FAQs

Scope 1: Direct emissions from sources you own/control (fuel combustion, company vehicles, on-site generators) Scope 2: Indirect emissions from purchased electricity, steam, heating/cooling Scope 3: All other indirect emissions in your value chain (supplier emissions, business travel, waste, product use)

Start with your energy bills, fuel receipts, and operational data. For Australian businesses, use the National Greenhouse Accounts (NGA) Factors published annually by the Department of Industry—they provide emission factors for electricity by state, fuel types, and activities. This government resource makes calculations straightforward and ensures compliance with Australian standards.

Focus on the “hidden costs”: inventory carrying costs, supplier consolidation opportunities, and demand forecasting accuracy. Start by analyzing your ABC inventory classification—often 20% of items drive 80% of costs. Implement cycle counting, negotiate payment terms, and establish supplier scorecards. Many businesses find 15-25% savings just by optimizing safety stock levels and improving supplier payment terms.

Recycling is the last resort in circular economy! The hierarchy is: Reduce (design out waste), Reuse (extend product life), Remanufacture (restore to original condition), then Recycle. True circularity means designing products for disassembly, creating industrial symbiosis where one company’s waste becomes another’s input, and developing service models instead of ownership models. It’s about keeping materials in use, not just processing waste.

Studies show 60-70% of ERP projects exceed budget or timeline. Common failures: inadequate change management, poor data cleanup, customization overload, and insufficient user training. Success factors: clean your data first, limit customizations, invest heavily in training, and ensure executive sponsorship. Most importantly, remember ERP is a business transformation project, not just an IT upgrade.

Ask these questions: Do you have repetitive processes with clear patterns? Do you need real-time decision-making? Are you drowning in data but struggling with insights? Start small—pilot predictive maintenance on critical equipment or implement demand forecasting for key products. ROI should be measurable within 6-12 months. If you can’t clearly articulate the business problem AI/IoT solves, you’re not ready yet.

B-Corp certification shows comprehensive social/environmental commitment. Green Star (buildings) and ISC rating (infrastructure) are recognized in Australia. Carbon Neutral certification is increasingly important for tenders. For global markets, consider LEED, BREEAM, or ISO 14001. However, don’t chase certificates—focus on material improvements first, then certify to validate and communicate your efforts.

Start with what’s free or low-cost: energy efficiency audits, waste stream analysis, supplier engagement, and employee engagement programs. Many utilities offer free energy assessments. Focus on “quick wins” like LED lighting, smart power strips, and digitizing processes. Partner with other small businesses for group purchasing power. Your advantage is agility—you can implement changes faster than large corporations.

Supplier financial health. Companies obsess over diversification but ignore whether their suppliers are financially stable. Conduct regular financial health checks of critical suppliers, understand their own supply chains, and develop early warning systems. The 2020-2022 disruptions often started with small tier-2 or tier-3 suppliers that seemed insignificant but were single points of failure.

Track both direct savings (energy, waste, materials) and indirect benefits (risk mitigation, brand value, employee retention, regulatory compliance costs avoided). Use tools like Social Return on Investment (SROI) to quantify social/environmental benefits. Many businesses find 10-25% cost savings within the first year through efficiency improvements, even before considering long-term benefits like carbon pricing or regulatory changes.

Digitizing broken processes. If your current process is inefficient, automating it just makes you inefficiently faster. Map and optimize your processes first, then digitize. Also, companies often underestimate the change management required—technology is usually 20% of the challenge, people and process changes are 80%. Start with your biggest pain points, not your favorite technologies.

Supply chain optimization is like performing surgery on your business’s circulatory system—we examine every flow from raw materials to customer delivery to identify blockages, inefficiencies, and missed opportunities. It’s your first priority because it touches everything: cash flow, customer satisfaction, and competitive advantage.

We start with demand patterns and forecasting accuracy, then dive into ABC analysis (often revealing that 20% of your SKUs drive 80% of your costs), safety stock strategies, and supplier relationships. The result? Clients typically see 15-30% cost reductions, 25% inventory optimization, and dramatically improved customer satisfaction. Think of it as turning your supply chain from a cost center into a profit driver.

Inventory problems are like symptoms—treating the symptom (ordering more stock) rarely cures the disease. We dig deeper to address root causes that create those persistent headaches:

Common Pain Points We Solve:

• Inaccurate inventory records → Implement cycle counting and root cause analysis
• Slow-moving/excess inventory → ABC classification and demand segmentation
• Constant stock-outs → Improve forecasting accuracy and safety stock calculations
• Poor DIFOT performance → Optimize planning and supplier collaboration
• Warehouse inefficiencies → Streamline processes and layout optimization
• Inefficient purchasing → Automate reorder points and supplier scorecards

What You Can Expect: We don’t just identify problems—we partner with you through implementation and track measurable improvements: ✓ Reduced working capital tied up in inventory (typically 20-35% improvement) ✓ Improved inventory turnover through better demand forecasting ✓ Enhanced operational efficiency via streamlined processes ✓ Increased customer satisfaction through better service levels

The key is systematic problem-solving rather than quick fixes that create new problems elsewhere.

Science tells us it is ‘extremely likely’ that more than half of the observed temperature increases from the 1950’s until now are the result of anthropogenic activity, and that this is mostly the result of rising greenhouse gas concentrations in the atmosphere caused by burning fossil fuels and engaging in industrial activities that emit ‘greenhouse’ gases. Measured over the last 200 years, atmospheric greenhouse gases have increased by a factor of 800. 

The debate is not about whether humans are causing climate change, but rather about what the long-term effects on the planet and society will be. Greenhouse gases act as a blanket around the earth, preventing radiated heat from the sun escaping back into space. Yearly average temperatures, viewed over time, have been rising. As a result, up to 75% of the land-based environment and 66% of the oceans have been ‘severely altered.’

Global warming refers to the long-term trend of observed rising global temperatures. However, this trend is also accompanied by greater temperature fluctuations, meaning that at a regional level certain places may experience uncharacteristic cold snaps. Temperature instability is also associated with greater weather instability, leading to more frequent severe weather events, such as hurricanes, floods, and fires. For this reason, ‘climate change’ is considered a more accurate descriptor than ‘global warming.’

Sustainable development is defined by the United Nations as ‘development that meets the needs of the present generation, without compromising the ability of future generations to meet their needs.’ It comprises three considerations: economic growth, environmental preservation, and equitable treatment of people. Pursuit of any of these goals must be undertaken without compromising the others.

The green economy is the pursuit of economic activities in ways that reduce pollution and waste, reduce greenhouse gases, and remain socially inclusive.

Doomsday scenarios have a long history. In 1798, Thomas Malthus predicted that liner expansion in agricultural output was driving an exponential explosion in population that would ultimately lead to mass starvation and civilizational collapse. ‘Climate alarmists’ may be said to be only the latest doomsday prophets in a lineage that goes back to warnings of Armageddon and the ‘end of the world’ that are thousands of years old. In 2019, Democratic U.S. House of Representatives member, Alexandria Ocasio-Cortez stated, “The world is gonna end in 12 years if we don’t address climate change.”

However, climate change is far from the only concern the world faces. While ‘extreme weather’ is identified as the most threatening source of global business risk, ‘infectious diseases’ has been identified as having the greatest impact on the world’s economy. COVID-19, for example, has crippled numerous industries.

Fully aware of the many challenges the world faces in building a better future, the United Nations has established 17 Sustainable Development Goals (SDGs). These encompass not only Climate Action (SDG 13), but aim to address issues related to poverty (SDG 1), hunger (SDG 2), health (SDG 3), education (SDG 4), and more. All of these make up the sustainability agenda that the world’s business communities have both a moral imperative and marketing incentive to embrace.

The short answer is improved profitability. Most companies see sustainability compliance as a cost, which may be true in the short term, but the longer-term benefits are substantial.

First, the marketplace is shifting toward a preference for sustainably produced products that embrace recycling, low carbon footprints, and ethical sourcing. This is not a mere fad that may be served by niche providers. Rather, it is the future, and businesses that do not enter this space during the high market-growth phase can expect to be locked out of significant future market share.

Second, as the world adjusts to the ‘new normal’ of climate change, all businesses will face ‘physical risks’ to business continuity caused by disruptions to shipping and supply chains. There are also ‘transition risks’ associated with regulatory demands for green compliance, shifting energy sources, carbon taxes, litigation, investment in new green technologies, forced capital depreciation of stranded assets, shifting consumer sentiment, and industry stigmatization, among other factors.

Physical and transition risks together represent the heavy costs companies will inevitably face should they neglect to transition to a sustainable business model, while pursuit of new market opportunities for sustainable products and services presents firms with excellent growth potential.

Every sector of the economy is being affected by climate change, and none will escape the need to become sustainable. Of course, the nature and degree of impacts will vary.

The sector most directly impacted is Electric Utilities. Fossil fuel-based energy generation is being compelled to transition to renewable sources: solar, wind, hydropower, and bioenergy. Others majorly affected include Oil & Gas Exploration and Production, Iron & Steel Producers, Construction Materials, Mining, Airlines, and Chemicals.

While businesses other than these may take comfort in not being directly affected, few businesses operate without dependence somewhere along their operational value chain on industries that are affected.

Take the humble café and Australia’s coffee culture as an example. Melbourne is said to be the ‘coffee capital’ of the world. 75% of Australians drink at least one cup a day, spending on average $1,000 annually on coffee, contributing $7.7 billion to the Australian economy. Despite this seemingly solid market, coffee consumption faces threats.

The top five sources of coffee beans are Brazil, Vietnam, Colombia, Indonesia, and Honduras. These need to be transported from afar, and transportation costs are set to rise along with energy costs. About one-third of the earth is forested, but forests are being cleared at the rate of 35 football fields every minute, mostly to make way for farmland, much of which is to expand coffee production.

While ethical coffee houses tout the ‘fair trade’ label, signifying that coffee farmers receive fair wages for their produce, major climate events and political unrest have driven many coffee farmers out of business. In 2019, the average cost of a cup of coffee was $4; over the coming year it is forecast to rise to $7. Coffee houses that do not adapt can expect hardship ahead.

As businesses become more sustainable, how do we acknowledge that achievement? Government regulators want to know that companies are doing their part, and so does the consumer market. This is where ‘accreditation’ comes in.

This is handled by a range of third-party providers who offer accreditation services for a fee. Businesses engage a provider who assesses the firm and/or its products or services, and provides a ‘sustainability rating.’ Think of food claims such as “95% fat free,” or a dishwasher energy rating with star symbols. While such labels are easily recognized by the broader community, interpretations vary, but accreditations lend weight to company aspirations of responsible global citizenship.

The construction industry, for example, is populated by a wide range of regulatory frameworks. Internationally, there may be as many as 600 of them, of which BREEAM (developed in the U.K. by the Building Research Establishment) and LEED (developed by the Green Building Council in the U.S.) are best known. In Australia, Green Star is widely acknowledged as the leading building accreditor, along with NABERS. NatHERS and BASIX (in NSW) are legislated systems.

These and other frameworks permeate the building industry. Each serves to cover a cross-section of building sectors: residential, non-residential, new buildings, building operations, precincts, and infrastructure. Similarly, they focus on various aspects of building performance: energy, carbon, health & wellbeing, materials, waste, water, transport, biodiversity, and social sustainability. Navigating the accreditation regime is onerous but ultimately necessary.

We are a business transformation consultancy. Just like any professional advisor (doctor, lawyer, accountant), we work in our clients’ best interests to deliver what they cannot achieve on their own. Our expertise spans operations optimization, supply chain management, digital transformation, and sustainability integration. We help businesses become more efficient, profitable, and future-ready.

Our services are offered at three levels of engagement:

• Level 1 – Assessment & Audit: We provide comprehensive audits that assess your business’s operational efficiency, supply chain performance, digital readiness, and sustainability compliance relative to your industry benchmarks.
• Level 2 – Diagnosis & Strategy: We work with you to diagnose specific operational, supply chain, technology, or sustainability issues that hamper business performance, and recommend practical, prioritized solutions with clear ROI projections.
• Level 3 – Implementation & Transformation: Once you’re satisfied that your business needs operational transitions, we partner with you to facilitate those changes, from supply chain optimization and ERP implementation to circular economy initiatives and carbon reduction programs.