Certification briefing note 7 of 7New Application HOME‘Stepwise’ approaches to certificationMany forests do not meet the standards of sustainable forestmanagement, and considerable efforts are required toimprove them. The process to achieve full certification canbe challenging, long and complex, particularly wherefinancial and staff resources are limited.A stepwise approach breaks down the certification processinto smaller, more manageable phases. Step-by-stepapplication of sustainable forest management standardsallows limited resources to be placed on incremental andfocused improvements. It facilitates progress towardscertification, and is also easier to evaluate progress. It alsogenerates economic benefits by providing a differentiator forproducts from forests moving towards certification,compared to those managed unsustainably.Stepwise approaches involve a gap assessment of the forestconcession, the creation of annual plans and targets andregular progress audits towards targets and, ultimately,certification.One example of such an approach is Rainforest Alliance’sSmartStep. <strong>Forest</strong>s in the SmartStep programme createstep-by-step targets and are audited for up to five years onprogress, working towards FSC certification. Similarprogrammes are operated by GFTN and the Tropical <strong>Forest</strong>Trust.Key due diligence questions oncertification• Has the company developed a policy on certification (e.g.accelerating certification efforts in high-risk regions)?• Is the company’s forest land certified to an internationallyrecognised standard, or is the company on a crediblepath to certification?• Does the company have targets around purchasingcertified wood and paper products?Page 48pwc
Pollution and EnvironmentalManagement Systems briefing note1 of 2New Application HOMEWhat is the issue?Different types of pollution can occur in many differentplaces along the supply chain for wood and paper-basedproducts. The amount and intensity of emissions depend onthe type, condition and capacity of the equipment causingpollution and the location of the discharge points. Thedegree of deviation (i.e. lack of compliance) from legallyestablished emission thresholds is also an important factor,and the opportunity for continuous improvement exists.Environmental management systems can be used byorganisations to help them reduce their environmentalimpacts, comply with relevant legislation, and demonstratethat they are managing their environmental risks andliabilities responsibly.Common types of pollution observed inthe <strong>Forest</strong> Products industry include:Emissions to air• Energy-related emissions resulting from the combustionof wood and fossil fuels to generate power• Processing emissions resulting from processes such aspulping, bleaching, pressing, evaporating, and thechemical recovery systems.Solid emissions• Sludge from wastewater treatment plants• Ash from boilers• Miscellaneous solid waste, including wood, bark, nonrecyclablepaper, and rejects from recycling processes.Emissions to water• Large amounts of water are needed to carry the fibresthrough each manufacturing step in making paperproducts.Noise• A concern in the immediate vicinity of a mill. Its impactdepends on the proximity of human settlements and themitigation measures taken.Specific pollutants of interest include:• Volatile Organic Compounds (VOCs) originate mainlyfrom wood processing (e.g. terpenes, methanol, etc).Paper coating, paper machine additives, printing inks,resins, etc. are also sources of VOC emissions. VOCsare precursors of ground-level ozone.• Nitrogen Oxides (NOx): NOx are also precursors ofground level ozone.• Formaldehyde: in the atmosphere formaldehyde is rapidlybroken down in atmospheric ions; formaldehyde is aminor component of acid rain.• Methanol: methanol reacts in the air to produceformaldehyde and other chemicals that are washed outby rain. Methanol is the most common VOC found in theproduction of wood and paper-based products.• Sulphur Compounds: reduced sulphur compoundscontribute to odour-related issues from manufacturingfacilities.Volume and quality of waste water:• Biochemical Oxygen Demand (BOD) in the waterdischarge; BOD is the amount of oxygen that microorganismsconsume to degrade the organic material inthe water. High levels of BOD can result in the reductionof dissolved oxygen in the water. This may adverselyaffect aquatic organisms. BOD is usually measured inkilograms per metric tonne of pulp.• Chemical Oxygen Demand (COD) in the water discharge;COD is the amount of oxidizable organic matter, and itcan be used as an indicator of the quantity of organicmatter in the water. COD is measured in kilograms permetric tonne of pulp.Page 49• Total Suspended Solids (TSS); measured in kilogramsper metric tonne.• Absorbable Organic Halogens (AOX), including chlorine;there has been heavy pressure to stop using elementalchlorine in the bleaching processes because chlorinecompounds can react with organics and generatechlorinated compounds (sometimes including dioxins insmall quantities). Dioxins are persistent substances thathave been considered a probable human carcinogen.AOX can be used as an indirect indicator of the quantityof chlorinated organic compound in the effluent.Reductions in the amounts of AOX can be used as anindicator of continued technological improvement.However, dioxins and other highly chlorinated organicchemicals have been virtually eliminated from the AOX ineffluents from mills that use Elemental Chlorine Free(ECF) bleaching technologies.Understanding environmentalmanagement systems (EMS)An EMS is generally defined as a voluntary series ofprocesses and practices seeking to assess and reduce anorganisation’s environmental impact. In general, an EMS hasfour major elements (EPE, 2007):• Assessment and planning – identification ofenvironmental and aspects of interest, establishment ofgoals, targets, strategy and infrastructure forimplementation.• Implementation – execution of the plan, which mayinclude investment in training and improved technology.• Review – monitoring and evaluation of theimplementation process, identification of issues.• Adaptive management and verification – review ofprogress and adjustments for continual improvement.Different EMS have various degrees of third-partyverification.pwc