In discussions on the merits of distributed solar power too little focus has been given to the many important benefits that result from increasing the use of distributed solar power. These benefits accrue to both the utilities and presumably their rate payers as well and to society (and the tax payers) at large. This post summarizes a recent paper “Solar Power Generation in the US: Too expensive, or a bargain?” that attempts to give these benefits a tangible quantified value in order that the debate on the merits of solar power also begin to include this side of the cost / benefit analysis. A side that is all too often glossed over and largely overlooked.
This post examines how to communicate the business value of CSR to the stakeholders those important external groups that are linked with and can have large impacts on a company. The post goes on to point out various ways effective CSR initiatives can have a positive effect on the business and how it is becoming […]
This post explores the concept of an end-to-end ‘green’ power, water, and community eco-system based around mega-watt scale power and cooling requirements in a real world environment of limited financial resources and stringent system availability requirements. It suggests that huge power hungry data centers should consider incorporating on-site biomass electricity generation as an integral part of their operations systems.
Looks at the importance of sustainable packaging in achieving a sustainable supply chain. Many factors ranging from form factor, packaging weight, to recyclable post consumer content and so forth acting in concert go into green packaging, which can lead to significant cost savings throughout the supply chain, at each single step where packaged materials are used, including consumer packaging itself. The post goes on to list important considerations and attributes related to green packaging.
A detailed review of 12 U.S. based synthetic biology, biofuel & biochemical companies that are developing third and fourth generation biofuels, bioindustrial & household chemical, and food additive products; using synthetic biology to produce engineered microorganisms and specialty enzymatic products. Each company is examined in turn, looking at its financials and the uniqueness and strength of its processes and technology as well as at any important partnerships or alliances that have been formed.
This post looks at the pressing issues of electronic waste and at the environmental and financial costs of recycling this growing mountain of obsolete computers, displays and peripherals. It suggests that a wider adoption of reverse logistics more generally in the electronics industry may help to manage the end of life process. This is a growing problem, even though the size of electronics keeps shrinking the sheer volumes continue to grow as these devices become ever more ubiquitous.
In this post Rien discusses the paradox that pervades so much of the high tech and cleantech world; the world that is supposed ot bring us a green and clean future free from the polluting industries of the “old” industrial paradigm. AND yet, so much of cleantech (and high-tech) depends in often critical ways on rare earths. Rare earth mining and refining is a very dirty business that has lead to some pretty horrible pollution, mainly in the Chinese regions in which it is mostly sourced from. This post focuses on a major new refining operation that Australian mining giant Lynas is trying to open in the country of Malaysia; an operation that is being opposed both by Malaysian activists and by some Australian Green Party activists as well. It forces us all to ponder this paradox and ask ourselves just how green is the green economy?
Reduce, Reuse, Recycle… In this post Bob goes into some detail what this means in practice for building green; listing various practices that builders can use in order to achieve their these sustainability goals. The post covers such subjects as runoff, site disturbance, materials etc. as well as the importance of sustainable design practices that reduce the impact of the built space on the surrounding environment both during construction and during the buildings life.
This post, a part of five part series on green building regulation looks at the anatomy of green building regulations identifying three main types of regulations, which are command and control, in other words building codes and such; financial incentives, like tax breaks; and non-financial incentives such as increases in floor to area ratio, building height or density for building green.