Treatment of palm oil mill secondary effluent (POMSE) using ultrafiltration and nanofiltration membranes

Malaysian palm oil industry has grown rapidly over the last few decades, to becoming the world’s largest producer and exporter of palm oil. This success story however, comes with a greater challenge and equally required more sacrifices in order to maintain the tempo. In the year of 2004, it has been recorded that 26.7 million tons of solid biomass and approximately a 30 million tons of palm oil mill effluent (POME) were generated from 381 palm oil mills in Malaysia [1]. Although different kind of wastes are generated in the palm oil mills, the perceived harmful waste among all the waste generated is the palm oil mill effluent (POME) due to its associated harm if discharged into the environment untreated [2]. POME is a colloidal suspension originating from mixture of sterilizer condensate, separator sludge and hydro cyclone wastewater in a ratio of 9:15:1 respectively [3]. It is a brownish colored, thick liquid that is containing high amount of oil, solids, and grease with high Chemical Oxygen Demand (COD) and Biological Oxygen Demand (BOD) values. Table 15.1 describes the characteristic of POME obtained from Malaysian Palm Oil Board

Design for Social and Environmental Enterprise

SEED Foundation undertakes action research to develop new, innovative ways for design to most effectively contribute towards sustainable development. The research that follows is not the result of academic investigations but rather, a culmination of 20 years direct professional involvement in the sector. By aligning current political goals with cutting edge design thinking and good business sense, this paper presents our ideas on how more designers can profitably solve social and environmental problems through their work. It specifically investigates how the still emerging discipline of service design, in dealing more with relationships and experiences than material objects, offers inherent social and environmental benefits and is naturally transferable to sectors broader than private business –where designers traditionally work. By working in public and third sectors, and especially with social businesses, this paper uncovers new roles and business models for comprehensively sustainable design practice. Keywords: Design, Service design, sustainable development, social enterprise, social and environmental</p

Innovation, jobs and growth in Europe: Tackling deficiencies in EU's innovation capacity.

With the adoption of the Lisbon Strategy in March 2000, to make Europe a competitive knowledge-based economy by 2010, and the Barcelona objectives agreed upon in 2002 to increase R&D investment in the EU to approach 3% of GDP, the European leaders acknowledged the need for profound reforms in the EU in view of the challenges of ageing, enlargement and globalisation. EU Heads of State and Government were well aware that such policy endeavour could only be effectively undertaken by a concerted approach involving all Member States and involving many policy areas where competence lies at both national and EU level. These objectives and orientations were confirmed and strengthened in the renewed Lisbon strategy launched in 2005. To date, one of the most disappointing aspects of the Lisbon strategy is the performance on R&D andInnovation. While there are examples of good performance in particular sectors and particular Member States, overall the EU innovation environment remains weak This is all the more remarkable taking into account that the Lisbon European Council rightly recognised that Europe's future economic development would depend crucially on its ability to create and grow high value, innovative and research-based sectors. This contribution tries to provide some insight into the issue by first assessing (section 2) and identifying the causes (section 3) of EU's growth and innovation problem. It then discusses how policy should be designed to tackle EU's innovative capacity (section 4), to continue with a discussion of EU's actual policy agenda (section 5). We conclude with suggestions for moving policy forward (section 6).Citations; Data; Firm level data; Firms; Forward citation; Industrial innovation; Innovation; IT; Linkage; Patent; Patents; Performance; Publications; Quality; Research; Science; Technology; Job; Strategy; Economy; R&D; Investment; Policy; Area; Sector; Value;

Localism and energy: Negotiating approaches to embedding resilience in energy systems

Tensions are evident in energy policy objectives between centralised top-down interconnected energy systems and localised distributed approaches. Examination of these tensions indicates that a localised approach can address a systemic problem of interconnected systems; namely vulnerability. The challenge for energy policy is to realise the interrelated goals of energy security, climate and environmental targets and social and economic issues such as fuel poverty, whilst mitigating vulnerability. The effectiveness of conventional approaches is debateable. A transition to a low carbon pathway should focus on resilience, counter to vulnerability. This article draws from on-going work which evaluates the energy aspects of a Private Finance Initiative (PFI) project to refurbish and re-build a local authority’s entire stock of sheltered accommodation to high environmental standards. Initial findings suggest that whereas more conventional procurement processes tend to increase systemic vulnerability, a user focussed process driven through PFI competitive dialogue is beginning to motivate some developers to adopt innovative approaches to energy system development. Conceptually these findings strongly suggest that embedding ‘Open Source’ principles in energy system development acts to work against systemic vulnerabilities by embedding resilience

Antimicrobial Resistance (AMR) and Multidrug Resistance (MDR): Overview of Current Approaches, Consortia and Intellectual Property Issues

The supply of new diagnostics and treatments is insufficient to keep up with the increase in antimicrobial resistance (AMR) and multidrug resistance (MDR) as older medicines are used more widely and microbes develop resistance to them. At the same time, significant quantities of antibiotics are used on patients and animals that do not need them, while others who do need them lack access. Effective responses to AMR/MDR require effort by both the public and private sectors to develop and disseminate new diagnostics, vaccines and treatments on a global scale, as well as to adapt them to local needs. This calls for good governance to identify priorities, raise awareness and ensure effective stewardship at global, regional and national levels to minimize the development of resistance. Failure to act appropriately in one country will adversely impact all countries as resistance travels fast. Based on a review of recent literature, this WIPO Global Challenges Report includes a broad overview of current approaches and consortia designed to meet the challenge of research and development (R&D) investment for new treatments. It also examines patent applications by both the public and the private sectors as an indicator of innovative activity. This report finds that there is a need to address the unique market challenges and specific uncertainties associated with the development of new diagnostics and treatments, where current approaches are not optimal. An effective global framework that achieves the necessary political support while ensuring effective local implementation is crucial. There is an opportunity to complement this work by formulating mechanisms that drive innovation for results to incentivize success, while feeding expertise and experience into stewardship and access efforts. Intellectual property (IP) could be used in a constructive manner as one element in any reward or prize system for AMR/MDR R&D – both in terms of providing an incentive and governance

The Kyoto Protocol and Beyond: The World After 2012

human development, climate change