all over the world. If these concerns are not addressed in time, it will have detrimental effects. The consequences would be the destruction of green cover, food and water shortages, societal imbalances and inequality. Lastly, it would affect businesses and the global economy. Hence it should be understood that the environment and economy are tightly coupled. If humankind needs to survive and flourish its important that the economy takes good care of the environment.

Where does the problem lie?

The first step to solve a problem is to understand where the problem lies. The top three sectors which contribute the most to greenhouse gas emissions are:

Power Generation: By burning coal thermal power plants, generate electricity.

Transport &Logistics: Combustion requires the burning of Fossil fuels.

Manufacturing: Production processes requiring heat are mostly run on fossil fuels. Manufacturing also adds indirectly to electricity used.

From the above three sectors, Power generation is slow to adapt to change, there are a lot of additional factors such as government approvals and permissions involved. But the remaining two i.e. Logistics and Manufacturing have understood the need for sustainable growth and environmental concerns.

It's alarming…

Logistics industry contributes immensely to climate change. Transport burns up most of the petroleum products, resulting in the release of oxides, particulates and carbon dioxide.

As per Wikipedia, fleet emission of delivery vans, trucks and big rigs is 10.17 kg CO2 per gallon of diesel consumed. Delivery vans and trucks average about 7.8 mpg (or 1.3 kg of CO2 per mile) while big rigs average about 5.3 mpg (or 1.92 kg of CO2 per mile). The road haulage industry is contributing around 20% of the UK's total carbon emissions a year.

GHG emission from transport and logistics accounted for up to 28% of the total gas emissions in the US for the year 2019 (source: https://www.epa.gov/transportation-air-pollution-and-climate-change/carbon-pollution-transportation).

Green Logistics

The concept of Green logistics achieved a centre stage in the mid-’80s. Green logistics is the implementation of systems and approaches using advanced technology to minimize environmental damage during operations. This includes forward as well as reverse logistics. Green logistics aims to achieve a fine balance between economic productivities and environmental sustainability. Practically speaking, Green logistics needs to add value to Society, Environment as well as the economy. (make sure to provide sources, where are we getting this knowledge from?)

Green logistics can be applied as follows:

Transportation Warehousing Other areas

Load & Route Optimization

Clean fuel

Inventory minimization

On-site recycling

Automated warehouse management

Container Pooling

Package tracking

Eco-friendly packaging

Software for Green Initiatives

The best way for companies to streamline their logistics operations to achieve green objectives is to use competent software tools. With Supply chain technology, you can:

Effective route planning The software can automate the process of route planning and give multiple route options for a specific load. (instead of route planning, let’s focus on Mobility and Communication – as our software is not a route planning tool). But you can still mention it – just an FYI

Best Mode Using the best mode i.e. Rail, road, air or water can help in curtailing GHG emissions.

Reduce ‘empty miles’ Trucks which travel one way with a load do not have to travel back empty.

Reduce Paper Automated systems with hybrid mobile app support can help reduce paper trails.

Making the right choice

People Plus Software Inc. has developed the tools which can proficiently support the green initiatives of the Supply Chain Management industry. iM3 SCM suite is an intelligent cloud-based solution enabling efficient fleet and warehouse management. With embedded Barcode/ RFID reading its possible optimize consignment movement taking into consideration package dimensions and measurements.

People Plus Software Inc. is an enthusiastic supporter of green logistics.

[athiranair23]

SMART AND MOBILE SUPPLY CHAIN SOLUTIONS MARKET ANALYSIS (2020 - 2027)

Market Overview

Supply chain management is the management of the flow of goods and services, which includes all processes that transform raw materials into final products. Supply chain solutions heal effectively with the risk associated with supply chains. These risks include the level of inventory, the supply of goods against demand forecast, asset tracking, and services. These solutions help organizations achieve their business objectives by providing effective and efficient supply chain services. Supply chain solutions are becoming more interconnected, intelligent, and instrumented, due to advances in technology.

The global smart and mobile supply chain solutions market is estimated to account for US$ 51,123.3 Bn in terms of value by the end of 2027.

Market Dynamics- Drivers

1.  Availability of instrumented, intelligent, and interconnected solutions is expected to drive growth of the global smart and mobile supply chain solutions market during the forecast period

The key part of supply chain management (SCM) is the supply and distribution of goods. Supply chain activities play a major role in generating information and gathering generated information from retailers, manufacturers, and wholesalers. Information flow from retailers and suppliers is multiplying, due to increasing compliance mandates, which is making the supply chain more vulnerable, complex, and expensive. Radio-frequency identification (RFID) tags, sensors, actuators, a global positioning system (GPS), meters, and other devices are used for information gathering. Connectivity among the entities of the supply chain is expected to play a major role in its efficient management. Intra-supply-chain connectivity is not limited to suppliers, customers, and IT systems; rather, it extends to products, parts, and other smart objects. The smart solutions are capable of making most of the less complex decisions automatically, which limits the need for human intervention and increases the responsiveness of the entire supply chain. Hence, these factors are expected to drive growth of the global smart and mobile supply chain solutions market during the forecast period.

2.  Increasing demand from emerging markets and globalization is expected to propel the global smart and mobile supply chain solutions market growth over forecast period

Rising globalization has increased the demand for mobile and supply chain solutions. Supply chain solution providers are focused on exploring and using smart and innovative methods to reduce lead time, operating costs, and inventory required to meet varying market needs, due to globalization. Hence, many companies are focused on the development of their solutions, in order to handle the complexities of business and growing uncertainties globally. Moreover, the adoption of smart and mobile supply chain solutions allows companies to expand their global presence. If companies let their global footprints become larger without considering how their supporting operations should be rationalized, optimized, and redesigned, such companies would lose opportunities for higher profits and growth. Thus, these factors are expected to drive growth of the global smart and mobile chain solutions.

Statistics:

North America held dominant position in the global smart and mobile supply chain solutions market in 2019, accounting for 35.1% share in terms of value, followed by Europe, APAC and RoW respectively

Figure 1: Global Smart and Mobile Supply Chain Solutions Market Share (%), in terms of Value, By Region, 2019

Market Dynamics- Restraints

1.  Cost volatility is expected to restrain growth of the global smart and mobile supply chain solutions market during the forecast period

Cost volatility remains a major challenge in the field of mobile supply chain solutions. Majority of supply chain executives are focused on the cost-effectiveness of the operations. However, rapid changes in internal costs such as spikes in commodity prices, rapid wage inflation, or even sudden credit freezes are becoming more common. For instance, rising fuel prices affect SCM significantly, which leads to a reevaluation of distribution strategies, load sharing, and third party engagement. Shifts in operational fundamentals and other costs are taking place so quickly that supply chain executives are finding it difficult to match the implementation of supply chain solutions with cost volatility. Moreover, companies that rely on supply chain are focused on the long-term implementation of supply chains, in order to meet cost volatility. Thus, such factors are expected to restrain growth of the market in the near future.

2.  Low visibility of information is expected to hinder the global smart and mobile chain solutions market growth over the forecast period

Lack of information transparency is another major hindering factor for growth of the market. Although a vast amount of information is available throughout the supply chain, majority of service provides find it challenging to record and gather this information. Moreover, despite have better network connectivity, getting feasible information is one of the greatest challenges for service providers. Since primary decision-makers are focused on constant process improvement, strategy alignment, and cost reduction, very few initiatives are carried out to drive integration and visibility of information within and outside the organization. Hence, these factors are expected to hinder the market growth in the near future.

Smart and Mobile Supply Chain Solutions Market 

Report Coverage

Market Opportunities

1.  Demand-driven forecasting can present lucrative growth opportunities

Demand-driven forecasting is a major opportunity for the players in the smart supply solutions market. In the past, manufacturing companies relied on demand forecasts based on historical sales data to predict what to manufacture and ship to customers. However, a rising trend for demand-driven supply chains is being observed in the global supply chain market. Companies are using “demand signals” for replenishment and production planning. Demand signals are electronic signals generated by various events across the supply chain. For instance, the bar code is one of the most commonly used demand signals for demand forecasting.

2.  Research and development activities can provide major business opportunities

Key players in the market are focused on research and development activities, in order to expand the product portfolio. For instance, in September 2014, SAP SE launched a cloud-based supply chain solution that is anticipated to leverage connectivity, insights, and community among other networks. In December 2014, Oracle Corporation introduced its solutions for Project-Driven Supply Chain to offer improved profitability and project performance to its customers.

Figure 2: Global Smart and Mobile Supply Chain Solutions Market Value (US$ Bn), 2017 - 2027

The global smart and mobile supply chain solutions market was valued at US$ 14,354.3 Bn in 2019 and is forecast to reach a value of US$ 51,123.3 Bn by 2027 at a CAGR of 17.2% between 2020 and 2027.

Market Trends

1.  Green Supply Chain is a major trend

Businesses across the world are seeking smart solutions to reduce their carbon footprints and supply chain waste. Thus, the greener supply chain is an emerging trend in the smart and mobile supply chain solutions market. Carbon accounting, greenhouse gases (GHG), renewable energy, sustainability, and the use of land and water are some of the major factors considered in green supply chains. Businesses are adopting creative and collaborative planning for shippers and logistics providers to find and manage schedule requirements in better ways. Consumer awareness and reusability of the products used for packaging and transportation are prime factors driving the greener SCM initiatives. Use of green SCM solutions can also lead to increased efficiency and reduced delivery time.

2.  Omni-channel supply chain is another major trend

The trend for online shopping has increased drastically in the last few years. Thus, as more customers shop online, retailers have to support supply chains for both virtual and physical stores. At the onset of e-commerce, most retailers and manufacturers set up separate supply chains with dedicated distribution centers for physical stores and online orders. However, many retailers and wholesalers sought to create a common pool of inventory for both types of supply chains. In this type of inventory, products are used to fulfill requests from both virtual and physical stores. For instance, In November 2014, IBM Corporation formed a partnership with JDA Software Group Inc., a logistics and supply chain software and technology provider, to offer an integrated omni-channel supply chain solution.

Global Smart and Mobile Supply Chain Solutions Market - Impact of Coronavirus (Covid-19) Pandemic

Due to Covid-19 pandemic, many industries witnessed significant shift in their business. Due to negative impact of the COVID-19, some of the non-medical manufacturing companies have started manufacturing masks, ventilators, and related components, sanitizer, and others to contain the spread of covid-19. This is a short term strategy to minimize the impact of this pandemic. Moreover, companies are now using Manufacturing execution systems (MES) in order to monitor real-time production and other operations of manufacturing plants. This will reduce the requirement for onsite and shop employees to check overall production of the plant. As most of the countries have imposed lockdown, the demand for the software is decreased. These software model offers various advantages such as reduce time to benefit, lower costs, enhanced scalability & integration, latest upgrades, and easy-to-use and perform. Many companies are offering smart and supply chain solutions in terms of the SaaS model, in order to gain a competitive edge in the market.

Competitive Section

Key players operating in the global smart and mobile supply chain solutions market are SAP SE, Kewill Systems plc, Oracle Corporation, GT Nexus Inc., JDA Software Group, Inc., Infor Global Solutions, Inc., Manhattan Associates, Inc., Descartes Systems Group, Inc., Epicor Software Corporation, and IBM Corporation.

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 Request PDF brochure here: https://www.coherentmarketinsights.com/insight/request-pdf/4183

 Key Developments

1.      Key companies are focused on product launches, in order to enhance the market presence. For instance, in May 2020, SAP SE launched a new supply chain planning solution for demand-driven replenishment.

2.      Major players are involved in product launches, in order to gain a competitive edge in the market. For instance, in October 2019, IBM Corporation introduced a new integrated supply chain suite incorporated with Watson AI and IBM Blockchain.

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What we provide:

·        Customized Market Research Services

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[architectnews]

Orlando Sports & Entertainment District

Orlando Sports & Entertainment District Digital Twin project, Florida Building, American Architecture Images

Orlando Sports & Entertainment District, FL

Aug 18, 2020

Orlando Sports & Entertainment District Digital Twin project

Design: Baker Barrios Architects Inc

Location: Orlando, Florida, USA

Cityzenith gets green light on $500 Million Orlando Sports & Entertainment District Digital Twin project

A ground-breaking Digital Twin project by Cityzenith promote, optimize, and future proof the ambitious $500 million Orlando Sports & Entertainment Smart District (OS+ED), aiming to drive the Florida city’s millions of annual visitors to the downtown hotspot.

Confirmation follows a commercial agreement with SISCO, the project’s technology provider, finalizing terms with Cityzenith (CZ) and the project owners, OS+ED Dev Corp, to deploy CZ’s award-winning SmartWorldPro2 Digital Twin platform for the first time on a megaproject in the United States.

Orlando Sports & Entertainment District: image supplied by Baker Barrios Architects Inc

SmartWorldPro2 Integrates all software and services used by anyone designing, constructing, and managing complex, large-scale building projects, properties, and real estate portfolios.

The OS+ED is planned opposite the Amway Center in downtown Orlando, where the Orlando Magic play basketball, and will include a 300-room hotel, 420,000 square feet of offices, 80,000 square feet of event space, more than 100,000 square feet of retail, and an open-air plaza.

It will be a fully interconnected Smart District, using state-of-the-art IoT, Digital Twin and AI Technologies to transform the four-block urban core, west of the I-4 Highway.

Cityzenith CEO Michael Jansen said: “I’m delighted to sign with SISCO to launch the visionary OS+ED project. Efforts are already underway to develop a hi-res 3D Digital Twin model of the core project site, the 130-acre OS+ED Smart District site, and the surrounding urban neighborhood, which will encompass most of Orlando. The result will be the most-advanced and feature-rich 3D Digital Twin model of a city in the United States.

“It is our first major project of this scale in America and will highlight how SmartWorldPro2 is able to integrate with SISCO’s IoT, artificial intelligence, smart building, and other technologies to deliver a comprehensive Digital Twin-enabled, Smart Connected Community Integrated Operating System (SCCiOS) for large building owners and operators.”

Job #1 for SCCiOS will be attracting tenants and visitors to downtown Orlando venues for a ‘wow, it feels like I’m really there’ 3D District Experience, delivering an unprecedented wealth of information and connected services. The pioneering work could also unlock additional contracts for Cityzenith on other SISCO projects totaling up to $1,000,000 by the end of 2021.

Phil Tinsley, CEO of the OS+ED Dev Corp, said: “The project is a highly programmed, high amenity development where residents, visitors and tenants experience Living-as-a-Service (LaaSTM) the first bundled entertainment, ticketing, hospitality, housing, transportation, food and beverage, wellness, and utilities platform of its kind in the US.

“We chose Cityzenith’s SmartWorldPro2 Digital Twin to best demonstrate and bring this data rich experience to life and are thrilled to be its first major US user.”

Tinsley predicted that tenants and residents would particularly love the easy-to-use ‘single-pane-of-glass’ software platform, accessing all the information they need when they need it, adding:

“SmartWorldPro2’s unique features will first create an online virtual 3D tour like no other; a video game-like experience where visitors navigate to and click on elements in a life-like 3D OS+ED model to see event times, retail offers, parking availability, and even the view from their hotel rooms or stadium seats.”

Michael Jansen added: “The OS+ED is high-profile, forward thinking, and transformational, and the contract is a huge victory for us, while also boosting our Cityzenith ‘Clean Cities – Clean Future’ mission.

“Currently, 10,000 cities produce 70% of global greenhouse emissions and just 100 – megalopolises like New York, Tokyo, London and Paris – produce 25% of that total.

“It must change and SmartWorldPro2’s ability to create digitally-twinned cities to inventory GHG emissions and streamline sustainable urban redevelopment initiatives makes it the platform of choice for executing energy transition projects on any scale, whether a district, a campus, a city, or an entire country.

“Please join us on our journey and watch for more updates as SmartWorldPro2 marches towards cleaning and freeing our cities for a better future.”

Cityzenith’s launched last month its Regulation A+ Crowdfunding Investment Round

Cityzenith recently announced the launch of a $20,000,000 Regulation A+ crowdfunding capital investment raise; an exciting time for the company as well as investors, as it continues to grow and expand globally. Learn more at Cityzenith

About Cityzenith

Cityzenith is based in Chicago with offices in London and New Delhi. The company’s SmartWorldPro2 Digital Twin platform was created for anyone designing, constructing, and managing complex, large-scale building projects, properties, and real estate portfolios.

Cityzenith Chairman & CEO Michael Jansen

An impassioned architect, urbanist, and entrepreneur, Michael has founded and led high-growth companies in the USA and Asia for more than two decades.

Having studied architecture at Yale and Cambridge, and earned a Fulbright Scholarship, he worked as an architect in India and China for several years, leading the Asia practices of two major US international architecture firms.

In 2004, Michael founded a major BIM services company in India backed by Sequoia Capital, which grew to over 500 employees in just four years. In 2010, Michael took the helm at Cityzenith as CEO and embarked on a personal mission to revolutionize the way we use data to transform the global built environment.

Featured on CNN, CNBC, the BBC, and in major business, government, and AEC publications worldwide, Michael has received several awards for his work, including the “40 Under 40” accolade from Building Design + Construction. In 2014, Michael was honored as a World Cities Summit Young Leader in Singapore for his life-long contribution to improving sustainability and the quality of life in cities, and in 2019, he received a Chicago Innovation Award for his company’s groundbreaking work in the Digital Twin Arena.

A husband and father of three, Michael speaks Chinese and Hindi, has traveled to over 90 countries, swims a lot, reads more political and science news than he should, and plays the guitar.

Orlando Sports & Entertainment District Digital Twin project images / information received 180820 from World Nano Foundation

Location: Orlando, Florida, USA

Orlando Architecture

Orlando International Airport South Terminal Complex, Florida Design: Fentress Architects image from architecture office Orlando International Airport Building

Francis Park Townhomes Design: Interstruct, Inc. image courtesy of architects Francis Park Townhomes in Orlando

1600 Lakeside Residence, Audubon Park Design: Interstruct, Inc. photograph : Steven Allen 1600 Lakeside Residence in Audubon Park, Orlando

Guidewell Innovation Orlando, Lake Nona Medical City Design: Affiniti Architects & Marc Thee image from architects Guidewell Innovation Orlando Building

Citrus Bowl Stadium, Orlando Design: HOK Sport image : HOK Sport Orlando Venues Building

Florida Architecture

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How Power Needs & Millennial Interest are Driving the Bitcoin & Cryptocurrency Sector

Point Roberts WA, Delta BC/ April 10-11, 2019 - Investorideas.com, a global investor news source covering blockchain and cryptocurrency issues a special edition of the Crypto Corner looking at recent news and developments in the cryptocurrency sector.

Cryptocurrencies are experiencing a rise in price again, with Bitcoin reaching its 400 Millionth transaction recently. From a recent Independent article; “Around 350,000 transactions take place every day across its (meaning Bitcoin’s) decentralised blockchain, with many of these transactions currently passing through China where the majority of bitcoin mining operations are located, however this may soon be about to change. The country's economic planning agency announced this week that it is considering a ban on bitcoin mining – the process of generating new units of the cryptocurrency by providing the computing power needed to confirm transactions. If implemented, the ban would have a significant impact on the bitcoin network and potentially even the price of bitcoin, with analysts suggesting it could cause further price rises.”

"It's more likely to push bitcoin prices up than down," market analyst Mati Greenspan told The Independent this week. "The loss of cheap Chinese electricity would raise the mining cost, which is net positive on price."

This is good news for cryptocurrencies like Bitcoin and Ethereum, as well the US crypto-mining companies looking to fill the void China will leave. Integrated Ventures Inc. (OTCQB: INTV), a company engaged in digital currency mining operations, (both manufacturing equipment and selling mining rigs) as well as developing blockchain software, recently announced the execution of a Letter of Intent to acquire a fully permitted and currently idled, 80 MW natural gas-fired combined heat and power plant, located in Pennsylvania.

The Company intends to complete the restart of the Power Plant and to launch cryptocurrency operations within 4-5 months. The Company operations will focus on (i) mining using the Company’s owned mining rigs, (ii) hosting third-party mining rigs and (iii) operating a mining pool.

Steve Rubakh, CEO commented, “Cogeneration is a proven technology that produces 3 cents power, up to 75% increase in efficiency, delivers up to 70% in energy savings, up to 50% reduction in GHG emissions, eliminates reliance on local utilities, and thus provides a stable and reliable access to electricity. The Power Plant will generate electricity, at below market cost, which turns 100% of rigs that mine BTC, ETH and LTC profitable. Due to Power Plant's generation capacity of 80 MW, the Company will have an unmatched ability to grow the revenue streams by gradually scaling mining and hosting operations and by establishing synergistic partnerships with companies operating in the same space.”

HIVE Blockchain Technologies Ltd. (TSX.V: HIVE) (OTCQX: HVBTF), who recently announced its results for the third quarter ended December 31, 2018, is also looking to fill the infrastructure gap in this industry as discussed in their financial results.

“The cryptocurrency ecosystem continues to undergo significant volatility amid continually evolving regulatory review and fluctuations in price,” said Frank Holmes, Interim Executive Chairman of HIVE. “However, HIVE has remained committed to deploying infrastructure assets and diversifying our business mix to commence mining of new coins. We continue to accumulate Ethereum and Ethereum Classic and in the third quarter began adding Bitcoin to our coin inventory. In the quarter we more than doubled our mining capacity, negotiated improved financial terms with our largest partner and added an additional 100 Petahashes (“PH”) of capacity at a significantly lower cost than prior deployments.”

A recent Bloomberg article discussed how bitcoin’s latest gains have helped boost the market, including Marathon Patent Group, Inc. (NASDAQ: MARA), a digital asset technology company that mines cryptocurrencies with a focus on the blockchain ecosystem and the generation of digital assets, and is currently operating one mining facility in Quebec.

Marathon recently announced a four-for-one reverse stock split of its outstanding common stock, intended to bring the Company into compliance with the minimum average closing share price requirement for maintaining its listing on the Nasdaq Capital Market.

According to a recent survey from eToro US, growing interest from millenials is also helping drive the price of crypto. “We’re seeing the beginning of a generational shift in trust from traditional stock exchanges to crypto exchanges,” says Guy Hirsch, Managing Director of eToro US. “Younger investors’ experience with the stock market has seen a great deal of loss of trust, with the fall of Lehman Brothers because of irresponsible practices followed by the worst recession since the Great Depression. As more investors become educated in the benefits of the blockchain, we’ll continue to see this trend play out.”

Grayscale Investments, LLC, a global leader in digital currency asset management released its 2018 Grayscale Digital Asset Investment Report, a comprehensive report that highlights investment activity across the Grayscale family of products in 2018, which very much aligned with the eToro survey results. Grayscale raised $359.5 million into its single-asset and diversified investment products, marking the strongest fundraising year in Grayscale's history and nearly three times more capital than was raised in 2017.

Bitcoin continued to be the most dominant digital currency for Grayscale investors. In the fourth quarter, 88% of all capital inflows went into Grayscale Bitcoin Trust™ (OTCQX: GBTC). Notably, institutional investors accounted for 66% of all new investment dollars in 2018, despite the broad-based price reduction across digital currencies.

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Streamlining Sustainability: The Role of GHG Inventory and ESG Reporting Software

In today's world, where environmental sustainability is becoming a top priority for businesses worldwide, the need for effective greenhouse gas (GHG) inventory and Environmental, Social, and Governance (ESG) reporting software has never been more critical. Companies are increasingly required to track and report their carbon emissions and sustainability metrics accurately, not only to comply with regulations but also to meet stakeholder expectations and contribute positively to the environment.

GHG Inventory Software: Monitoring Carbon Footprints

GHG inventory software plays a pivotal role in helping organizations monitor and manage their carbon footprints. These tools enable businesses to collect data on their greenhouse gas emissions across various operational activities, including manufacturing, transportation, and energy consumption. By centralizing and automating data collection processes, GHG inventory software improves accuracy and efficiency in calculating emissions, which is essential for setting emission reduction targets and complying with regulatory requirements such as the Carbon Disclosure Project (CDP) and local emissions reporting mandates.

One of the notable platforms in this space is newtral.io, offering robust features for comprehensive GHG inventory management. It allows organizations to track emissions in real-time, analyze trends, and generate detailed reports that facilitate informed decision-making towards sustainability goals.

Carbon Management Platform: Driving Sustainable Practices

Beyond GHG inventory, carbon management platform like newtral.io provide integrated solutions for managing and reducing carbon footprints. These platforms offer tools for scenario analysis, carbon offsetting strategies, and sustainability performance tracking. By leveraging advanced analytics and simulation models, businesses can identify opportunities for efficiency improvements and cost savings while demonstrating their commitment to environmental stewardship.

ESG Reporting Software: Transparency and Accountability

ESG reporting software is another crucial component for organizations looking to enhance transparency and accountability in their sustainability practices. These platforms enable companies to compile and disclose ESG metrics related to environmental impact, social responsibility, and corporate governance. They streamline the process of data collection from diverse sources, ensuring accuracy and reliability in reporting to investors, regulators, and other stakeholders.

ESRS and CSRD Reporting Software: Compliance and Beyond

With the evolution of reporting standards such as the European Single Reporting Standard (ESRS) and Corporate Sustainability Reporting Directive (CSRD), the demand for specialized reporting software has grown. Platforms like newtral.io cater to these requirements by offering functionalities tailored to compliance with regional and global reporting frameworks. This includes automated data validation, regulatory updates, and customizable reporting templates that simplify the complexities of compliance while supporting strategic sustainability initiatives.

Conclusion: Embracing Sustainable Future with Technology

As businesses navigate the complexities of sustainability management, investing in GHG inventory and ESG reporting software such as newtral.io emerges as a strategic imperative. These platforms not only facilitate compliance with regulatory mandates but also empower organizations to drive meaningful environmental and social impact through informed decision-making and transparent reporting. By harnessing the power of technology, companies can accelerate their journey towards sustainability, foster stakeholder trust, and contribute positively to a greener, more resilient future.

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Streamlining Environmental Impact Reporting: The Role of GHG Inventory and Reporting Software

In today's global landscape, the imperative to monitor and manage greenhouse gas (GHG) emissions has become increasingly crucial. As organizations face mounting pressure from stakeholders to demonstrate environmental responsibility, the use of GHG inventory software has emerged as a pivotal tool in achieving carbon management goals and complying with regulatory frameworks. This article explores the significance and functionalities of GHG inventory software, alongside its role in comprehensive environmental, social, and governance (ESG) reporting.

GHG Inventory Software: A Foundation for Carbon Management

GHG inventory software serves as the backbone of an organization's carbon management strategy. It enables businesses to systematically measure, track, and report their emissions across various scopes (Scope 1, 2, and 3), providing a clear picture of their carbon footprint. By aggregating data from multiple sources such as energy consumption, transportation, and waste generation, this software empowers decision-makers to identify emission hotspots, set reduction targets, and implement mitigation strategies effectively.

Key features of GHG inventory software typically include:

Data Integration: Seamless integration with existing data sources to capture comprehensive emission data.

Calculations and Reporting: Automated calculation of emissions based on recognized methodologies (e.g., GHG Protocol) and generation of standardized reports.

Scenario Analysis: Simulation of emission reduction scenarios to assess the impact of potential strategies.

Compliance Tracking: Facilitation of compliance with regulatory requirements and international standards.

Auditing and Verification: Support for internal audits and external verification processes to enhance data accuracy and credibility.

Carbon Management Platform: Integrating Sustainability into Business Operations

A carbon management platform extends beyond GHG inventory to encompass broader sustainability initiatives. It consolidates environmental data with other ESG metrics to provide a holistic view of an organization's sustainability performance. This integration facilitates informed decision-making, enhances transparency, and fosters stakeholder trust.

ESG Reporting Platform: Transparency and Accountability in Sustainability Reporting

ESG reporting platforms enable organizations to disclose their performance across environmental, social, and governance dimensions. These platforms facilitate standardized reporting frameworks such as the Global Reporting Initiative (GRI) and the Task Force on Climate-related Financial Disclosures (TCFD), ensuring consistency and comparability in disclosures. By centralizing ESG data and automating reporting processes, these platforms streamline the compilation of sustainability reports, enhancing transparency and accountability.

ESRS Reporting Software: Simplifying Environmental and Social Reporting Requirements

Environmental and Social Responsibility (ESRS) reporting software addresses the growing demand for comprehensive sustainability reporting. It supports compliance with regulatory mandates such as the EU's Corporate Sustainability Reporting Directive (CSRD) and other regional frameworks. By providing predefined templates, data validation checks, and real-time updates on regulatory changes, ESRS reporting software simplifies the complexities associated with sustainability reporting, enabling organizations to meet deadlines and fulfill disclosure requirements efficiently.

CSRD Reporting Software: Navigating the Evolving Landscape of Corporate Sustainability Reporting

The Corporate Sustainability Reporting Directive (CSRD) represents a significant evolution in sustainability reporting standards within the EU. CSRD reporting software assists organizations in adhering to these stringent requirements by automating data collection, ensuring alignment with regulatory guidelines, and facilitating stakeholder engagement through transparent disclosures.

Conclusion

In conclusion, GHG inventory software, carbon management platforms, ESG reporting platform, ESRS reporting software, and CSRD reporting software collectively play indispensable roles in enabling organizations to navigate the complex landscape of sustainability reporting and carbon management. By leveraging these technologies, businesses can not only mitigate environmental impacts but also enhance their reputation, attract socially responsible investors, and drive sustainable growth in an increasingly conscious global economy. As regulatory frameworks continue to evolve and stakeholder expectations grow, the adoption of robust reporting tools will remain essential for organizations committed to advancing their sustainability agendas and demonstrating leadership in corporate responsibility.

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Understanding GHG Inventory Software and ESRS Reporting Software

In the evolving landscape of environmental sustainability, businesses are increasingly recognizing the importance of monitoring and reporting their greenhouse gas (GHG) emissions. The rise of GHG inventory software and ESRS reporting software has been pivotal in this effort, providing companies with the tools needed to measure, manage, and report their environmental impact efficiently.

 

The Need for GHG Inventory Software

Greenhouse gas emissions are a significant contributor to climate change. As such, businesses across various industries are under growing pressure to track and reduce their carbon footprint. GHG inventory software plays a crucial role in this process by offering a systematic approach to identifying, quantifying, and managing GHG emissions.

One of the primary advantages of GHG inventory software is its ability to consolidate data from multiple sources. Companies often have complex operations spanning various locations and activities, making manual data collection both time-consuming and error-prone. With GHG inventory software, businesses can automate data collection, ensuring accuracy and consistency across all reporting periods. This is particularly important for companies that need to comply with regulations or report to stakeholders on their sustainability initiatives.

Moreover, GHG inventory software facilitates the tracking of emissions over time, enabling companies to identify trends and assess the effectiveness of their reduction strategies. By integrating GHG inventory software, businesses can set realistic targets and implement measures to achieve them, ultimately contributing to global efforts to mitigate climate change.

 

Benefits of ESRS Reporting Software

The European Sustainability Reporting Standards (ESRS) have been established to enhance transparency and accountability in corporate sustainability reporting. These standards require companies to disclose information on their environmental, social, and governance (ESG) performance, ensuring that stakeholders have access to reliable and comparable data.

ESRS reporting software is designed to streamline the reporting process, helping businesses comply with these standards efficiently. One of the key benefits of using ESRS reporting software is its ability to simplify data management. Companies often struggle with collecting and organizing vast amounts of ESG data from various departments and external sources. ESRS reporting software addresses this challenge by providing a centralized platform for data collection, validation, and analysis.

Furthermore, ESRS reporting software offers advanced analytics and reporting capabilities, enabling companies to generate comprehensive and accurate reports. These reports can be customized to meet the specific requirements of different stakeholders, including investors, regulators, and customers. By leveraging ESRS reporting software, businesses can enhance their transparency and demonstrate their commitment to sustainability.

 

Integrating GHG Inventory and ESRS Reporting Software

While GHG inventory software focuses specifically on tracking and managing greenhouse gas emissions, ESRS reporting software encompasses a broader range of ESG metrics. However, there is a significant overlap between the two, as GHG emissions are a critical component of overall sustainability performance. Integrating GHG inventory software with ESRS reporting software can provide businesses with a holistic approach to sustainability management and reporting.

One of the main advantages of integrating these two types of software is the ability to streamline data collection and reporting processes. By using a unified platform, companies can avoid duplication of efforts and ensure that their GHG emissions data is seamlessly incorporated into their broader ESG reports. This not only saves time but also enhances the accuracy and reliability of the reported information.

Additionally, the integration of GHG inventory software and ESRS reporting software allows for more comprehensive analysis and decision-making. Companies can gain insights into the relationships between their GHG emissions and other ESG factors, such as energy consumption, water usage, and waste generation. This holistic perspective enables businesses to identify opportunities for improvement and implement more effective sustainability strategies.

 

Choosing the Right Software Solutions

When selecting GHG inventory software and ESRS reporting software, businesses should consider several factors to ensure they choose the right solutions for their needs. Key considerations include the software's functionality, scalability, ease of use, and compatibility with existing systems.

Functionality is critical, as the software must be capable of handling the specific requirements of GHG inventory and ESRS reporting. This includes features such as automated data collection, emissions calculation methodologies, data validation, and reporting templates. Scalability is also important, as companies need software that can grow with their operations and accommodate increasing data volumes and reporting complexity.

Ease of use is another essential factor, as user-friendly software can significantly reduce the learning curve and increase adoption rates among employees. Businesses should look for software solutions that offer intuitive interfaces, clear instructions, and robust customer support.

Compatibility with existing systems is also crucial, as seamless integration can enhance efficiency and reduce disruption. Companies should ensure that their chosen software solutions can interface with their current data management and reporting systems, allowing for smooth data flow and minimizing the need for manual intervention.

 

Conclusion

In conclusion, GHG inventory software and ESRS reporting software are indispensable tools for businesses committed to sustainability. By adopting these solutions, companies can effectively track and manage their GHG emissions, comply with regulatory requirements, and enhance their overall ESG performance. Integrating these software solutions provides a comprehensive approach to sustainability management, enabling businesses to make informed decisions and drive meaningful environmental impact. As the importance of sustainability continues to grow, investing in GHG inventory software and ESRS reporting software will be critical for companies seeking to lead in this area and contribute to a more sustainable future.